AMER0838_CR Report 2010_8_23 - American Water
AMER0838_CR Report 2010_8_23 - American Water
AMER0838_CR Report 2010_8_23 - American Water
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Corporate<br />
Responsibility<br />
<strong>Report</strong> <strong>2010</strong><br />
A unique perspective on the new water reality<br />
Corporate responsibility report <strong>2010</strong> 1
Our vision is to be the trusted steward<br />
of your precious resource—water.<br />
<strong>American</strong> <strong>Water</strong> has provided customers with high-quality water and<br />
wastewater service for over 125 years. At a time when the water<br />
industry is facing ever more demanding challenges, that depth of<br />
experience has never been more important. Amid mounting concern<br />
over the future of our nation’s water supply, <strong>American</strong> <strong>Water</strong> is<br />
engaging with our customers and our communities, investing in new<br />
and innovative solutions, and working with our stakeholders in order<br />
to achieve our vision. We know that water is an essential resource—<br />
and we don’t take it for granted. Every day our team of more than<br />
7,000 professionals focus on helping to ensure the long-term<br />
reliability of your water services.<br />
Cover photo: Margaret DiGenova, California <strong>American</strong> <strong>Water</strong><br />
Corporate responsibility report <strong>2010</strong> 1
Table of Contents<br />
3–20 OUR COMPANY<br />
4–8 Who We Are<br />
9 CEO Message<br />
10–12 Governance and Ethics<br />
13–16 Integration of Corporate<br />
Responsibility<br />
17–20 New <strong>Water</strong> Realities<br />
21–41 OUR PRIORITY<br />
22–24 Integrated <strong>Water</strong> Resource<br />
Management<br />
25–26 Energy and <strong>Water</strong><br />
27–29 Engaging with Customers<br />
and Communities<br />
30–34 Access and Affordability<br />
35–37 Managing Risks<br />
38–39 Innovation<br />
40–41 Public Policy<br />
42–66 OUR PERFORMANCE<br />
43–44 Ethical Performance<br />
45–50 <strong>Water</strong> Management Performance<br />
51–54 Environmental Performance<br />
55–59 Workplace Performance<br />
60–61 Our Customers<br />
62–63 Supply Chain Performance<br />
64–66 Case Studies<br />
67–72 METRICS<br />
Corporate responsibility report <strong>2010</strong> 2
Our Company<br />
The largest publicly traded U.S. water<br />
and wastewater utility company<br />
At <strong>American</strong> <strong>Water</strong>, with our combination of size, geographic spread,<br />
diverse technological ability and depth of experience, we are well<br />
positioned to address challenging new water realities. Additionally,<br />
because our operations are fully integrated into the communities we<br />
serve, we understand and respond to local needs. Our commitment<br />
to delivering high-quality water and wastewater service puts us at<br />
the forefront of research, developing new solutions such as water<br />
reuse and desalination to help ensure a sustainable water future for<br />
our customers.<br />
Corporate responsibility report <strong>2010</strong> 3
who we are<br />
<strong>American</strong> <strong>Water</strong> Operations<br />
Minnesota<br />
Wisconsin<br />
Massachusetts<br />
Colorado<br />
Arkansas<br />
Manitoba and Ontario, Canada<br />
On the <strong>American</strong> <strong>Water</strong> team, you’ll find the top solutions providers in the industry: scientists, engineers and<br />
technicians all coming together for one purpose—to provide high-quality water and wastewater service.<br />
Corporate responsibility report <strong>2010</strong> 4
who we are<br />
<strong>American</strong> <strong>Water</strong> By the Numbers<br />
As we continue to invest in the necessary infrastructure to serve our customers and communities we<br />
are increasingly using technologies that make more efficient use of water resources.<br />
1.4 BILLION<br />
gallons of water treated and delivered per day<br />
600<br />
groundwater treatment plants<br />
15<br />
million people provided with high-quality<br />
service each year<br />
64<br />
wastewater treatment facilities<br />
7,000<br />
employees focused on water service<br />
49,000<br />
miles of distribution and<br />
collection mains<br />
$2,710.7 MILLION<br />
in total operating revenue<br />
$748.1 MILLION<br />
in operating income<br />
90<br />
surface water treatment plants<br />
2<br />
operating segments: our regulated businesses<br />
and our market-based businesses<br />
Corporate responsibility report <strong>2010</strong> 5
Who we are<br />
We care about water.<br />
It’s what we do. ®<br />
More than<br />
15 MILLION<br />
people served<br />
every day<br />
Craig Evans, California <strong>American</strong> <strong>Water</strong><br />
ABOUT AMERICAN WATER<br />
<strong>American</strong> <strong>Water</strong> is the largest investor-owned water and wastewater company in the United States. Headquartered<br />
in Voorhees, NJ, we currently operate in more than 30 states and Manitoba and Ontario, Canada. <strong>American</strong> <strong>Water</strong><br />
operates as regulated utilities in 20 states, providing water and wastewater services to residential, commercial<br />
and industrial customers. In these operations we follow regulations that are set by local authorities, as well as<br />
federal standards established by the United States Environmental Protection Agency (EPA). In <strong>2010</strong>, we achieved<br />
a score of greater than a 99.9 percent for drinking water compliance—a fact that we are immensely proud of—<br />
and, according to EPA statistics, <strong>American</strong> <strong>Water</strong>’s performance has been far better than the industry average<br />
over the last several years.<br />
Corporate responsibility report <strong>2010</strong> 6
who we are<br />
We also provide services through market-based businesses including:<br />
Contract Operations Group, which enters<br />
into contracts to operate and maintain<br />
water facilities for the U.S. military,<br />
municipalities, the food and beverage<br />
industry and other customers.<br />
Homeowner Services Group, which<br />
provides services to domestic<br />
homeowners and smaller commercial<br />
establishments to protect against the cost<br />
of repairing broken or leaking water pipes<br />
and clogged or blocked sewer pipes inside<br />
and outside their accommodations.<br />
Terratec Environmental Ltd., which we<br />
refer to as Terratec, primarily provides<br />
biosolids management, transport and<br />
disposal services to municipal and<br />
industrial customers.<br />
In all our areas of operations we<br />
participate in community programs<br />
and invest in the infrastructure that<br />
is needed for reliable, consistent and<br />
high-quality service.<br />
Each year, at our Central Laboratory, and at our<br />
local utility labs, we conduct nearly one million<br />
tests and measurements using the most advanced<br />
technology and equipment available.<br />
AWARDS<br />
In the past several years, throughout our service territories, we have received more than 150 awards for water quality from state regulators,<br />
industry organizations, individual communities, and government and environmental agencies.<br />
A few award highlights in <strong>2010</strong> include:<br />
EPA Directors Awards – 24 plants received<br />
awards for achievement in water standards<br />
National Association of <strong>Water</strong> Companies<br />
Management Innovation Award<br />
National Council for Public-Private<br />
Partnerships<br />
Our teams of dedicated employees across the country work hard every day to<br />
provide high-quality water and wastewater services to our customers.<br />
Corporate responsibility report <strong>2010</strong> 7
who we are<br />
AMERICAN WATER TIMELINE<br />
1886<br />
<strong>American</strong> <strong>Water</strong> Works and Guarantee<br />
Company is established<br />
James S. Kuhn and his brother W.S. Kuhn<br />
organize one of the first public utility<br />
holding companies.<br />
1937<br />
Breaking ground for the future<br />
<strong>American</strong> <strong>Water</strong> Works and Electric Company<br />
is the first holding company in the country<br />
to submit a plan for reorganization to the<br />
Securities and Exchange Commission (SEC).<br />
1947<br />
In good company<br />
The SEC authorizes <strong>American</strong> <strong>Water</strong> Works<br />
and Electric Company to continue with<br />
its reorganization. A deadline is set for<br />
bids for the common stock of the new<br />
<strong>American</strong> <strong>Water</strong> Works Company.<br />
A legend is born<br />
John H. Ware, Jr. pulls off a financial coup<br />
as the sole bidder, with his Northeastern<br />
<strong>Water</strong> Company, for controlling interest in<br />
<strong>American</strong> <strong>Water</strong> Works Company.<br />
1950<br />
Revenues and shares<br />
<strong>American</strong> <strong>Water</strong> total revenues reach $26.3<br />
million. The market price of a common share<br />
of <strong>American</strong> <strong>Water</strong> stock is $1.19.<br />
1965<br />
Reaching the million milestone<br />
<strong>American</strong> <strong>Water</strong> buys the water properties<br />
of the Southern Gas & <strong>Water</strong> Company<br />
in West Virginia, thereby expanding the<br />
customer base to more than 1 million for<br />
the first time.<br />
1970<br />
Consolidating companies<br />
In its first major consolidation,<br />
<strong>American</strong> <strong>Water</strong> combines 12 operating<br />
companies in New Jersey, creating the New<br />
Jersey <strong>Water</strong> Company. Willard Myers Ware,<br />
the younger son of John Ware II, is named<br />
vice chairman.<br />
1996<br />
Making history through construction<br />
The largest single construction project in<br />
<strong>American</strong> <strong>Water</strong>’s history is completed<br />
when New Jersey <strong>American</strong> <strong>Water</strong>’s $200<br />
million Delaware River Regional <strong>Water</strong> Supply<br />
project is placed in service.<br />
2002<br />
Game on<br />
Applied <strong>Water</strong> Management Group, an<br />
<strong>American</strong> <strong>Water</strong> subsidiary, begins a design/<br />
build/operate project at Gillette Stadium<br />
in Foxborough, Massachusetts, that will<br />
produce high-quality reuse water for the<br />
stadium’s nearly 69,000 fans during peak<br />
halftime flush periods.<br />
2003<br />
High standards<br />
The Solaire, billed as “America’s first<br />
environmentally responsible residential<br />
tower,” is completed. <strong>American</strong> <strong>Water</strong><br />
designed, built and operates the wastewater<br />
recycling system at the building’s core. Work<br />
begins on the largest design/build/operate<br />
project in North America at the time—a<br />
public-private partnership with the city of<br />
Phoenix to create the Lake Pleasant <strong>Water</strong><br />
Treatment Plant.<br />
2004<br />
A fresh solution<br />
<strong>American</strong> <strong>Water</strong>, through a joint partnership<br />
with Acciona Agua, is brought in to provide<br />
solutions for the Tampa Bay Seawater<br />
Desalination Plant.<br />
2008<br />
A first for <strong>American</strong> <strong>Water</strong> and our industry<br />
On April <strong>23</strong>, <strong>American</strong> <strong>Water</strong> offers the first<br />
of three tranches to divest from RWE Group<br />
in the largest utility initial public offering<br />
(IPO) in U.S. history. A year later, with the<br />
offering of the third of three tranches,<br />
RWE is fully divested and in November<br />
2009, <strong>American</strong> <strong>Water</strong> is 100 percent<br />
publicly traded.<br />
2009<br />
100 percent water reuse<br />
Work is completed on the Fillmore <strong>Water</strong><br />
Recycling Plant, a design/build/operate<br />
project in Fillmore, California. The $42<br />
million wastewater treatment plant reuses all<br />
the water it treats for the irrigation of green<br />
spaces throughout the city of Fillmore.<br />
<strong>2010</strong><br />
Leadership for the future<br />
Jeff Sterba becomes president and chief<br />
executive officer of <strong>American</strong> <strong>Water</strong>, the<br />
largest publicly traded water and wastewater<br />
services provider in the nation.<br />
2011<br />
125 years is just the beginning<br />
As we enter our 125th year of service, we<br />
are proud to serve approximately 15 million<br />
people in more than 30 U.S. states and two<br />
Canadian provinces. We are an <strong>American</strong><br />
Tradition and eager to write the next 125<br />
years of our history.<br />
Corporate responsibility report <strong>2010</strong> 8
CEO MESSAGE<br />
“Our vision is simple—To be the trusted<br />
steward of your precious resource: water.”<br />
Celebrating<br />
125<br />
years of service<br />
in 2011<br />
Dear Readers,<br />
It is with great pleasure that I welcome you to our <strong>2010</strong> Corporate<br />
Responsibility <strong>Report</strong> at a time when <strong>American</strong> <strong>Water</strong> celebrates its<br />
125 th anniversary. This milestone is an opportunity to reflect on past<br />
successes as we prepare the company to deliver what we aspire to<br />
achieve. Our consistent ability to ensure the quality and reliability of the<br />
services we provide gives us a strong foundation to build upon—but it<br />
will be our capacity to innovate that will drive our future.<br />
Today, our nation’s massive water<br />
infrastructure, including a network of pipes<br />
spanning 700,000 miles, is in dire need<br />
of replacement and repair. While upgrading<br />
this system is costly, the consequences<br />
of delaying infrastructure investments<br />
put the quality of our nation’s water and<br />
wastewater services at serious risk.<br />
Growing populations in areas facing limited<br />
water supply, aging pipes and antiquated<br />
wastewater systems all factor into the<br />
EPA estimate that it will cost upwards of<br />
$1 trillion over the next 20 years to replace<br />
and repair our water and wastewater<br />
infrastructures.<br />
Responding to these and other challenges<br />
such as increasing demand on a finite<br />
amount of source water will determine<br />
our continued success in delivering our<br />
mission to provide safe, reliable water and<br />
wastewater services to our customers.<br />
It means creating new solutions for<br />
the communities we serve. It means<br />
strategically directing our business to<br />
ensure we operate in areas where we can<br />
best apply our technology and expertise.<br />
And it means investing in our people and<br />
our partnerships with the communities we<br />
serve. All of this is within our reach.<br />
We are investing significant capital—<br />
between $800 million and $1 billion in<br />
each of the last three years—as part of our<br />
commitment to strengthening our nation’s<br />
infrastructure. In <strong>2010</strong>, this included<br />
several large infrastructure projects in New<br />
Jersey, Pennsylvania and Indiana to help<br />
ensure we can deliver long-term reliable<br />
service. In Kentucky, we put into place a<br />
new $164 million water treatment plant<br />
and pipeline to help ensure adequate<br />
water supply to that region, which has<br />
been severely challenged by drought and<br />
increased demand for a number of years.<br />
We are increasingly using technologies<br />
that make more efficient use of our<br />
scarce water resources. In New York<br />
City, <strong>American</strong> <strong>Water</strong> designed, managed<br />
construction of, and now operates the<br />
water reuse systems for five “green” highrise<br />
condominiums, which together save<br />
approximately 56 million gallons of water<br />
per year. In California, <strong>American</strong> <strong>Water</strong>’s<br />
partnership with the city of Fillmore won<br />
top honors from the National Council for<br />
Public-Private Partnerships for designing,<br />
building, and now operating the city’s<br />
new state-of-the-art, zero-discharge water<br />
recycling plant. This plant provides 1<br />
million gallons of treated water per day for<br />
irrigation and groundwater recharge.<br />
We also continue to review our business<br />
direction and growth to help ensure we<br />
are operating in areas where we are best<br />
positioned to provide high-quality service<br />
to customers and meet our business<br />
objectives. Our strategic decisions are<br />
guided by creating value—specifically,<br />
by investing capital where we can drive<br />
operational excellence and leverage the<br />
strength of our larger operations. A prime<br />
example of this is the recent decisions<br />
we made to divest of operations in Arizona,<br />
New Mexico and Texas as we acquire<br />
systems in Missouri.<br />
As we prepare for the future, it is critical<br />
that we continue to invest in our people.<br />
Our employees are the key to addressing<br />
water challenges of the future and<br />
delivering strong business performance.<br />
By investing in their careers, talents and<br />
capabilities, we enable them to innovate,<br />
to deliver high-quality service to our<br />
customers, and to make the kinds of<br />
connections that are necessary for us to<br />
reach our vision “to be the trusted steward<br />
of your most precious resource: water.”<br />
This report is part of continuing to build<br />
that trust. In it, we describe our priorities,<br />
our policies and approaches, and report<br />
on our performance. We thank you for<br />
your interest and invite you to share your<br />
concerns, opinions and ideas.<br />
One hundred and twenty-five years ago<br />
our predecessors created a company to<br />
meet the water challenges of a growing<br />
nation. We are determined to continue<br />
that tradition and we will continue to share<br />
progress with you in this report.<br />
Jeff Sterba<br />
President and Chief Executive Officer<br />
Corporate responsibility report <strong>2010</strong> 9
perspective on: governance and ethics<br />
Fostering a culture of integrity<br />
and accountability.<br />
We employ<br />
more than<br />
7,000<br />
professionals<br />
<strong>Water</strong> may be a basic need, but supplying<br />
quality water to homes and businesses<br />
around the clock is a complex process that<br />
requires treatment plants, miles of pipeline,<br />
experienced professionals and an unwavering<br />
commitment to exceptional service.<br />
Good Governance Fosters Trust<br />
Our business depends on trust. Our customers trust us to provide the highest quality water and wastewater<br />
services; the communities where we operate trust us to be a good corporate citizen; our employees trust us<br />
to create a collaborative, honest and innovative work environment; and our shareholders trust us to create<br />
value. Strong governance processes enable us to build that trust and help us to foster a culture of integrity<br />
and accountability.<br />
At <strong>American</strong> <strong>Water</strong>, we are committed to maintaining and bolstering a strong framework of rules and practices<br />
that govern corporate decision-making. Our philosophy toward good governance is broad—merging strong<br />
attention to our fiduciary and regulatory responsibilities with a commitment to positively managing our<br />
impacts on all stakeholders.<br />
Corporate responsibility report <strong>2010</strong> 10
perspective on: governance and ethics<br />
Our Board of Directors<br />
The <strong>American</strong> <strong>Water</strong> board of directors is committed to working closely with management and providing<br />
independent oversight in order to:<br />
Adhere to stringent environmental<br />
standards that protect the integrity<br />
of customers’ drinking water and<br />
wastewater services<br />
Create a respectful and<br />
engaging work environment<br />
for employees<br />
Ensure that <strong>American</strong> <strong>Water</strong><br />
achieves its operational and<br />
financial goals and delivers<br />
value to its customers and<br />
shareholders<br />
The board is guided by our Corporate<br />
Governance Guidelines, which, together<br />
with our Code of Ethics and the Charters<br />
of our Board Standing Committees, serve<br />
as the backbone for good corporate<br />
governance at <strong>American</strong> <strong>Water</strong>.<br />
The board selects and monitors senior<br />
management and provides oversight of<br />
financial reporting, risk management, legal<br />
compliance and corporate responsibility.<br />
Together with senior management, the<br />
board establishes operating principles<br />
and policies designed to promote the<br />
highest standards of ethics, integrity<br />
and compliance.<br />
The <strong>American</strong> <strong>Water</strong> board of directors<br />
addresses significant business issues<br />
collectively and through four committees:<br />
Audit Committee, Compensation<br />
Committee, Nominating/Corporate<br />
Governance Committee and Finance<br />
Committee. The board is responsible for<br />
nominating directors, with the assistance<br />
of the independent Nominating/Corporate<br />
Governance Committee. In nominating<br />
directors, the board’s objective is to select<br />
individuals with the skills and experience<br />
necessary to discharge fiduciary duties<br />
and assist management in strategically<br />
directing the company’s business.<br />
Board Independence and Evaluation<br />
Our board is led by an independent<br />
chairman, and seven of our eight board<br />
members are independent. Our company’s<br />
Corporate Governance Guidelines state<br />
that a majority of the board will be<br />
independent, as defined by New York Stock<br />
Exchange Listed Company rules. These<br />
rules also provide that no director can<br />
qualify as independent unless the board<br />
affirmatively determines that the director<br />
has no material relationship with the listed<br />
company. <strong>American</strong> <strong>Water</strong>’s standards in<br />
determining whether or not a director has<br />
a material relationship with the company<br />
are contained in our Corporate Governance<br />
Guidelines.<br />
Each year, <strong>American</strong> <strong>Water</strong>’s Nominating/<br />
Corporate Governance Committee<br />
coordinates an evaluation of each director,<br />
the chairman, the board as a whole, and<br />
its committees to determine whether they<br />
are functioning effectively. The process<br />
considers the extent to which board<br />
members are meeting objectives and<br />
goals, including specific objectives related<br />
to corporate responsibility and business<br />
ethics. <strong>American</strong> <strong>Water</strong>’s Compensation<br />
Committee establishes policies, principles<br />
and procedures for the evaluation of<br />
our CEO.<br />
OUR CODE OF ETHICS<br />
Our Code of Ethics is our primary guidance<br />
document and includes some of our<br />
most important policies and standards<br />
for <strong>American</strong> <strong>Water</strong> employees. The<br />
Code sets out basic principles of ethical<br />
conduct and establishes guidelines to<br />
assist employees in adhering to these<br />
principles. Although the Code does not<br />
cover all ethical or legal situations, it does<br />
provide clear guidelines on responsible<br />
courses of action for matters such as<br />
avoiding conflicts of interest, dealing fairly<br />
with customers and other stakeholders,<br />
handling sensitive information, conducting<br />
oneself appropriately in the workplace,<br />
and others.<br />
The Code of Ethics is designed to promote<br />
honest and ethical conduct, and provides<br />
channels for the prompt internal reporting<br />
of violations to an appropriate person.<br />
<strong>American</strong> <strong>Water</strong> employees are expected<br />
to complete training on the Code of Ethics<br />
on an annual basis as well as during new<br />
employee orientation.<br />
Business Values<br />
<strong>American</strong> <strong>Water</strong>’s business strategy is<br />
guided by our Vision, Mission and Values.<br />
They direct the way we execute our<br />
business objectives, shape our behavior,<br />
and they differentiate us as a company.<br />
Ultimately our business values strengthen<br />
customer relationships and business<br />
success. We consider them the building<br />
blocks for success.<br />
Our vision is to be the trusted steward<br />
of your precious resource: water.<br />
Corporate responsibility report <strong>2010</strong> 11<br />
AMERICAN WATER 10
perspective on: governance and ethics<br />
AMERICAN WATER MISSION AND VALUES<br />
Our Mission: Live the Principle of Value > Price > Cost By:<br />
- Providing safe and reliable water service to our customers<br />
and the communities we serve<br />
- Driving operational excellence<br />
- Enabling employees to innovate and accomplish<br />
extraordinary things<br />
- Ensuring long-term stewardship of the resources we use<br />
or impact<br />
- Engaging customers, regulators and other stakeholders on<br />
critical water issues<br />
- Earning a fair return for our shareholders<br />
Our Values<br />
Honesty and Integrity<br />
- Demonstrate truthfulness and courage<br />
- Doing the right thing, regardless of the challenge<br />
- Open and direct conversation and we do what we say<br />
Communication<br />
- Communicate frequently and convey messages clearly<br />
- Listen actively to ensure understanding<br />
- Assess spoken and unspoken communication and respond with sensitivity, empathy<br />
and directness<br />
- Select the right communication vehicle for the audience and the situation<br />
Teamwork<br />
Excellence<br />
- Promote and support a diverse, unified team<br />
- Work together to meet common goals, holding each other accountable and challenging each<br />
other to reach the best decisions<br />
- Commit to decision once issues have been resolved<br />
- Being the best while balancing cost and value<br />
- Drive high performance that gets meaningful results<br />
- Continuous improvement, prioritizing safety and always showing respect for each other<br />
Engagement<br />
- Actively engage our <strong>American</strong> <strong>Water</strong> community<br />
- Approach challenges with a winning attitude, motivating ourselves and others to achieve<br />
our mission<br />
Corporate responsibility report <strong>2010</strong> 12
perspective on: governance integration of and corporate ethics responsibility<br />
Our commitment to corporate<br />
responsibility runs deep.<br />
Corporate Responsibility<br />
Executive Leadership<br />
Council formed in<br />
2008<br />
Dillard Griffin, Kentucky <strong>American</strong> <strong>Water</strong><br />
ALIGNING BUSINESS STRATEGY WITH CORPORATE RESPONSIBILITY<br />
<strong>American</strong> <strong>Water</strong> was founded on a responsible and sustainable approach to business. As a provider of<br />
water and wastewater services to our customers, having a corporate management approach oriented toward<br />
corporate responsibility is key to our long-term success and our ability to build trust with our stakeholders.<br />
Our approach to corporate responsibility begins with our core business priorities: providing safe and reliable<br />
drinking water; advancing innovation in water treatment and delivery; helping to ensure the health of our<br />
communities; and demonstrating the highest ethical business standards.<br />
Corporate responsibility report <strong>2010</strong> 13
perspective on: governance integration of and corporate ethics responsibility<br />
We continue to deepen the integration<br />
of responsible practices into our overall<br />
business operations and our decisionmaking<br />
processes. As part of this<br />
integration, the company established<br />
a Corporate Responsibility Executive<br />
Leadership Council in 2008. The Council,<br />
consisting of the company’s senior-level<br />
executives, provides strategic direction<br />
and support for <strong>American</strong> <strong>Water</strong>’s overall<br />
corporate responsibility integration. The<br />
Council also regularly reviews and approves<br />
of corporate responsibility-related policies,<br />
plans and goals.<br />
Additionally, our Corporate Responsibility<br />
Steering Committee, made up of<br />
representatives from a range of business<br />
functions, provides critical input toward<br />
the execution of corporate responsibility<br />
goals. The Steering Committee supports<br />
the development of corporate responsibility<br />
strategy and management systems, guides<br />
the development of policies and processes,<br />
sets performance measures, reviews<br />
progress, and recommends action.<br />
Critical focus areas for the Corporate<br />
Responsibility Executive Leadership Council<br />
and the Corporate Responsibility Steering<br />
Committee during <strong>2010</strong> included:<br />
• Reviewing and updating our Materiality<br />
Analysis for Corporate Responsibility<br />
• Reviewing our approach to human rights<br />
and how it impacts our operations<br />
• Creating our advisory Stakeholder<br />
Council<br />
• Overseeing our Corporate<br />
Responsibility report<br />
Stakeholder Engagement<br />
At <strong>American</strong> <strong>Water</strong>, we are engaged with a<br />
full range of our stakeholders every day.<br />
Understanding our stakeholders’ needs<br />
and perspectives helps guide our business<br />
strategy and decision making. We engage<br />
with our stakeholders through a variety<br />
of channels in order to learn about their<br />
expectations. This helps us shape our<br />
approach to corporate responsibility.<br />
The chart on the next page provides a<br />
summary of the different ways in which<br />
we engage with priority stakeholder<br />
groups. More detailed descriptions of<br />
our approach to stakeholder engagement<br />
and the decisions we have made based<br />
on stakeholder feedback can be found in<br />
specific sections throughout the report.<br />
Since 2009, we have developed a more<br />
deliberate approach to engaging with<br />
our stakeholders, regularly reviewing our<br />
relationships, engaging more formally with<br />
stakeholders related to our core business,<br />
and integrating feedback into our decisionmaking<br />
processes. For example, we<br />
regularly assess significant corporate<br />
responsibility risks and opportunities<br />
through a materiality process that involves<br />
stakeholder interviews to understand their<br />
perspectives and viewpoints. The results<br />
of this analysis influence how we report on<br />
our corporate responsibility performance<br />
and help to determine our priorities.<br />
<strong>American</strong> <strong>Water</strong> Stakeholder Council<br />
Additionally, in order to expand<br />
our understanding of our risks and<br />
opportunities related to corporate<br />
responsibility issues, we took steps to<br />
establish a formal stakeholder council<br />
in <strong>2010</strong>. Our first meeting will be held in<br />
2011. This council, made up of esteemed<br />
experts in the fields of water and corporate<br />
sustainability, will meet on a regular<br />
basis to provide input to senior leaders<br />
at <strong>American</strong> <strong>Water</strong>, particularly related<br />
to the role of investor-owned utilities<br />
in addressing the water infrastructure<br />
challenge in the U.S. and responsible<br />
stewardship of water resources.<br />
By fully integrating corporate responsibility into our business approach, we<br />
strengthen our competitiveness.<br />
Corporate responsibility report <strong>2010</strong> 14
perspective on: governance integration of and corporate ethics responsibility<br />
Stakeholder<br />
Customers and communities<br />
Employees<br />
Shareholders<br />
Suppliers and business partners<br />
Summary of How We Engage<br />
In-person service calls and water audits; town hall meetings; open houses; educational<br />
events; on-line communication including social media; Comprehensive Planning Studies;<br />
community grant-making activities.<br />
One-on-one meetings with managers; orientations; performance reviews; periodic tailgate<br />
and office meetings; informal employee meetings; corporate intranet site; periodic online<br />
newsletters; the Change Partner Network, a cross-functional group that meets monthly to<br />
learn about and then communicate about internal campaigns and news.<br />
Annual meetings; special investor meetings; email and on-line communication; events through<br />
our Investor Relations team.<br />
One-on-one meetings; through organizations and committees focused on supplier diversity<br />
opportunities; networking events<br />
NGOs<br />
Ongoing engagement to support local and national NGOs focused on local conservation,<br />
environmental stewardship, water-issue advocacy.<br />
Policymakers<br />
Ongoing engagement with state and city policymakers; local community meetings; NewsDrop,<br />
a regular newsletter for policymakers; participation in policymaking forums including<br />
Congressional forums and the U.S. Conference of Mayors; participation in industry associations<br />
including National Association of <strong>Water</strong> Companies and <strong>American</strong> <strong>Water</strong> Works Association.<br />
<strong>Water</strong> experts and scientists<br />
Memberships and associations<br />
Ongoing engagement with academics, researchers and other companies through advisory<br />
boards, industry organizations, conferences and special partnerships to address water industry<br />
challenges. Ongoing engagement through membership in the EPA’s <strong>Water</strong>Sense ® Program and<br />
Partnership for Safe <strong>Water</strong>.<br />
<strong>American</strong> <strong>Water</strong> is a member of numerous organizations at the local, state, regional and<br />
national level including:<br />
- Mayor’s <strong>Water</strong> Council<br />
- Association of Metropolitan <strong>Water</strong> Agencies<br />
- National Association of <strong>Water</strong> Companies<br />
- Business for Social Responsibility<br />
- Boston College Center for Corporate Citizenship<br />
- <strong>American</strong> <strong>Water</strong> Works Association<br />
- <strong>Water</strong> Research Foundation<br />
- WateReuse Research Foundation<br />
- <strong>Water</strong> Environment Research Foundation<br />
- <strong>Water</strong> Innovations Alliance<br />
RESPECTING HUMAN RIGHTS<br />
<strong>American</strong> <strong>Water</strong> is in the process of<br />
studying the issue of the human right to<br />
water and determining an appropriate<br />
approach. While respecting human rights<br />
is the responsibility of every employee<br />
at <strong>American</strong> <strong>Water</strong>, we recognize that our<br />
ability to manage our human rights impact<br />
requires strong oversight and governance.<br />
<strong>American</strong> <strong>Water</strong> has identified three<br />
key areas of human rights that our<br />
company impacts:<br />
• the right to reliable water and sanitation<br />
services at a reasonable cost<br />
• human rights in the workplace<br />
• human rights in the supply chain<br />
We will look for practical ways to support<br />
human rights and work to promote them<br />
where possible across our operations.<br />
We also expect our suppliers and<br />
business partners to demonstrate similar<br />
commitments to human rights. Regular<br />
engagement in our communities and with<br />
our stakeholders has helped us better<br />
understand our human rights impacts. We<br />
commit to continuing this dialogue.<br />
Corporate responsibility report <strong>2010</strong> 15
perspective on: governance integration of and corporate ethics responsibility<br />
ADDRESSING MATERIAL ISSUES<br />
Regularly reviewing our most significant<br />
issues through a materiality analysis<br />
is a key part of integrating corporate<br />
responsibility into our business. By<br />
identifying the corporate responsibility<br />
issues that are most material—that is,<br />
most relevant—to our business, we ensure<br />
that we are focusing on areas where we<br />
have the most significant impact and that<br />
are of highest concern to our stakeholders.<br />
In 2008, <strong>American</strong> <strong>Water</strong> introduced a<br />
formal materiality analysis to identify the<br />
most relevant corporate responsibility<br />
issues to our business and to our<br />
stakeholders. During the process, we<br />
engaged with a set of our key stakeholders<br />
to understand their perspectives on priority<br />
issues for <strong>American</strong> <strong>Water</strong>. The results of<br />
the analysis further underscore that our<br />
core business responsibility to manage<br />
water resources, ensure access at prices<br />
that are fair and reasonable, address<br />
future water challenges, and continuously<br />
engage with the communities we serve<br />
to develop long-term sustainability<br />
solutions are the most material corporate<br />
responsibility issues for <strong>American</strong> <strong>Water</strong>.<br />
Since 2008, we have updated the analysis<br />
on a yearly basis.<br />
The materiality analysis informs our<br />
corporate responsibility strategy and<br />
determines how we report on our<br />
performance. The section, “Our Priority—<br />
Your <strong>Water</strong>” provides an overview of<br />
our most material issues and the<br />
procedures we have put in place to<br />
manage these issues.<br />
MATERIALITY ANALYSIS OUTPUT<br />
IMPORTANCE TO STAKEHOLDERS<br />
IMPORTANCE TO AMERICAN WATER<br />
Issues of High Priority<br />
- Integrated <strong>Water</strong> Resource Management<br />
- Energy and <strong>Water</strong><br />
- Engaging with Customers and Communities<br />
- Access and Affordability<br />
- Managing Risks<br />
- Public Policy<br />
- Ethics<br />
Additional Issues of Importance<br />
- Compensation & Benefits<br />
- Employee Health & Safety<br />
- Enterprise Risk Management<br />
- Responsible Sourcing<br />
- Supplier Diversity<br />
- Training & Development<br />
- Waste Management<br />
- Workforce Diversity & Engagement<br />
Corporate responsibility report <strong>2010</strong> 16
perspective on: governance new water realities and ethics<br />
Our business<br />
depends today and for on the trust. future.<br />
Meeting water challenges<br />
More than<br />
$1 TRILLION<br />
is needed for America’s<br />
water infrastructure<br />
We actively work with our consumers and our<br />
communities through educational events, free<br />
home water audits, tours and open houses<br />
to help raise awareness of water issues and<br />
promote smart and efficient water use.<br />
Preparing for Future Demands<br />
Clean water is one of our most precious natural resources—essential for human life, and critical to the well<br />
being of both our economy and our natural environment. Despite the fact that access to clean water is<br />
often taken for granted in the developed nations, it is poised to be one of our great global challenges for the<br />
21 st century.<br />
According to the EPA, water scarcity, which is already a concern in some regions in the U.S., will increase in the<br />
future due to population growth, economic development, industrial and agricultural production, the intrusion<br />
of saltwater into our drinking water aquifers, and many other factors. Our ability to meet the existing and<br />
future water demands of our customers depends on an adequate supply of water—and we employ a variety of<br />
measures described throughout this report to ensure we can meet long-term needs. Our case studies provide<br />
examples of solutions we have put in place in areas of operations that are at risk of water scarcity.<br />
Due to future trends impacting water supply, the water industry must focus on long-term solutions involving all<br />
of our stakeholders in order to manage our water resources efficiently. We foresee the following interrelated<br />
challenges for the water industry: changing patterns of supply and demand in some areas, infrastructure needs<br />
and climate variability. The following sections briefly discuss these three challenges. To learn more about how<br />
<strong>American</strong> <strong>Water</strong> is actively addressing these and other challenges, see the “Our Priority—Your <strong>Water</strong>” section.<br />
Corporate responsibility report <strong>2010</strong> 17
perspective on: governance new water realities and ethics<br />
CHANGING PATTERNS OF SUPPLY AND DEMAND IN SOME U.S. REGIONS<br />
The U.S. is the only industrialized nation<br />
whose population is growing significantly.<br />
Whereas the population of Europe is<br />
expected to decrease by 10 percent by<br />
2050, that of the U.S. is expected to<br />
increase by nearly 50 percent from 2000<br />
levels. The population is growing fastest<br />
in areas where water is scarcest. This<br />
growing population will place new demands<br />
on increasingly scarce water resources—<br />
resources that are already impacted<br />
by other issues such as pollution and<br />
inefficient usage.<br />
According to the EPA, as many as 36 states<br />
may experience water shortages in the next<br />
five years, even in the absence of drought.<br />
For example, the West and Southwest have<br />
experienced rapid population growth and<br />
depend heavily on limited groundwater and<br />
surface water supplies. States surrounding<br />
the Great Lakes are already heavily<br />
populated and will continue to grow. The<br />
Southeast is experiencing rapidly increasing<br />
population—especially in coastal areas.<br />
It is clear that in order to meet demand<br />
for scarce resources, the water industry<br />
must find new sources of supply to increase<br />
capacity while remaining environmentally<br />
sensitive.<br />
Ironically, while increasing population may<br />
result in increased demand in certain<br />
areas, systemwide, <strong>American</strong> <strong>Water</strong><br />
has experienced decreasing per capita<br />
consumption over an extended period of<br />
time. A number of factors contribute to<br />
this phenomenon, such as stricter building<br />
codes, more efficient appliances and<br />
fixtures, more constrained water supplies<br />
and the needs of environmental and habitat<br />
protection, an increasing conservation<br />
ethic, decreasing average household size,<br />
and others. The result is that in some areas<br />
the financial stability of the utility can be<br />
jeopardized as consumption and revenues<br />
decrease but fixed costs and the need<br />
to comply with increasing water quality<br />
standards and provide for infrastructure<br />
replacement remain.<br />
At <strong>American</strong> <strong>Water</strong>, we have a critical<br />
role to play in balancing the challenge<br />
of increased demand and decreasing<br />
per capita consumption by encouraging<br />
smart and efficient water use while at the<br />
same time pursuing regulatory policies<br />
that preserve the financial integrity of the<br />
utility to ensure fixed-cost recovery. We<br />
actively work with our consumers and our<br />
communities through educational events,<br />
free home water audits, tours and open<br />
houses to help raise awareness of water<br />
issues and promote smart and efficient<br />
water use. Through our partnership with the<br />
EPA’s <strong>Water</strong>Sense program we participate<br />
in programs focused on wise water use.<br />
Our research and innovation are focused on<br />
solutions such as water reuse, desalination<br />
and leak detection to help ensure a<br />
sustainable supply of water for a growing<br />
population. Additionally, we work with public<br />
utility commissions to establish appropriate<br />
signals about the true value of the service<br />
and promote the efficient allocation<br />
of scarce resources. Learn about our<br />
approaches in the Engaging with Customers<br />
and Communities and Case Study sections.<br />
Another Perspective<br />
“As we move deeper into the 21st<br />
century, water companies and policy<br />
experts face a series of daunting<br />
challenges, including increasing demand<br />
for clean water, aging infrastructure<br />
and urban water pollution, and climate<br />
disruption. Yet two potent solutions<br />
have emerged that can address these<br />
challenges: water efficiency and green<br />
infrastructure. These two tools have the<br />
power to transform our relationship to<br />
water in an era of growing scarcity and<br />
to ensure a consistent supply of clean,<br />
safe water for our nation.<br />
“Efficiency doesn’t mean going without;<br />
it means doing more with less. A host<br />
of new measures and technologies are<br />
making it possible for communities to<br />
get more productivity using less water.<br />
By making our homes, offices and farms<br />
more efficient, we can also save energy,<br />
since the energy costs embedded in<br />
water are often significant.<br />
“Green infrastructure—things like<br />
urban forestry, street-edge gardens,<br />
and pervious pavement—is a proven<br />
and cost-effective way to prevent<br />
polluted runoff. But it also generates<br />
many additional benefits. It helps with<br />
water supply challenges by providing a<br />
place to infiltrate (or store) rainwater<br />
that would otherwise runoff and deliver<br />
pollution to rivers and the ocean. It<br />
adds more green space to communities,<br />
raises property values, and it improves<br />
community aesthetics and livability. It is<br />
also cost-effective. The EPA found that<br />
in most cases, upfront costs were lower<br />
for green projects than for conventional<br />
ones, and the savings in the green<br />
cases ranged from 15 to 80 percent.<br />
“Efficiency and green infrastructure are<br />
two pillars of good water policy today.<br />
They help companies like <strong>American</strong> <strong>Water</strong><br />
deliver clean, steady supplies of water to<br />
their customers while streamlining costs<br />
at the same time. But they also do it in<br />
a way that enhances social responsibility<br />
and commitment. Both measures save<br />
customers money, prevent pollution<br />
that endangers our families, and<br />
buffer communities from the impacts<br />
of climate change.<br />
“That’s what makes green infrastructure<br />
and water efficiency 21 st century<br />
solutions: they are good for investors,<br />
good for consumers, and good for<br />
the environment.”<br />
David S. Beckman<br />
Director, <strong>Water</strong> Program & Senior Attorney,<br />
Natural Resources Defense Council<br />
Corporate responsibility report <strong>2010</strong> 18
INFRASTRUCTURE NEEDS<br />
Since the time of <strong>American</strong> <strong>Water</strong>’s<br />
beginnings, a massive water infrastructure<br />
has been built to supply homes and<br />
businesses with water and to treat<br />
wastewater. Today, our country’s water<br />
infrastructure is in serious need of upgrade<br />
and maintenance. In fact, the 2009 <strong>Report</strong><br />
Card for America’s Infrastructure, released<br />
by the <strong>American</strong> Society of Civil Engineers,<br />
gave water and wastewater infrastructure<br />
in the country a D-minus grade.<br />
Some of the problems confronting the<br />
current infrastructure include corrosion<br />
of pipes, leaks and eruptions. The risk<br />
of delaying replacement or repair could<br />
be severe. Already, aging water systems<br />
discharge billions of gallons into our<br />
surface water every year. Leaking or<br />
broken pipes waste nearly 2 trillion<br />
gallons of clean drinking water each year.<br />
Infrastructure malfunction can disrupt any<br />
and all water services, and problems are<br />
more likely to occur as equipment ages.<br />
<strong>Water</strong> infrastructure is costly. Current<br />
EPA estimates on how much it will cost to<br />
replace aging drinking water infrastructure<br />
alone are approximately $335 billion over<br />
the next 20 years. Add the estimated costs<br />
for wastewater and the amount needed<br />
over the next 20 years could approach<br />
or exceed $1 trillion. That investment<br />
will lead to higher costs for water, so any<br />
considerations of infrastructure must<br />
also consider the additional challenge of<br />
cost. Just as we need a long-term and<br />
sustainable solution to our country’s<br />
infrastructure needs, we also need<br />
regulatory and public policies that maintain<br />
and enhance the ability of the service<br />
providers to attract necessary capital at<br />
cost-effective rates.<br />
At <strong>American</strong> <strong>Water</strong>, we take a<br />
comprehensive approach to making<br />
decisions about infrastructure investment<br />
needs that includes considering the longterm<br />
needs of communities, the current<br />
condition of the water system and upgrade<br />
needs, and new innovations that can be<br />
applied. Additionally, we consider the<br />
capacity of the built infrastructure as well<br />
as the natural infrastructure, ecosystem<br />
and local watershed. Learn more<br />
about our approaches in our Integrated<br />
<strong>Water</strong> Resource Management, <strong>Water</strong><br />
Management Performance and Case<br />
Studies sections.<br />
The water and wastewater treatment process requires diligent<br />
maintenance, repair and timely replacement of complex networks of<br />
infrastructure to maintain consistent, high-quality service and supply.<br />
Corporate responsibility report <strong>2010</strong> 19
perspective on: new water realities<br />
CLIMATE VARIABILITY<br />
Climate variability introduces an additional<br />
level of uncertainty about our future water<br />
resources. According to the EPA, the<br />
growing greenhouse gas (GHG) buildup<br />
in our atmosphere is creating increased<br />
climate and weather unpredictability. For<br />
example, precipitation and runoff are likely<br />
to increase in the Northeast and Midwest<br />
in winter and spring, and decrease in<br />
the West, especially in the Southwest, in<br />
spring and summer, according to the EPA.<br />
Most of the infrastructure designed<br />
to ensure U.S. water quality is based<br />
upon the historical trends of the timing,<br />
temperature, quantity of precipitation and<br />
water flow. Climate change, however, will<br />
likely affect one or more of these variables<br />
in almost every area of the country,<br />
resulting in disruption of water quality,<br />
unless adequate contingency planning<br />
is made.<br />
There are many uncertainties associated<br />
with changing climate patterns and<br />
its impact on water, but there is little<br />
doubt that climate variability could<br />
disrupt water quality and supply without<br />
adequate planning and risk assessment.<br />
<strong>American</strong> <strong>Water</strong>’s expertise and risk<br />
management processes are helping us to<br />
plan for this new water reality. We build<br />
climate change considerations into our<br />
approach to evaluating future supplies,<br />
managing risks, and preparing for weatherrelated<br />
events in order to determine the<br />
full requirements of our water systems.<br />
Our approach uses Comprehensive<br />
Planning Studies (CPS) to evaluate the<br />
condition of water systems and to project<br />
future needs and impacts. Climate change<br />
risk is built into the CPS so that we are<br />
better able to understand the future<br />
requirements of our water systems.<br />
We supplement our CPS with other tools<br />
to help plan for some of the more extreme<br />
impacts of climate change, including<br />
severe drought. For example, we develop<br />
<strong>Water</strong> Conservation Plans and Drought<br />
Response Plans to greatly reduce usage<br />
in times of severe drought. We develop<br />
Emergency Response Plans in response<br />
to extreme flooding in order to protect<br />
communities and our facilities.<br />
Read more about how we are actively<br />
addressing the climate variability challenge<br />
in our Energy and <strong>Water</strong>, and Enterprise<br />
Risk Management sections.<br />
Another Perspective<br />
“Throughout the latter half of the 20 th<br />
century, the common refrain about water<br />
challenges in America went something<br />
like this: ‘<strong>Water</strong> quantity is the problem<br />
of the West, and water quality is the<br />
challenge of the East.’<br />
“The East got a loud wake-up call at the<br />
dawn of the new millennium. By 2001<br />
the Atlantic seaboard was panicked by<br />
a searing multi-year drought that drew<br />
rivers and water supply reservoirs to<br />
their lowest levels in recorded history.<br />
Large metropolitan areas found<br />
themselves within months of running out<br />
of water.<br />
“The recent Eastern drought—or for that<br />
matter, the Big Dry of the last decade in<br />
the Colorado River basin of the West—<br />
could simply be the lowest dips in the<br />
long-term precipitation record, or a<br />
bellwether of climate changes to come.<br />
For water managers, the conclusion is<br />
the same: from Maine to Florida and<br />
Georgia to California, too many urban<br />
water supply systems are vulnerable to<br />
climate variability. With each new year,<br />
as the accuracy of climate predictions<br />
increases and real-world evidence of a<br />
shifting climate mounts, we are coming<br />
to realize that we’re going to have to<br />
expect more of this variability and less<br />
reliability in our water supplies. The<br />
weather just ain’t what it used to be.<br />
This report from <strong>American</strong> <strong>Water</strong><br />
highlights the appropriate responses.<br />
<strong>Water</strong> managers need to start<br />
integrating climate change projections<br />
into their water supply plans. They<br />
should not just plan for drought<br />
management; they should expect it<br />
and be fully ready to implement it. They<br />
should maximize water use efficiency<br />
and conservation measures; it is easier<br />
to maneuver a lighter boat than a heavy<br />
one when trouble arises. They should<br />
protect the ‘natural infrastructure’ that<br />
buffers us from extreme hydrologic<br />
variation: healthy watersheds, wetlands,<br />
floodplains. They should leave enough<br />
water for nature.<br />
“We can manage our way through this<br />
uncertainty. We must. People and nature<br />
are counting on us.”<br />
Brian Richter<br />
Managing Director, Global Freshwater<br />
Program, The Nature Conservancy<br />
Corporate responsibility report <strong>2010</strong> 20
Our Priority<br />
YOUR WATER<br />
In this section we describe our approach to managing our most material<br />
corporate social responsibility issues. These include responsible water<br />
resource management, investments in energy efficiency, ongoing<br />
engagement with the communities we serve, efforts to ensure<br />
affordable water service, dialogue with public policy makers and an<br />
ethical approach to business.<br />
Corporate responsibility report <strong>2010</strong> 21
perspective on: governance integrated water and ethics resource management<br />
Our Making business the most<br />
of depends our resources. on trust.<br />
We operate the<br />
largest<br />
seawater desalination<br />
plant in the U.S.<br />
Efrain Rodriguez, Tampa Bay Seawater<br />
Desalination Plant<br />
Developing integrated solutions to meet community needs<br />
A century ago the traditional definition of water management focused on caring for basic infrastructure. But<br />
over the 125 years of <strong>American</strong> <strong>Water</strong>’s operations, that definition has changed dramatically.<br />
Because clean water is such an essential component of people’s health, our economy, and our environment,<br />
managing this resource demands a more holistic and integrated approach, which considers the whole water<br />
cycle. Integrated water resource management (IWRM) focuses on understanding all of the water resources<br />
available to the communities we serve and the surrounding regions, actively caring for those resources, and<br />
providing solutions that best match an area’s water needs and constraints. It is a more holistic assessment of<br />
water solutions than traditional, single solutions by individual entities. Key components of IWRM are identified<br />
on the following page.<br />
Corporate responsibility report <strong>2010</strong> 22
perspective on: INTEGRATED water resource management<br />
• Identifying and giving balanced<br />
consideration to supply and demand<br />
management planning alternatives.<br />
This could include evaluation of water<br />
resource use and demands from<br />
agriculture, industry, power generation<br />
or other significant users of the regional<br />
watershed resources. Coordinated<br />
drought management planning is often<br />
included in the scope of IWRM.<br />
• Considering the availability and use<br />
of alternative or distributed supplies<br />
(reuse, groundwater recharge, storm<br />
water retention/treatment, nonpotable<br />
supplies, etc.) as appropriate.<br />
Green solutions such as low-impact<br />
development techniques, bio-swales, rain<br />
barrels and gardens, infiltration basins,<br />
etc., would also be included.<br />
• Analysis of engineering, economic,<br />
societal and environmental costs and<br />
considerations while balancing the<br />
needs of competing users and multiple<br />
objectives of the use of the resources.<br />
• Inviting an open and participatory process<br />
involving all stakeholders and striving for<br />
consensus, while encompassing leastcost<br />
analysis of short- and long-term<br />
planning options, and satisfying utility and<br />
regulatory policy goals.<br />
• Identifying and managing risk and<br />
uncertainty including emerging guidance<br />
on relevant issues such as the potential<br />
impacts of climate change.<br />
• Encouraging coordination of planning<br />
between water and wastewater utilities,<br />
environmental agencies/NGOs, land use<br />
planners, transportation planning, etc.,<br />
in a specific region.<br />
IWRM is a continuous process<br />
that typically results in the development<br />
of a comprehensive water resources<br />
management plan. On a service<br />
area specific basis, the extension of<br />
<strong>American</strong> <strong>Water</strong>’s Comprehensive Planning<br />
Study (CPS) process is a logical way to<br />
evaluate and incorporate elements of<br />
IWRM. The CPS helps to understand both<br />
current and future demands and constraints<br />
on water resources. Through the CPS<br />
process, potential new supply-side and<br />
demand-side solutions and approaches<br />
can be developed. The process can go<br />
beyond evaluating the existing water system<br />
infrastructure, by building in a process<br />
of internal and external stakeholder<br />
engagement to gain understanding for the<br />
needs and perspectives of a wide range of<br />
constituents.<br />
We seek active stakeholder involvement<br />
at key milestones in the process to help in<br />
the development and support of optimal<br />
solutions for the communities and regions<br />
served. Stakeholders can include local and<br />
state government agencies, fire districts,<br />
community, business and environmental<br />
organizations, customer focus groups and<br />
other utilities.<br />
IWRM is typically an ongoing, multi-year<br />
process that can be initiated independent<br />
of or integrated with other initiatives or<br />
planning studies.<br />
Another Perspective<br />
“Our approach to Integrated <strong>Water</strong><br />
Resources Management takes a<br />
comprehensive look at all the sources of<br />
water available to a community, and then<br />
develops an integrated solution to meet<br />
the drinking water, wastewater, and other<br />
water needs of a community. We have<br />
always looked at available ground and<br />
surface supplies, but we are expanding<br />
the pool of available resources to include<br />
ocean and brackish ground water for<br />
desalination opportunities. Rather<br />
than discharging wastewater into our<br />
nation’s waterways, we are evaluating<br />
technologies to reclaim wastewater and<br />
use it for appropriate applications.<br />
We have some great examples of water<br />
reclamation projects and we will continue<br />
to match long-term water solutions with<br />
the needs of the communities we serve.<br />
“Because of our size, our geographic<br />
distribution, and the variety of systems<br />
we own and operate, we have experience<br />
with a broad range of technologies and<br />
expertise. We have top-notch research<br />
capabilities and can apply these<br />
innovations into the communities where<br />
we operate. This combination sets us<br />
apart in being able to deliver the best<br />
results for effective water management.”<br />
Dr. Mark LeChevallier,<br />
Director, Innovation &<br />
Environmental Stewardship,<br />
<strong>American</strong> <strong>Water</strong><br />
Corporate responsibility report <strong>2010</strong> <strong>23</strong>
perspective on: INTEGRATED water resource management<br />
WATER SOLUTIONS<br />
<strong>Water</strong> Reuse<br />
Over the last 20 years, <strong>American</strong> <strong>Water</strong><br />
has built and maintained 89 water reuse<br />
systems, some of which recycle 100<br />
percent of the wastewater treated on the<br />
site. This recycled water is reused for<br />
HVAC systems, flush water and landscape<br />
irrigation, greatly reducing demands on<br />
fresh water supplies. <strong>American</strong> <strong>Water</strong>’s<br />
reuse systems are tailored to meet the<br />
specific needs and conditions of different<br />
structures and regions. Each reuse system<br />
uses a similar process which filters out<br />
solid materials, while useful bacteria in<br />
the wastewater are used to breakdown<br />
contaminants and other materials.<br />
Exposure to ultraviolet light destroys<br />
any remaining harmful bacteria while<br />
disinfection removes odors or colors.<br />
<strong>Water</strong> reuse is a solution that helps to<br />
fulfill day-to-day water needs without<br />
depleting water supplies. Learn more<br />
about our water reuse systems in our<br />
water management performance section<br />
and our water reuse case studies.<br />
Desalination<br />
<strong>American</strong> <strong>Water</strong> also has experience<br />
with desalination. Since 97 percent of<br />
the earth’s water consists of seawater,<br />
desalination, a technology that removes<br />
salt from ocean water, can be a viable<br />
way to provide water to water-stressed<br />
coastal regions. Desalination may play an<br />
increasingly important role in the U.S.,<br />
especially coastal areas where fresh water<br />
supplies may not be able to meet future<br />
demands.<br />
<strong>American</strong> <strong>Water</strong> operates the largest<br />
seawater desalination plant in the United<br />
States in Tampa Bay, Florida, an area<br />
where population growth is outpacing<br />
water supplies. The Tampa Bay Seawater<br />
Desalination Plant is providing up to<br />
25 million gallons of water per day. The<br />
facility uses industry-leading technology<br />
based on reverse osmosis that surpasses<br />
EPA standards and local regulations.<br />
Additionally, to capitalize on energy<br />
efficiency, the plant captures and reclaims<br />
residual process energy created during<br />
the treatment process to be used as an<br />
energy source.<br />
California <strong>American</strong> <strong>Water</strong> is working with<br />
local agencies to pursue a water solution<br />
in Monterey that includes desalination.<br />
The project includes:<br />
• 10 million gallon per day brackish water<br />
desalination facility<br />
• 10 mile pipeline delivering desalinated<br />
water from Marina to the Monterey<br />
Peninsula<br />
• 10 million gallon storage facility<br />
Desalination Technology<br />
In the desalination process, seawater<br />
travels through a multi-step screening<br />
and settling process to clear out shells<br />
and other debris. Next, after chemical<br />
treatment, the water travels through<br />
sand filters to remove smaller debris,<br />
including microscopic materials. To remove<br />
the salt, use of reverse osmosis—or<br />
pumping pretreated water to extremely<br />
high pressure to force this water through a<br />
semi-permeable membrane that traps salt<br />
and other minerals—purifies the water.<br />
After reverse osmosis treatment, the<br />
treated water is blended with treated water<br />
from other sources and then delivered<br />
to distribution systems and residents in<br />
the region.<br />
Corporate responsibility report <strong>2010</strong> 24
perspective on: governance energy and water and ethics<br />
Our business<br />
our depends resources. on trust.<br />
Preserving and protecting<br />
Reducing greenhouse gas<br />
emissions by more than<br />
15 percent<br />
in less than 10 years<br />
A Tennessee <strong>American</strong> <strong>Water</strong> employee<br />
uses the latest technology to check for<br />
underground leaks.<br />
Reducing the energy footprint oF our services<br />
Energy and water are inextricably linked. Because water is heavy and must move through many process steps<br />
before it reaches customers’ taps, public water supply and treatment is one of the world’s most energyintensive<br />
systems. Before it reaches the consumer it has typically been pumped from the source to the<br />
treatment facility, where further energy will be used in the treatment process. <strong>Water</strong> will then be pumped to a<br />
treated water reservoir and may require further pumping in the distribution system. Throughout the process,<br />
there can be additional inefficiencies if water is lost in the system due to leaky pipes. Once in customers’<br />
homes there is more energy used in order to heat water for showers, washers and cooking. Additionally, we<br />
use energy to treat and discharge wastewater.<br />
<strong>American</strong> <strong>Water</strong> has an overarching goal to reduce the energy footprint of our water services. Reducing energy<br />
intensity of our water services achieves several goals at once. Energy efficiency helps to reduce costs and<br />
drive down our operating expenditures—cost savings that can be translated into savings on our customers’<br />
water bills. Additionally, by reducing the embedded energy in water, <strong>American</strong> <strong>Water</strong> also reduces greenhouse<br />
gas (GHG) emissions that impact climate change.<br />
Corporate responsibility report <strong>2010</strong> 25
perspective on: energy and water<br />
<strong>American</strong> <strong>Water</strong> has a goal to lower our<br />
GHG emissions per volume of water we<br />
produce by 16 percent from 2007 levels<br />
by the year 2017. We have a number of<br />
programs in place to meet this goal (read<br />
more in our environmental performance<br />
section), but our primary focus is by<br />
improving the energy efficiency of the<br />
water pumping process, which accounts for<br />
approximately 90 percent of the company’s<br />
GHG emissions. Additionally, water<br />
conservation represents an important<br />
opportunity to reach substantial energy<br />
savings and is consistent with our vision of<br />
more sustainable water management.<br />
IN<strong>CR</strong>EASING PUMP EFFICIENCY<br />
The vast majority of our electricity<br />
consumption is used to pump water from<br />
source to treatment and storage facilities<br />
and on to our customers. Improved<br />
pump efficiency is an opportunity to<br />
reduce energy use and decrease our<br />
carbon footprint.<br />
We are testing the efficiency of our<br />
pumps, evaluating the alternatives<br />
for improvement, and designing<br />
enhancements. For example, our<br />
maintenance services group routinely<br />
conducts “wire to water” testing of our<br />
large pumps to identify any pumps that<br />
are not operating at optimal efficiency. We<br />
also track an Energy Usage Index which<br />
calculates the amount of energy to pump<br />
a thousand gallons of water to identify<br />
locations where improvements in energy<br />
use are possible. We have updated our<br />
engineering standards for pump stations<br />
to incorporate the latest designs for<br />
efficiency. We have added new pump<br />
efficiency projects to our five-year capital<br />
plan and will be executing on the projects<br />
over the next seven years.<br />
WATER AND ENERGY CONSERVATION<br />
All water conservation measures reduce<br />
the volume of water pumped, treated<br />
and distributed to customers, reducing<br />
treatment costs and saving energy and<br />
costs at each of those steps.<br />
Reducing <strong>Water</strong> Loss<br />
<strong>American</strong> <strong>Water</strong> is working toward reducing<br />
the amount of water that is lost in the<br />
system due to leaks in pipes or mains.<br />
We have a variety of programs in place<br />
to detect and repair leakages. These<br />
include acoustic leak detectors that can<br />
continuously monitor vibrations in pipes<br />
so that we can pinpoint where necessary<br />
repairs or replacements are needed.<br />
Additionally, pressure management can<br />
reduce surges that lead to leaks. Once<br />
leaks are found, <strong>American</strong> <strong>Water</strong> develops<br />
an action plan to reduce them through<br />
different options such as replacing pipes,<br />
repairing pipes, or installing devices to<br />
protect vulnerable pipes.<br />
Learn more about our water<br />
conservation efforts.<br />
Reducing Energy Use<br />
Although lighting accounts for<br />
less than one-half of one percent<br />
of <strong>American</strong> <strong>Water</strong>’s electricity use,<br />
facilities are incorporating high-efficiency<br />
lighting technology to reduce energy use.<br />
<strong>American</strong> <strong>Water</strong> is working to improve its<br />
efficiency of its fleet of cars and trucks<br />
and has implemented a “no idle policy”<br />
to improve fuel efficiency. In Pennsylvania<br />
we are piloting a technology that allows<br />
our large energy consuming sites to<br />
reduce their electric consumption during<br />
Electricity and <strong>Water</strong> Use By the numbers<br />
Drinking <strong>Water</strong> and Wastewater Consumed<br />
• 3% of domestic electricity<br />
• 7% of worldwide electricity<br />
• 19% of California electricity<br />
peak events or times of energy usage.<br />
This “demand management” technology<br />
will avoid the need for additional power<br />
generation and reduce energy costs for<br />
our customers.<br />
<strong>Water</strong> utility energy use varies widely from 0.25 to 3.5 kWh per 1,000 gallons of<br />
drinking water produced and delivered.<br />
The median 50% of water utilities servicing populations of more than 10,000 had<br />
electricity use between 1.0 and 2.5 kWh/1,000 gallons.<br />
Corporate responsibility report <strong>2010</strong> 26
perspective on: governance engaging with and customers ethics and communities<br />
Our business<br />
where depends we live on and trust. work.<br />
Making a difference in the communities<br />
Serving more than<br />
1,600<br />
communities<br />
With nearly 650 dedicated customer service<br />
professionals on staff and help available<br />
24 hours a day, seven days a week, our<br />
customers know that we are committed to<br />
providing exceptional service.<br />
customer education<br />
Serving over 15 million customers, <strong>American</strong> <strong>Water</strong> is deeply embedded in the 1,600 communities that we<br />
serve. We engage with our customers on a daily basis to ensure we are responding to what they care about<br />
most. They value what we value—water quality, quick response, knowledgeable staff and environmental<br />
responsibility.<br />
We believe in educating our customers on the value of water and empowering them to make smart decisions<br />
about water use. We work together through a variety of methods, including special events, open houses,<br />
speaking engagements, water treatment tours, educational materials, bill inserts and our websites.<br />
We offer assistance in understanding how to read water meters, adjust irrigation systems, conserve water and<br />
landscape with drought-tolerant plants. We are also proactive in educating communities, customers and other<br />
stakeholders on the true value of water and the need for ongoing infrastructure investment.<br />
Corporate responsibility report <strong>2010</strong> 27
perspective on: governance customers and and communities<br />
ethics<br />
Stream of Learning Scholarship<br />
As part of our commitment to water resource education we launched the Stream<br />
of Learning scholarship program in <strong>2010</strong> in Pennsylvania and The Ripple Effect<br />
Scholarship in Kentucky. These programs provide scholarships to students who<br />
plan a course of study critical to the water and wastewater industry.<br />
Contributing to the communities where we live and work to help solve important<br />
local challenges strengthens neighborhoods and makes a difference in our<br />
customers’ lives.<br />
Another Perspective<br />
“In January, <strong>2010</strong>, California<br />
<strong>American</strong> <strong>Water</strong> joined federal, state,<br />
and local officials in Carmel, California<br />
to sign a “collaboration statement”<br />
promising they all would make a good<br />
faith effort to remove the San Clemente<br />
Dam on the Carmel River.<br />
“The San Clemente Dam is a 106-foothigh,<br />
concrete-arch dam built in 1921<br />
to supply water to the Monterey<br />
Peninsula’s growing population and<br />
tourism industry. In 1991, experts<br />
determined the dam didn’t meet<br />
modern seismic stability and flood<br />
safety standards. After researching<br />
many options, environmental groups<br />
and public agencies concerned with<br />
protection and enhancement of the<br />
Carmel River ecosystem concluded dam<br />
removal, while more expensive, was the<br />
best plan.<br />
“To remove the structure, a rerouting<br />
of the Carmel River was proposed<br />
to bypass 2.5 million cubic yards of<br />
silt that have accumulated behind it,<br />
an innovative approach that avoids<br />
dredging. It would take more than<br />
200,000 truckloads to remove the silt,<br />
making dredging both environmentally<br />
unfeasible and objectionable to<br />
nearby residents.<br />
“The partnership marks a major<br />
milestone for us. This multi-year,<br />
$84 million project to remove the dam<br />
is an example of how we partner with<br />
local agencies to protect local habitat<br />
within our service area. The project is<br />
the first of its kind in the state and is<br />
being viewed by experts as a guide for<br />
future dam removals.<br />
“To date, California <strong>American</strong> <strong>Water</strong><br />
has taken measures to reduce risks<br />
at the dam while working with national<br />
and state agencies to implement the<br />
removal project with minimal costs<br />
to customers. It has also committed<br />
$50 million to the project and<br />
designated 928 acres around the<br />
dam as parkland.”<br />
Partnerships to<br />
Engage with Customers<br />
“Fix-a-leak” Campaign<br />
<strong>American</strong> <strong>Water</strong> joined the EPA <strong>Water</strong>Sense<br />
program in declaring March 15-21, <strong>2010</strong>,<br />
“Fix a Leak Week”. The purpose of the<br />
initiative was to remind homeowners to<br />
check plumbing fixtures and irrigation<br />
systems for leaks, due to the fact that<br />
minor water leaks account for more than<br />
one trillion gallons of water wasted<br />
each year in U.S. homes. In different<br />
states across the country, <strong>American</strong> <strong>Water</strong><br />
teamed up with local partners to reach<br />
out to schools and community groups<br />
with education programs and to provide<br />
the tools and resources to help detect<br />
and repair leaks. Our <strong>Water</strong>Sense<br />
Public Service Announcements can be<br />
viewed by visiting www.savewatertoday.org.<br />
“We’re for <strong>Water</strong>” Campaign<br />
<strong>American</strong> <strong>Water</strong> partnered with the EPA<br />
for the “We’re for <strong>Water</strong>” cross-country<br />
tour. The campaign is a national effort<br />
to educate consumers about watersaving<br />
behaviors and <strong>Water</strong>Sense labeled<br />
products. The campaign encourages<br />
consumers to adopt simple changes at<br />
home to start saving water. The project<br />
also introduced a friendly competition<br />
between families to conserve water.<br />
Robert MacLean<br />
President<br />
California <strong>American</strong> <strong>Water</strong><br />
Corporate responsibility report <strong>2010</strong> 28
perspective on: customers and communities<br />
WORKING WITH OUR COMMUNITIES<br />
Managing our water resources requires<br />
the participation of all our stakeholders,<br />
especially our communities. We actively<br />
meet with our community stakeholders<br />
to understand their perspectives and to<br />
foster dialogue and shared goals.<br />
We engage with them via community<br />
dialogues and events, one-on-one<br />
meetings and through public education<br />
opportunities.<br />
Developing Solutions for<br />
New Communities<br />
Designing and maintaining water and<br />
wastewater systems for communities<br />
begins with a clear understanding of the<br />
community and the impact and cost of<br />
potential solutions. A key part of our<br />
planning is engagement with community<br />
members, government agencies and local<br />
organizations to understand their needs<br />
and how water resources are used. We<br />
work with communities and their leaders<br />
to look at all of their options for water<br />
delivery and treatment and assess what<br />
is most cost effective, sustainable and<br />
environmentally friendly.<br />
Consolidation of Local <strong>Water</strong><br />
and Wastewater Systems<br />
At times it makes sense to develop water<br />
resources and systems at a regional level<br />
rather than for each individual community.<br />
Often, this can be as simple as linking<br />
a number of small communities to a<br />
common water system. By centralizing<br />
water service facilities, community<br />
members benefit from efficient use of<br />
water resources, better service and quality<br />
and typically lower cost.<br />
Sharing Expertise<br />
Utility commissions periodically request<br />
our expertise to purchase small<br />
unsustainable water systems that have<br />
fallen into disrepair and bring them back<br />
into regulatory compliance. Municipalities<br />
and cities have called directly on our<br />
experience with design, construction,<br />
and operation of water systems and<br />
established operations and maintenance<br />
contracts to address compliance issues.<br />
An Ohio <strong>American</strong> <strong>Water</strong> meter reader opens a “pit” to obtain a reading.<br />
Corporate responsibility report <strong>2010</strong> 29
perspective on: ACCESS AND AFFORDABILITY<br />
Our An exceptional business value<br />
depends on trust.<br />
for an essential resource.<br />
<strong>Water</strong> is generally<br />
less than<br />
a penny<br />
per gallon<br />
Missouri <strong>American</strong> <strong>Water</strong> field service representatives<br />
customer education<br />
Affordability of water service is a growing concern as the costs of providing service continue to increase<br />
due to the need to replace aging infrastructure, comply with increasingly strict water quality requirements,<br />
and address the host of challenges to assuring sustainable, high-quality, reliable service in the future.<br />
<strong>American</strong> <strong>Water</strong> is providing high-quality water service safely, efficiently and at the most cost-effective<br />
rate possible. The cost impact of providing high-quality water service is an important issue for all of our<br />
customers, especially those who face economic hardships. Issues surrounding concepts of affordability,<br />
however, are complex and must be viewed in perspective. The term itself is ambiguous and difficult to define.<br />
In general, annual costs for water service are lower than for other traditional public utility services, such<br />
as electricity, natural gas and telecommunications services. In addition, customers, including low income<br />
customers, often spend far less for essential water service than for many other non-essential services and<br />
products, such as cable television, entertainment, tobacco or bottled beverages.<br />
Corporate responsibility report <strong>2010</strong> 30
perspective on: ACCESS AND AFFORDABILITY<br />
Nonetheless, there is no question that<br />
for certain customers, increases in<br />
the cost of essential services of any<br />
type, including water, can contribute to<br />
economic hardship. In confronting issues<br />
of affordability, however, it is crucial to<br />
separate the pricing of the service from<br />
programs designed to mitigate adverse<br />
impacts on the most vulnerable customers.<br />
In order to help ensure sustainable,<br />
high-quality service, and to promote<br />
conservation and wise use of this scarce<br />
resource, it is essential that prices reflect<br />
the true costs to provide the service.<br />
This is necessary to send appropriate<br />
signals about the true value of the service,<br />
prevent wasteful usage, and promote the<br />
efficient allocation of scarce resources.<br />
This is true not only with regard to water<br />
itself but also with regard to the resources<br />
necessary to treat and deliver water, such<br />
as energy usage and associated GHG<br />
emissions and the overall carbon footprint<br />
of the provision of water service in an era<br />
of climate change. In fact, the EPA has<br />
recognized full cost of service pricing as<br />
one of four “Pillars of Sustainability” along<br />
with better management, water efficiency,<br />
and watershed protection.<br />
<strong>American</strong> <strong>Water</strong>’s policy with regard to<br />
affordability, therefore, is that water<br />
service should be priced at the true cost<br />
to provide the service, reflecting its true<br />
value, and the adverse economic impacts<br />
on vulnerable customers can and should<br />
be addressed through targeted assistance<br />
programs. Such programs should be<br />
designed to provide that assistance to<br />
those that truly need it and not to provide<br />
general subsidies to those customers<br />
who are not economically distressed.<br />
The National Association of Regulatory<br />
Utility Commissioners has identified<br />
targeted customer assistance programs<br />
as a best practice in addressing issues of<br />
affordability, along with other regulatory<br />
mechanisms such phase-ins, innovative<br />
payment arrangements, and rate<br />
consolidation of multi-divisional utilities<br />
to create economies of scale and spread<br />
costs over a larger customer base. Other<br />
types of customer assistance programs<br />
could be designed at the national level,<br />
similar to the Low Income Home Energy<br />
Assistance Programs in effect for energy<br />
customers.<br />
Most of <strong>American</strong> <strong>Water</strong>’s utility<br />
subsidiaries have customer assistance<br />
programs that contain elements such<br />
as these or others that might involve<br />
helping the consumer reduce water usage,<br />
providing financial assistance and other<br />
provisions. We continue to investigate<br />
ways to assist our customers in meeting<br />
their financial obligations while retaining<br />
appropriate pricing policies that promote<br />
sustainability and wise use. More<br />
information on our financial assistance<br />
programs including the H 2<br />
O Help to Others<br />
Program TM and Low Income Payment<br />
Program can be found in the Assisting<br />
Low-Income Customers section.<br />
determining water rates<br />
Though water rates vary across the country<br />
depending on variables such as source<br />
of supply, quality, levels of consumption,<br />
efficiency of infrastructure, energy costs<br />
and other factors, water service remains<br />
a relatively inexpensive commodity,<br />
especially as compared to other services<br />
such as gas or electricity. High-quality<br />
water service that meets all water quality<br />
standards is delivered to the tap at a<br />
price of less than a penny per gallon in<br />
most cases.<br />
However, water utilities are capital<br />
intensive relative to other utility services,<br />
requiring ongoing investment to maintain<br />
and improve existing systems and to<br />
make necessary capital outlays to promote<br />
long-term reliable service.<br />
As investor-owned water utilities, our<br />
subsidiaries and regulated utilities must<br />
go through a rigorous and transparent<br />
process, referred to as a general<br />
% OF ANNUAL HOUSEHOLD BUDGET* % OF ANNUAL HOUSEHOLD UTILITIES BUDGET<br />
3.0%<br />
2.4%<br />
1.8%<br />
1.2%<br />
.9%<br />
1.2%<br />
2.3%<br />
2.6%<br />
50.0%<br />
40.0%<br />
30.0%<br />
20.0%<br />
12.8%<br />
17.6%<br />
32.2%<br />
37.4%<br />
0.6%<br />
10.0%<br />
0.0% 0.0%<br />
<strong>Water</strong> & Natural Gas & Telephone Electricity <strong>Water</strong> & Other Natural Gas &<br />
Other Services Fuel Oil<br />
Public Services Fuel Oil<br />
* Source: Bureau of Labor Statistics-Consumer Expenditures Survey, 2008–2009 (assumes four person household).<br />
Telephone<br />
Electricity<br />
Corporate responsibility report <strong>2010</strong> 31
perspective on: ACCESS AND AFFORDABILITY<br />
rate case, to determine rates for our<br />
customers. Typically, a public utility<br />
commission, board of public utilities, or<br />
other similar state economic regulatory<br />
agency has the statutory authority to<br />
review the proposed rates of privately<br />
owned water utilities for that state, and to<br />
set standards of service.<br />
In evaluating a rate case, state public<br />
utility commissions, or similar bodies,<br />
typically focus on six areas:<br />
• The amount and prudence of investment<br />
in facilities considered “used and<br />
useful” in providing public service<br />
• The operating and maintenance costs<br />
and taxes associated with providing the<br />
service (typically by making reference<br />
to a representative 12-month period of<br />
time, known as a test year)<br />
• The appropriate rate of return on<br />
invested capital<br />
• The tariff or rate design that allocates<br />
operating revenue requirements<br />
equitably across the customer base<br />
• The quality of service the utility provides,<br />
including issues raised by customers<br />
• Revenue at existing rates<br />
The general rate case process is designed<br />
to ensure transparency, which leads to<br />
public confidence that the rate increase<br />
approved by the commission and<br />
implemented by the utility is based on fact<br />
and cost, and balances the needs of the<br />
public as well as the utility.<br />
Our goal in the process is to provide<br />
clear, understandable and comprehensive<br />
information based on our in-depth analysis<br />
of rates that balance the need to provide<br />
<strong>American</strong> <strong>Water</strong> with a reasonable return<br />
on our investments with the need to<br />
protect consumers’ costs.<br />
CONTROLLING COSTS<br />
<strong>American</strong> <strong>Water</strong> employs management<br />
practices and cost containment<br />
techniques, while taking advantage<br />
of economies of scale, to enhance<br />
efficiencies and reduce operational<br />
costs. For example, our computer<br />
monitoring control systems in most of<br />
our treatment facilities minimize both<br />
operating costs and personnel needs.<br />
Through Shared Services, we centralize<br />
our backroom operations, which lowers<br />
our per transaction cost. Additionally, by<br />
leveraging our size we have centralized<br />
bulk purchasing of supplies, materials,<br />
insurance and employee benefits.<br />
We have also invested in technologies<br />
that lead to more efficient operations<br />
and service. For example, laptops were<br />
installed in service vehicles, moving<br />
us from a paper-based to a real-time<br />
work distribution system. Information<br />
is communicated to and from the field<br />
using wireless technology, which has<br />
enabled our field representatives to better<br />
manage their workload. Other examples<br />
of controlling costs through efficient<br />
operations include:<br />
• Installation of automated meter reading<br />
systems, which increase efficiency and<br />
reduce labor costs<br />
• Development of a centralized customer<br />
service center to better respond to<br />
customer needs and increase business<br />
efficiency<br />
• Investment in plant automation systems<br />
that can monitor and manage many of<br />
our operations at lower costs<br />
• Investment in leak detection equipment<br />
and programs to minimize water lost<br />
through water mains<br />
• A centralized laboratory that allows<br />
local <strong>American</strong> <strong>Water</strong> companies to take<br />
advantage of one of the most advanced<br />
water testing laboratories in the nation<br />
ASSISTING LOW-INCOME CUSTOMERS<br />
While water service continues to be a<br />
high value compared to other utilities,<br />
some families and fixed-income citizens<br />
may struggle with water bills. Affordability<br />
issues are particularly acute in<br />
communities with both high proportions<br />
of low-income customers and new water<br />
infrastructure needs.<br />
<strong>American</strong> <strong>Water</strong> provides assistance to<br />
our customers facing particular economic<br />
challenges. Our programs, coordinated at<br />
the state level, promote access to a basic<br />
level of service, even to customers facing<br />
financial difficulties.<br />
H 2<br />
O Help to Others Program<br />
The H 2<br />
O Help to Others Program was<br />
created to help those who need the most<br />
assistance with their water bills. The<br />
program provides three main services<br />
• Grants of up to $500 per year<br />
• Discounts on services<br />
• <strong>Water</strong> saving devices and education<br />
Corporate responsibility report <strong>2010</strong> 32
perspective on: ACCESS AND AFFORDABILITY<br />
This program must be approved by state<br />
regulators before it can be implemented,<br />
and programs vary by state. The biggest<br />
programs are in states where we have<br />
the largest number of customers and/or<br />
where we can recover program costs within<br />
rate cases. To qualify for these programs,<br />
the total monthly income cannot exceed<br />
certain monthly thresholds, depending<br />
on state.<br />
Low Income Payment Program<br />
A grant from H 2<br />
O Help to Others Program<br />
may not cover the recipient’s entire water<br />
bill. For cases where customers need<br />
In <strong>2010</strong>, across <strong>American</strong> <strong>Water</strong>, more than 20,000<br />
applications for assistance have been granted for a total<br />
of approximately $1,006,000.<br />
additional assistance we coordinate the<br />
Low Income Payment Program (LIPP).<br />
The program expands upon the H 2<br />
O<br />
Help to Others Program by taking that<br />
plan one step further. The Low Income<br />
Payment Program provides aid to the most<br />
economically challenged <strong>American</strong> <strong>Water</strong><br />
customers in participating states. The<br />
assistance provided can be equivalent to<br />
as much as 20 percent of a customer’s<br />
total monthly bill, depending on a few<br />
factors including eligibility, income and<br />
family size. In addition, depending on the<br />
state, there are cash grants offered as<br />
part of LIPP as well. To qualify for LIPP<br />
assistance, there are some limits on the<br />
total monthly household income, and the<br />
criteria vary based upon state.<br />
lowering water usage<br />
In addition to providing support through<br />
our low-income programs, we also provide<br />
free advice and information to all our<br />
customers on how to reduce monthly<br />
water usage, including information on the<br />
EPA’s <strong>Water</strong>Sense program. Customers<br />
can also sign up for the <strong>American</strong> <strong>Water</strong><br />
Wise Home water survey. Through<br />
this program we dispatch a company<br />
conservation specialist to the home to<br />
perform a comprehensive water audit, free<br />
of charge—in states where the program<br />
is approved. The specialist checks for<br />
leaks, inefficient watering systems, and<br />
other areas of potential water savings.<br />
The specialist will then create and provide<br />
the customer with a detailed report<br />
documenting their personal water usage in<br />
addition to offering tips to save water and<br />
lower water bills.<br />
We regularly engage with customers<br />
through town hall meetings, educational<br />
events, media campaigns and open<br />
houses to provide information about<br />
how they can lower their water bill and<br />
help protect water resources. Some of the<br />
simple steps that customers can<br />
take include:<br />
• Taking showers instead of baths—<br />
showers can save 45-55 gallons of water<br />
• Installing water-saving showerheads and<br />
shortening shower times by five minutes<br />
• Running only full loads in the dishwasher<br />
• Rinsing produce in a basin as opposed<br />
to under running water<br />
• Checking toilets for leaks—a leaky toilet<br />
can waste up to 100 gallons of water<br />
every day<br />
• Making use of drip irrigation<br />
Award-winning Campaigns<br />
Many of our water conservation<br />
campaigns have been honored with<br />
awards. For example, our Spring Into<br />
Action <strong>Water</strong> Conservation Wheel won<br />
the Public Relations Society of America<br />
San Diego chapter Silver Award of<br />
Excellence.<br />
WATER<br />
CONSERVATION<br />
WHEEL<br />
Spin the wheel and learn how much you can save<br />
by making a few small changes indoors and out.<br />
Conserving water is important during any time of<br />
year, and taking special care to be efficient during<br />
springtime can make a big difference.<br />
Corporate responsibility report <strong>2010</strong> 33
perspective on: ACCESS AND AFFORDABILITY<br />
water for people<br />
Our commitment to promoting access<br />
to cost-effective water service extends<br />
beyond the regions where we operate to<br />
areas where communities are extremely<br />
vulnerable to water scarcity. Around the<br />
world, nearly a billion people do not have<br />
access to safe drinking water and 2.6<br />
billion are without adequate sanitation<br />
facilities. For nearly 20 years,<br />
<strong>American</strong> <strong>Water</strong> and our employees have<br />
supported <strong>Water</strong> For People, a nongovernmental<br />
organization that supports<br />
the development of locally sustainable<br />
drinking water resources, sanitation<br />
facilities and hygiene education programs<br />
in developing regions where water issues<br />
are most critical. In <strong>2010</strong>, we donated<br />
$193,000 to <strong>Water</strong> For People. In addition,<br />
on an annual basis, we sponsor the<br />
participation of one of our employees on a<br />
visit to one of <strong>Water</strong> For People’s project<br />
areas to participate in developing a local<br />
water or sanitation project.<br />
Another Perspective<br />
“In September, <strong>2010</strong>, I had the<br />
opportunity to travel to Bolivia on<br />
a <strong>Water</strong> For People-sponsored trip<br />
with a group of other water industry<br />
professionals. <strong>Water</strong> For People is<br />
an organization that partners with<br />
communities in developing countries to<br />
construct sustainable drinking water and<br />
sanitation facilities. <strong>American</strong> <strong>Water</strong> has<br />
raised money for them for the past<br />
20 years.<br />
“This was truly an eye-opening trip and<br />
something I wish everyone could have<br />
the opportunity to experience. From the<br />
first day when we met the staff I knew<br />
this was going to be a great experience.<br />
You could sense the dedication and true<br />
community involvement that each of<br />
the staff members shared. A number of<br />
things stood out to me. First, <strong>Water</strong> For<br />
People doesn’t simply write a check and<br />
turn it over. They actually partner with<br />
a community—who has applied for help<br />
and been accepted—by working with<br />
the local community and government<br />
leaders to make sure the money that<br />
is donated goes to the right project<br />
and is used in the right ways. I saw how<br />
the communities pulled together to not<br />
just install the system but also to get<br />
trained on how to maintain their system<br />
going forward. We visited a community<br />
that found an innovative way to use the<br />
collected waste to actually raise money for<br />
the community. I was truly impressed with<br />
the dedication and organization that each<br />
community we visited displayed.<br />
“Before I went on the trip, I attended<br />
the office rallies and participated by<br />
donating. Having gone on this trip, I now<br />
truly understand what <strong>Water</strong> For People<br />
does, how they help, and how <strong>American</strong><br />
<strong>Water</strong> employee donations can make a<br />
dramatic difference in people’s lives.<br />
Dave Yungermann<br />
Operations Manager, St. Louis, MO<br />
Missouri <strong>American</strong> <strong>Water</strong><br />
Corporate responsibility report <strong>2010</strong> 34
perspective on: Managing Risks<br />
Our business<br />
depends on trust.<br />
We have a responsibility to<br />
our customers and stockholders.<br />
We conduct more than<br />
ONE MILLION<br />
tests and<br />
measurements annually<br />
Tim Desmond, <strong>American</strong> <strong>Water</strong> Central Laboratory<br />
PROTECTING OUR BUSINESS AND OUR STAKEHOLDERS<br />
At <strong>American</strong> <strong>Water</strong> we approach risk management in a comprehensive way by identifying, prioritizing,<br />
managing and monitoring a full portfolio of risks impacting our organization. Over time we have developed<br />
policies, competencies and technology to execute this approach successfully.<br />
Through our risk management framework we identify events or scenarios related to our ability to serve our<br />
customers and manage water resources, then assess both their likelihood and their impact in order to<br />
develop a response strategy and monitor progress. A robust approach to risk management protects all our<br />
stakeholders including customers, communities, employees and business partners.<br />
Corporate responsibility report <strong>2010</strong> 35
perspective on: Managing Risks<br />
Our risk management goals are ambitious<br />
and include:<br />
• Reducing unacceptable performance<br />
variability by identifying and evaluating<br />
the likelihood of major events and<br />
developing responses to mitigate the<br />
impact of potential events<br />
• Aligning our business strategy and<br />
corporate culture in a way that<br />
strengthens our risk management<br />
systems<br />
• Enhancing our overall corporate<br />
governance and strengthening our board<br />
and management oversight<br />
• Investing in state-of-the-art research and<br />
testing facilities<br />
a secure and resilient<br />
water system<br />
Because high-quality, reliable water service<br />
is an integral part of daily life, our water<br />
systems demand the appropriate security<br />
and protection. We understand the large<br />
impact that would occur if our water<br />
infrastructure or supply were compromised<br />
by either man-made or natural disaster. For<br />
example, a loss or contamination of water<br />
could lead to large-scale emergencies.<br />
Additionally, we also know that even<br />
small disruptions in water service caused<br />
by electricity outages or equipment<br />
failures can have a major impact on our<br />
customers.<br />
Comprehensive Planning Studies<br />
(CPS) are a primary means that<br />
<strong>American</strong> <strong>Water</strong> uses to evaluate asset<br />
condition and performance, project future<br />
needs, and identify capital projects which<br />
may be needed so that a system is able<br />
to meet required levels of service. The<br />
CPS, a master plan that assesses each<br />
component of the system, also identifies<br />
and prioritizes capital improvements<br />
needed for the system, to ensure a<br />
high level of service over a 15–20 year<br />
planning horizon.<br />
In addition to the CPS, vulnerability<br />
assessments are conducted at our<br />
facilities in order to identify opportunities<br />
for improvement of security systems.<br />
These assessments are conducted<br />
on a periodic basis and output from<br />
the assessments is used as a basis<br />
for implementation of further security<br />
enhancements to our systems.<br />
Planning studies also assess the<br />
system capabilities to meet current and<br />
future regulatory requirements, growth<br />
opportunities and operational needs.<br />
Projects that have been developed through<br />
the planning study will have undergone<br />
thorough analysis of all current and future<br />
risks to the system.<br />
Additionally, we engage with external<br />
stakeholders such as community leaders,<br />
fire chiefs, NGOs and community groups to<br />
understand their perspectives, needs<br />
and priorities.<br />
sharing our expertise<br />
<strong>American</strong> <strong>Water</strong> is not only active in<br />
securing our owned and operated<br />
infrastructure, we also share our expertise<br />
in protecting water resources with other<br />
stakeholders including the EPA and<br />
the Department of Homeland Security.<br />
Currently, we chair the <strong>Water</strong> Sector<br />
Coordinating Council (WSCC), which was<br />
formed by eight water and wastewater<br />
organizations to work with the federal<br />
government to recommend action to<br />
reduce risks in the water sector. One of<br />
the key outputs of the WSCC has been to<br />
develop a strategic framework that enables<br />
the government and industry to align their<br />
programs and investments to improve<br />
infrastructure protection.<br />
Climate Ready <strong>Water</strong> Utilities<br />
Climate change poses long-term risks<br />
and uncertainties to all water utilities,<br />
according to the EPA. Evaluating and<br />
preparing for those risks is a key part<br />
of our overall risk management strategy.<br />
<strong>American</strong> <strong>Water</strong> is part of the Climate<br />
Ready <strong>Water</strong> Utilities Working Group,<br />
established by the National Drinking <strong>Water</strong><br />
Advisory Council, to prepare long-range<br />
plans that account for climate change<br />
impacts.<br />
The working group has developed the<br />
concept of a climate-ready adaptive<br />
response framework to illustrate the<br />
types of activities that a climate-ready<br />
utility should take in response to evolving<br />
climate science, local conditions, as well<br />
as adaptation and mitigation opportunities.<br />
The framework aids all water utilities,<br />
including <strong>American</strong> <strong>Water</strong>, to integrate<br />
evolving climate science into planning and<br />
management, prepare for changing local<br />
hydrological and meteorological conditions,<br />
and identify adaptation and mitigation<br />
opportunities. Additionally, the working<br />
group has developed tools, training<br />
and techniques to promote successful<br />
implementation.<br />
Corporate responsibility report <strong>2010</strong> 36
perspective on: Managing Risks<br />
THE AMERICAN WATER CENTRAL LABORATORY<br />
When it comes to the quality of our<br />
customers’ water, there is no room for<br />
compromise. Through ongoing, rigorous<br />
analysis, we can be assured that our water<br />
meets or exceeds all regulatory standards.<br />
Our world-renowned research laboratory,<br />
based in Belleville, Illinois, supports all<br />
of our regulated and market-based states<br />
and businesses by conducting thorough<br />
analysis and quality measurement for<br />
compliance reporting. There, we perform<br />
tests to monitor for 100 regulated<br />
contaminants and other “emerging<br />
contaminants” that are not currently<br />
regulated, and we provide input to the EPA<br />
as they develop new testing regulations.<br />
Additionally, our local labs test water<br />
samples many times each day as water<br />
moves throughout the treatment process.<br />
Our approach focuses on the reliability<br />
of analysis to ensure that we have the<br />
necessary rigor to trust that our results<br />
are accurate. We have invested in stateof-the-art<br />
equipment as well as the<br />
capabilities of our laboratory scientists.<br />
The scientists at our lab continue to<br />
push the standards of excellence by<br />
developing new testing procedures to align<br />
with evolving regulation and to adapt to<br />
potentially new contaminants. The lab has<br />
set standards in the industry for testing,<br />
identifying and controlling contaminants<br />
even before specific regulations are in<br />
place. Our highly sophisticated analytics<br />
and research capabilities are why the<br />
EPA regularly consults with our research<br />
team in developing federal drinking water<br />
standards and regulations.<br />
Since 1993, our research team has won<br />
over a dozen awards for best research,<br />
nearly 60 competitive research grants<br />
totaling over $34 million, and have been<br />
granted three patents for our research.<br />
Each year, we conduct more than<br />
one million tests and measurements<br />
using the most advanced technology<br />
and equipment available at our stateof-the-art,<br />
world-renowned research<br />
laboratory in Belleville, Illinois, and at<br />
our local utility labs.<br />
At the <strong>American</strong> <strong>Water</strong> Central Laboratory in Belleville, Illinois, a Liquid Chromatography<br />
Mass Spectrophotometer—Mass Spectrophotometer Triple Quadrupole (LC/MS/MS)<br />
allows us to detect, identify and confirm even trace amounts of specific compounds in<br />
drinking water samples.<br />
Corporate responsibility report <strong>2010</strong> 37
perspective on: Innovation<br />
Our business<br />
depends innovative solutions. on trust.<br />
Driven to create and implement<br />
We have received<br />
more than<br />
60 grants totalling<br />
more than<br />
$27 MILLION<br />
Harold Smith, Illinois <strong>American</strong> <strong>Water</strong><br />
Investing in new ideas<br />
We hold ourselves to a high standard of performance—one that values innovation and teamwork and consistently<br />
strives to improve the customer experience. In order to continue to provide high-quality service and to respond to<br />
the new realities faced by the water industry, we are actively looking for innovative ideas that can address these<br />
new water realities and fit with our vision of a sustainable water future.<br />
Through our Innovation Development Process (IDP), launched in 2009, <strong>American</strong> <strong>Water</strong> is bringing new<br />
solutions and technology to the marketplace. IDP is an initiative that combines research and development,<br />
technical expertise and infrastructure assets with innovations from both within <strong>American</strong> <strong>Water</strong> and from<br />
external business partners to create greater efficiencies in the areas of drinking water, water reuse,<br />
desalination, wastewater operations and bio-energy. Through IDP, we actively look for new ideas in the water<br />
industry, and then, when we find the right opportunities that match our goals, we help to accelerate the<br />
process of bringing those ideas to market.<br />
Corporate responsibility report <strong>2010</strong> 38
perspective on: Innovation<br />
Another Perspective<br />
“Through our Innovation Development<br />
Program, <strong>American</strong> <strong>Water</strong> is partnering<br />
with ENBALA Power Networks, a smart<br />
grid company, on a pilot project using<br />
smart grid technology. The project<br />
is designed to capture untapped<br />
efficiencies between large regional water<br />
systems and the electric network. The<br />
pilot test involves connecting four of<br />
<strong>American</strong> <strong>Water</strong>’s facilities to ENBALA’s<br />
smart grid platform and providing realtime<br />
system balance to the electricity<br />
system operator. Providing and distributing<br />
clean water is very energy intensive. This<br />
innovation is critical in making both<br />
the electrical system more effective<br />
and improving the efficiency of water<br />
treatment plants.”<br />
Steve Schmitt<br />
Vice President of Operations<br />
<strong>American</strong> <strong>Water</strong><br />
Corporate responsibility report <strong>2010</strong> 39
perspective on: Public Policy<br />
Our business<br />
depends on trust.<br />
Working towards a sustainable water future<br />
for our communities and our nation.<br />
We participate at the<br />
federal,<br />
state<br />
and local level<br />
We strive to be a resource for policymakers around the country.<br />
Working toward wise water policy<br />
The advancement of public policy that supports a sustainable water future is an important activity for waterrelated<br />
organizations from across different spectrums. For <strong>American</strong> <strong>Water</strong>, the motivation for engaging with<br />
policymakers goes far beyond commercial interests. By actively engaging with officials, decision makers<br />
and influencers both at the national and local level, we can help solve future water challenges. It is our<br />
responsibility to use our experience, scientific expertise and technical ability to work with policymakers and<br />
regulatory authorities to work toward wise water policies and legislation.<br />
Through our engagement with policymakers we emphasize the need to build on existing efforts to promote<br />
sustainable water infrastructure, to employ robust, comprehensive planning processes to deliver projects that<br />
are cost effective over their life cycle, resource efficient, and consistent with community sustainability goals.<br />
Corporate responsibility report <strong>2010</strong> 40
perspective on: Public Policy<br />
In <strong>2010</strong>, corporate contributions to political candidates, parties and<br />
ballot measures as allowed by federal, state and local law totaled just<br />
over $56,685. A comprehensive process is in place to approve, track,<br />
record and report these contributions.<br />
In 2011, <strong>American</strong> <strong>Water</strong> will be developing a national Employees’<br />
Political Action Committee as defined by federal law. Its contributions<br />
will be funded entirely by employees. Contributions will be tracked and<br />
reported through state and federal processes, including the Federal<br />
Election Commission.<br />
One of our goals is to be an educational<br />
resource for policymakers in the areas<br />
of water and wastewater management<br />
and to ensure that those who fund<br />
infrastructure improvement projects are<br />
well informed on what it takes to maintain<br />
healthy water and wastewater systems.<br />
In both 2009 and <strong>2010</strong>, <strong>American</strong> <strong>Water</strong><br />
hosted Congressional forums to help<br />
increase awareness of the state of our<br />
country’s water infrastructure, future<br />
water management challenges, risks to<br />
water resources, and potential solutions<br />
for a sustainable water future. The forums<br />
focused on public policy needs for the<br />
health and longevity of our nation’s water<br />
system, with particular attention paid<br />
to the aging infrastructure in the U.S.<br />
Our view is that the government can<br />
provide both incentives and disincentives<br />
for the way water, wastewater and<br />
stormwater utilities contribute to national<br />
goals for clean and safe water and how<br />
these goals interact with equally pressing<br />
priorities such as energy efficiency.<br />
<strong>American</strong> <strong>Water</strong> has also been an active<br />
participant in the conferences and<br />
educational programs sponsored by the<br />
National Association of Regulatory Utility<br />
Commissioners, and the U.S. Conference<br />
of Mayors, sharing our expertise in<br />
integrated water resource management<br />
and diverse solutions for water resource<br />
challenges for different regions. We also<br />
participate in public policy development<br />
through membership organizations such<br />
as the National Association of <strong>Water</strong><br />
Companies and the <strong>American</strong> <strong>Water</strong> Works<br />
Association.<br />
<strong>American</strong> <strong>Water</strong> is also involved in multistakeholder<br />
meetings that bring together<br />
NGOs, academics, scientists and policy<br />
makers to explore some of the most<br />
complex challenges to water issues. For<br />
example, <strong>American</strong> <strong>Water</strong> participated<br />
in the Aspen Institute Dialogue on<br />
Sustainable <strong>Water</strong> Infrastructure. The<br />
discussion focused on the investments<br />
and policies needed to provide a more<br />
holistic approach to sustainable water<br />
infrastructure. The report resulting from<br />
the dialogue, Sustainable <strong>Water</strong> Systems,<br />
sets out ten policy recommendations<br />
agreed to by all participants.<br />
Corporate responsibility report <strong>2010</strong> 41
Our Performance<br />
In this section we describe our corporate social responsibility<br />
performance in <strong>2010</strong>. The section covers environmental, social and<br />
governance issues, describing our goals and objectives, providing key<br />
performance indicators and metrics, and highlighting our challenges.<br />
Corporate responsibility report <strong>2010</strong> 42
perspective on: ethical performance<br />
Our Fostering business a culture<br />
of depends integrity. on trust.<br />
97 PERCENT<br />
of employees completed<br />
ethics training in <strong>2010</strong><br />
The New Jersey <strong>American</strong> <strong>Water</strong> team at the<br />
Swimming River water treatment plant<br />
ethical performance<br />
At <strong>American</strong> <strong>Water</strong> we pride ourselves in having a strong culture of integrity underpinned by our principles and<br />
values, and guided by our policies. The <strong>American</strong> <strong>Water</strong> Code of Ethics sets out clear and practical guidance<br />
for ethical conduct throughout our organization.<br />
The Code of Ethics ensures that all <strong>American</strong> <strong>Water</strong> employees understand how our core principles and<br />
values relate to a range of issues. With clear language and easy-to-understand examples, the document aims<br />
to provide our employees with support in judgments related to ethical business at the individual, team and<br />
company-wide level. In short, it is a guide to help employees understand what is expected of them and how<br />
to make good decisions.<br />
Corporate responsibility report <strong>2010</strong> 43
perspective on: ethical performance<br />
Business issues and situations covered by<br />
the Code of Ethics include:<br />
• Avoiding conflicts of interest<br />
• Fair dealing with customers, vendors<br />
and others<br />
• Handling sensitive information and<br />
safeguarding confidentiality<br />
• Honest, ethical and open dealings with<br />
government officials<br />
• Workplace conduct<br />
All employees are trained on the<br />
contents of the Code of Ethics, beginning<br />
with an initial orientation when employees<br />
join <strong>American</strong> <strong>Water</strong>. A revised Code of<br />
Ethics was distributed to all employees<br />
in January <strong>2010</strong> with a new introduction<br />
from the Chairman of the Board, George<br />
MacKenzie, and CEO Jeff Sterba.<br />
Trainings are offered online and in-person.<br />
Our training incorporates real-life situations<br />
in which there are not necessarily right<br />
or wrong answers. The idea behind<br />
this approach is to stimulate candid<br />
discussions among employees.<br />
Through the Code of Ethics, our trainings<br />
and ongoing communication and<br />
guidance, we make it clear that it is the<br />
responsibility of all our employees to<br />
make ethical conduct an essential part<br />
of the daily fabric of our business. We<br />
also emphasize that it is the responsibility<br />
of every employee to report any violations<br />
or suspected violations through our<br />
Confidential Ethics Hotline, or to<br />
Divisional Presidents, Human Resource<br />
representatives or members of <strong>American</strong><br />
<strong>Water</strong>’s legal department. Our violations<br />
reporting system or procedure maintains<br />
confidentiality to the greatest extent<br />
possible throughout the process.<br />
All calls to the Confidential Ethics<br />
Hotline are reviewed by members of<br />
our Ethics Committee which consists of<br />
representatives from Human Resources,<br />
Legal, Finance and Operations. The Ethics<br />
Committee reports to the Audit Committee<br />
of the board of directors.<br />
Through our hotline, employees<br />
raised 217 cases. Of these,<br />
57% resulted in corrective action.<br />
In <strong>2010</strong>, approximately 97 percent of our employees completed ethics<br />
training either live or via webinar.<br />
Percentage of Employee Code of Ethics Certifications in <strong>2010</strong>:<br />
• 100 percent from ML1-ML4 and L5 – L8*<br />
• 92 percent from remaining non-union employees<br />
• 29 percent from union employees<br />
*ML1 - ML4 represent the levels assigned to Executive Management team members,<br />
L5 - L8 represent levels assigned to non-union employees at the minimum level of manager.<br />
Another Perspective<br />
“Our Code of Ethics training provides<br />
a framework of the type of behavior we<br />
expect of all <strong>American</strong> <strong>Water</strong> employees.<br />
Quite simply, we expect our employees<br />
to act ethically and respectfully toward<br />
each other, our customers, our vendors<br />
and all others with whom we work.<br />
“We want to be known for conducting<br />
our business with honesty and integrity,<br />
so the training covers such areas<br />
as avoiding conflicts of interest, fair<br />
dealing, and safeguarding sensitive<br />
information. It’s also imperative that our<br />
employees have a safe and professional<br />
atmosphere in which to work, so we<br />
address respect for privacy, harassment<br />
and illegal substances, as well.<br />
“When designing the training, we<br />
wanted to make it interactive to help<br />
employees identify potential issues<br />
and—perhaps more importantly—teach<br />
them how to address them. Rather<br />
than running through a list of rules, we<br />
try to present real-life situations that<br />
employees could find themselves in,<br />
and encourage the groups to discuss<br />
how they would handle them. We also<br />
stress the resources available to them,<br />
including a variety of avenues to direct<br />
any questions or concerns.<br />
“We use internal resources—our<br />
Human Resources team—to present<br />
the information because they can gain<br />
a unique perspective on how employees<br />
think by hearing them work through the<br />
situations and remain engaged to<br />
follow up on any issues discussed<br />
during the training.<br />
“We believe that conducting our training<br />
this way provides employees with an<br />
increased ability to recognize potential<br />
issues through practical examples and<br />
provides them with the knowledge<br />
of what to do if they are faced with<br />
these issues.”<br />
Kelley Walker<br />
Chief Administrative Officer<br />
and General Counsel, <strong>American</strong> <strong>Water</strong><br />
Corporate responsibility report <strong>2010</strong> 44
perspective on: water management performance<br />
Our business<br />
depends on trust.<br />
Managing a life essential resource<br />
is a responsibility we take seriously.<br />
<strong>American</strong> <strong>Water</strong> was<br />
43 times BETTER<br />
than the industry average<br />
for compliance with drinking<br />
water quality standards<br />
Scott Ballenger, Ohio <strong>American</strong> <strong>Water</strong><br />
Managing for the long term<br />
Managing water resources is complex, demanding constant vigilance to help ensure water quality, as<br />
well as a long-term view to ensure a sustainable water future. At <strong>American</strong> <strong>Water</strong>, we have developed a<br />
comprehensive approach to Integrated <strong>Water</strong> Resource Management that entails maintaining a range of<br />
water resources and assets—both the man-made assets as well as the natural environment.<br />
We have to consider a range of interrelated factors when making decisions about water-management<br />
including population changes and demand trends, climate change and variability, short-term and long-term<br />
infrastructure needs, and opportunities for innovative solutions.<br />
Our Integrated <strong>Water</strong> Resources Management program focuses on understanding all of the water<br />
resources available to <strong>American</strong> <strong>Water</strong> communities and surrounding regions, actively caring for those<br />
resources and providing solutions that best match an area’s water needs and constraints. It is a more<br />
holistic assessment of water solutions than traditional, single solutions made by individual entities.<br />
Participation from internal and external stakeholders ensures that local interests and points of view are<br />
understood and that all viable options are considered, which assures that solutions meet the needs of<br />
customers as well as the regional community.<br />
Corporate responsibility report <strong>2010</strong> 45
perspective on: water management performance<br />
water resources and planning<br />
In our long-term planning, we evaluate<br />
quality, quantity, growth needs and<br />
alternate sources of water supply as<br />
well as transmission and distribution<br />
capacity. Sources of supply are seasonal<br />
in nature and weather conditions can<br />
have a pronounced effect on supply.<br />
In order to help ensure that we have<br />
adequate sources of water supply, we use<br />
Comprehensive Planning Studies (CPS)<br />
and maintain drought and contingency<br />
plans to minimize the potential impact on<br />
service through a wide range of weather<br />
fluctuations. In connection with supply<br />
planning for most surface or ground water<br />
sources, we employ sophisticated models<br />
to determine safe yields under different<br />
rainfall and drought conditions. Surface<br />
and groundwater levels are routinely<br />
monitored for all supplies so that supply<br />
capacity may be predicted and mitigated,<br />
as needed, through demand management<br />
and additional supply development.<br />
Through our CPS process we regularly<br />
evaluate water systems to assess:<br />
• Quantity and quality of available supplies<br />
• Adequacy and effectiveness of treatment<br />
processes and waste handling systems<br />
• Adequacy and efficiency of distribution<br />
pipeline networks and pumping facilities<br />
in delivering safe, adequate water while<br />
minimizing water losses<br />
• That proper permits are maintained to<br />
ensure legal authorization of withdrawal<br />
of supplies from both groundwater and<br />
surface water sources.<br />
Our goal is to maintain Comprehensive<br />
Planning Studies and/or targeted<br />
studies for all of our water systems<br />
serving 500 or more customers.<br />
REGULATED SUBSIDIARY: SOURCES OF WATER SUPPLY (<strong>2010</strong>)<br />
Regulated Subsidiary<br />
New Jersey <strong>American</strong> <strong>Water</strong> Company<br />
Ground <strong>Water</strong><br />
22%<br />
Surface <strong>Water</strong><br />
73%<br />
Purchased<br />
5%<br />
Pennsylvania <strong>American</strong> <strong>Water</strong> Company<br />
7%<br />
92%<br />
1%<br />
Illinois <strong>American</strong> <strong>Water</strong> Company<br />
30%<br />
56%<br />
14%<br />
Missouri <strong>American</strong> <strong>Water</strong> Company<br />
12%<br />
87%<br />
1%<br />
Indiana <strong>American</strong> <strong>Water</strong> Company<br />
57%<br />
42%<br />
1%<br />
California <strong>American</strong> <strong>Water</strong> Company<br />
67%<br />
1%<br />
32%<br />
West Virginia <strong>American</strong> <strong>Water</strong> Company<br />
0%<br />
100%<br />
0%<br />
Arizona <strong>American</strong> <strong>Water</strong> Company<br />
80%<br />
20%<br />
0%<br />
New York (Long Island)<br />
<strong>American</strong> <strong>Water</strong> Company<br />
100%<br />
0%<br />
0%<br />
Kentucky <strong>American</strong> <strong>Water</strong> Company<br />
0%<br />
100%<br />
0%<br />
Tennessee <strong>American</strong> <strong>Water</strong> Company<br />
0%<br />
100%<br />
0%<br />
Virginia <strong>American</strong> <strong>Water</strong> Company<br />
1%<br />
49%<br />
50%<br />
Maryland <strong>American</strong> <strong>Water</strong> Company<br />
9%<br />
89%<br />
2%<br />
Iowa <strong>American</strong> <strong>Water</strong> Company<br />
18%<br />
82%<br />
0%<br />
Ohio <strong>American</strong> <strong>Water</strong> Company<br />
31%<br />
64%<br />
5%<br />
Michigan <strong>American</strong> <strong>Water</strong> Company<br />
100%<br />
0%<br />
0%<br />
New Mexico <strong>American</strong> <strong>Water</strong> Company<br />
100%<br />
0%<br />
0%<br />
Hawaii <strong>American</strong> <strong>Water</strong> Company*<br />
0%<br />
0%<br />
0%<br />
Texas <strong>American</strong> <strong>Water</strong> Company<br />
100%<br />
0%<br />
0%<br />
Total<br />
27%<br />
66%<br />
7%<br />
*Wastewater Only, No Source of Supply<br />
MAINTAINING INFRASTRUCTURE<br />
Ongoing attention to the maintenance,<br />
repair and development of water<br />
infrastructure is necessary to help ensure<br />
safe, clean water and efficient and<br />
sustainable water use. For example, water<br />
management through leak detection and<br />
repairs results in reduced water losses<br />
(and therefore, reduced energy use and<br />
cost). In areas where water resources<br />
are relatively scarce, then reducing water<br />
losses leads to the availability of more<br />
water for our customers.<br />
Corporate responsibility report <strong>2010</strong> 46
perspective on: water management performance<br />
We perform leak detection surveys on<br />
an ongoing basis. Valves are regularly<br />
examined through acoustical checks<br />
and hydrants are inspected and tested<br />
for leaks. Aging facilities and pipes are<br />
regularly replaced to improve system<br />
performance and efficiency.<br />
All of our regulated states use acoustic<br />
leak correlators to pinpoint the<br />
location of leaks.<br />
TOTAL WATER WITHDRAWAL BY SOURCE<br />
Regulated Subsidiaries: Sources of <strong>Water</strong> Supply (<strong>2010</strong>) Ground <strong>Water</strong> Surface <strong>Water</strong> Purchased/Treated <strong>Water</strong><br />
<strong>American</strong> <strong>Water</strong> 27% 66% 7%<br />
WATER<br />
WASTEWATER<br />
Regulated<br />
Subsidiaries<br />
(as of 12/31/<strong>2010</strong>)<br />
Drinking<br />
<strong>Water</strong> Systems<br />
Wastewater WASTEWATER Total Systems<br />
Systems<br />
Surface <strong>Water</strong><br />
Treatment Plant<br />
Ground <strong>Water</strong><br />
Treatment<br />
Plant<br />
Ground <strong>Water</strong><br />
Wells<br />
Wastewater<br />
Treatment<br />
Plant<br />
New Jersey<br />
Pennsylvania<br />
Illinois<br />
Missouri<br />
Indiana<br />
California<br />
West Virginia<br />
Arizona<br />
New York<br />
(Long Island)<br />
Kentucky<br />
Tennessee<br />
Virginia<br />
Maryland<br />
Iowa<br />
Ohio<br />
Michigan<br />
New Mexico<br />
Hawaii<br />
Texas<br />
Total<br />
32<br />
60<br />
38<br />
10<br />
24<br />
26<br />
13<br />
15<br />
1<br />
2<br />
2<br />
21<br />
1<br />
2<br />
22<br />
1<br />
2<br />
0<br />
51<br />
3<strong>23</strong><br />
20<br />
6<br />
30<br />
3<br />
2<br />
8<br />
1<br />
6<br />
0<br />
2<br />
0<br />
0<br />
0<br />
0<br />
3<br />
0<br />
0<br />
2<br />
5<br />
88<br />
52<br />
66<br />
68<br />
13<br />
26<br />
34<br />
14<br />
21<br />
1<br />
4<br />
2<br />
21<br />
1<br />
2<br />
25<br />
1<br />
2<br />
2<br />
56<br />
411<br />
7<br />
37<br />
7<br />
6<br />
6<br />
2<br />
9<br />
2<br />
0<br />
4<br />
1<br />
1<br />
1<br />
1<br />
3<br />
0<br />
0<br />
0<br />
0<br />
87<br />
158<br />
78<br />
21<br />
15<br />
33<br />
125<br />
0<br />
40<br />
21<br />
0<br />
1<br />
18<br />
0<br />
4<br />
16<br />
1<br />
8<br />
0<br />
59<br />
598<br />
188<br />
118<br />
78<br />
36<br />
143<br />
181<br />
0<br />
102<br />
161<br />
0<br />
2<br />
33<br />
2<br />
7<br />
60<br />
3<br />
64<br />
0<br />
66<br />
1,244<br />
17<br />
6<br />
11<br />
4<br />
1<br />
6<br />
1<br />
6<br />
0<br />
2<br />
0<br />
0<br />
0<br />
0<br />
3<br />
0<br />
0<br />
2<br />
5<br />
64<br />
We are currently working towards creating the mechanisms needed to track and report on <strong>American</strong> <strong>Water</strong>’s Total <strong>Water</strong> Production,<br />
including Non-Potable and Reuse.<br />
metering<br />
Metering provides an accurate accounting<br />
of water flowing through the system,<br />
thereby helping to determine where<br />
losses and excess usage may occur.<br />
<strong>American</strong> <strong>Water</strong>’s practice is to meter all<br />
customers. In some cases, commercial<br />
meters on apartment buildings or other<br />
multi-tenant facilities may have been<br />
changed over to individual meters. Also,<br />
fire services may be equipped with flow<br />
indicators. Residential service meters are<br />
replaced after a predetermined interval,<br />
based on state guidelines. Larger meters<br />
are tested on a routine basis. On the supply<br />
side, all sources of supply meters are<br />
routinely tested and calibrated for accuracy.<br />
Substantially all of our regulated water<br />
customers are metered, allowing us to<br />
measure water usage.<br />
Corporate responsibility report <strong>2010</strong> 47
perspective on: water management performance<br />
water quality<br />
At <strong>American</strong> <strong>Water</strong>, we meet or exceed all<br />
water quality standards established by the<br />
EPA and other regulatory agencies and<br />
conduct over 1 million tests each year.<br />
In addition to complying with extensive<br />
U.S. federal, state and local regulations,<br />
in the case of our Canadian operations,<br />
we also comply with Canadian laws and<br />
regulations. All of these regulations<br />
govern the protection of the environment,<br />
health and safety, the quality of the<br />
water we deliver, water allocation rights,<br />
and the manner we treat and discharge<br />
wastewater. We have consistently scored<br />
among the highest of all water companies<br />
in complying with these strict regulations.<br />
At our research laboratory in Belleville,<br />
Illinois, as well as at our local utility labs,<br />
we conduct more than one million tests<br />
each year. <strong>American</strong> <strong>Water</strong> is currently<br />
certified for more than 190 compounds<br />
for drinking water and more than 40<br />
compounds for wastewater, meaning we<br />
maintain accreditation from states to<br />
report the compounds.<br />
Drinking <strong>Water</strong> Quality and Compliance<br />
In the past several years, we have<br />
received more than 150 awards for<br />
superior water quality from regulators,<br />
industry organizations and environmental<br />
agencies. For <strong>2010</strong>, we achieved a score<br />
of greater than 99.9 percent for drinking<br />
water compliance. According to the EPA<br />
statistics, <strong>American</strong> <strong>Water</strong>’s performance<br />
COMPLIANCE RATE PERCENTAGE<br />
Year Drinking <strong>Water</strong> Wastewater<br />
<strong>2010</strong> 99.9% 99.6%<br />
2009 99.9% 99.5%<br />
2008 99.9% 99.2%<br />
has been far better than the industry<br />
average over the last several years. In<br />
fact, in 2009, <strong>American</strong> <strong>Water</strong> was <strong>23</strong><br />
times better than the industry average<br />
for compliance with drinking water quality<br />
standards (Maximum Contaminant Levels)<br />
and 86 times better for compliance with<br />
drinking water monitoring and reporting<br />
requirements.<br />
As part of our commitment to water quality,<br />
we regularly communicate with customers<br />
on drinking water quality. In addition to<br />
convening customer education initiatives,<br />
we also mail Consumer Confidence<br />
<strong>Report</strong>s to our customers annually and<br />
make water quality information readily<br />
available on the internet. In <strong>2010</strong>, there<br />
were no legal proceedings or incidents<br />
of violation regarding the impact of<br />
<strong>American</strong> <strong>Water</strong>’s products on customer<br />
safety and health with respect to the<br />
provision of water and wastewater services.<br />
Wastewater Quality and Compliance<br />
<strong>American</strong> <strong>Water</strong>’s current compliance<br />
with wastewater standards is greater<br />
than 99 percent with over 75 percent of<br />
the facilities we own or operate meeting<br />
their discharge requirements every day<br />
throughout the year. In <strong>2010</strong>, we saw<br />
continued improvement in our wastewater<br />
performance.<br />
Partnership for Safe <strong>Water</strong><br />
<strong>American</strong> <strong>Water</strong> is part of the Partnership<br />
for <strong>Water</strong>, a unique cooperative effort<br />
between the EPA, <strong>American</strong> <strong>Water</strong> and<br />
more than 200 water utilities throughout<br />
the U.S. The goal of the Partnership is to<br />
enhance water quality in ways that may<br />
go beyond current federal standards.<br />
Participation requires regular evaluation of<br />
all treatment processes and water quality.<br />
The evaluation process provides additional<br />
assurance and safety to <strong>American</strong> <strong>Water</strong><br />
customers. To date, 67 of <strong>American</strong><br />
<strong>Water</strong>’s surface water treatment plants<br />
have received Phase III certification—<br />
this is approximately one-third of the<br />
plants in the country to receive Phase<br />
III certification. In addition, 62 <strong>American</strong><br />
<strong>Water</strong> plants have received the Five-Year<br />
Phase III award, while 40 have been<br />
awarded the Ten-Year Phase III award.<br />
MCL VIOLATIONS PER SYSTEM<br />
MONITORING AND REPORTING VIOLATIONS PER SYSTEM<br />
AVERAGE VIOLATIONS PER SYSTEM<br />
0.3<br />
0.25<br />
0.2<br />
0.15<br />
0.1<br />
0.05<br />
0<br />
2005 2006 2007 2008 2009 <strong>2010</strong><br />
AVERAGE VIOLATIONS PER SYSTEM<br />
2.5<br />
2<br />
1.5<br />
1<br />
0.5<br />
0<br />
2005 2006 2007 2008 2009<br />
<strong>2010</strong><br />
Source: U.S. Environmental Protection Agency Industry <strong>American</strong> <strong>Water</strong><br />
Corporate responsibility report <strong>2010</strong> 48
perspective on: water management performance<br />
WATER RECLAMATION AND REUSE<br />
<strong>Water</strong> reclamation is the process by which<br />
wastewater is cleaned using biological and<br />
chemical treatment so that the water can<br />
used again for non-potable purposes such<br />
as building maintenance, industrial uses,<br />
toilet flushing and irrigation. In areas where<br />
there are current and projected future<br />
water shortages, water reclamation is an<br />
important way to protect supplies as well as<br />
natural ecosystems from water withdrawal.<br />
<strong>American</strong> <strong>Water</strong> has established a<br />
successful track record of designing,<br />
implementing and operating water reuse<br />
systems across the US. Notable projects<br />
include:<br />
• <strong>Water</strong> and wastewater facilities: The<br />
Anthem, Arizona facility, which serves<br />
10,000 customers, includes a 100<br />
percent water reuse technology. Re-used<br />
water irrigates parks and recharges<br />
aquifers. The Fillmore <strong>Water</strong> Recycling<br />
Plant in California, a state-of-the-art zerodischarge<br />
wastewater treatment plant<br />
currently produces 1 million gallons<br />
of water that meets the standards for<br />
unrestricted reuse irrigation purposes<br />
• Residential buildings: <strong>American</strong> <strong>Water</strong>,<br />
through its Applied <strong>Water</strong> Management<br />
subsidiary, has worked with the Battery<br />
Park City Authority for ten years,<br />
pioneering water recycling programs<br />
in five residential buildings, including<br />
The Solaire, Tribeca Green, Millennium<br />
Towers, The Visionaire and Riverhouse.<br />
These five systems together save<br />
approximately 56 million gallons of water<br />
per year. A combined system for two new<br />
buildings is scheduled for completion<br />
later this year<br />
• Community Developments: Homestead<br />
at Mansfield in New Jersey is a<br />
residential development connected to a<br />
water reuse system that provides up to<br />
250,000 gallons per day of reclaimed<br />
water to irrigate landscaped spaces<br />
• Sports Facilities: Gillette Stadium,<br />
home to the New England Patriots,<br />
has a double piping system that treats<br />
wastewater from the stadium, saving<br />
250,000 gallons of water at every<br />
major event<br />
• Schools: The Copper Hill School<br />
in Raritan Township, NJ, recycles<br />
wastewater from school toilets and<br />
showers, saving the school about<br />
12,000 gallons of wastewater each day<br />
Protecting <strong>Water</strong>sheds and Habitats<br />
The <strong>American</strong> <strong>Water</strong> Environmental Policy<br />
calls on all operations to “sustain the<br />
environment through responsible business<br />
practices” including the protection and<br />
enhancement of biodiversity on the<br />
property that we own. For example,<br />
<strong>American</strong> <strong>Water</strong> implements the<br />
requirements of the Endangered Species<br />
Act at a number of environmentally<br />
sensitive locations. In Odgen Dunes,<br />
Indiana <strong>American</strong> <strong>Water</strong> has sponsored<br />
the planting of wild lupine to enhance the<br />
habitat for the Karner blue butterfly. In<br />
Monterey, California, we are developing<br />
alternative water sources to maintain<br />
minimum stream flows to protect the<br />
red-legged frog. In the Midwest, our water<br />
companies have erected osprey nesting<br />
platforms near waterways as a way of<br />
protecting this endangered species.<br />
Through our Environmental Grants<br />
program, <strong>American</strong> <strong>Water</strong> partners with<br />
local environmental groups to promote<br />
protection and stewardship of watersheds<br />
that impact our service areas.<br />
All environmental grant programs are<br />
implemented in conjunction with state<br />
and local environmental and civic groups.<br />
AMERICAN WATER WASTEWATER REUSE OPERATIONS<br />
This graph illustrates the geographical distribution and capacity of <strong>American</strong> <strong>Water</strong>’s major wastewater treatment operations with reported water reuse<br />
(including <strong>American</strong> <strong>Water</strong> owned and contract operations). <strong>American</strong> <strong>Water</strong> has water reuse operations in ten states (Arizona, California, Connecticut,<br />
Massachusetts, Maryland, North Carolina, New Jersey, New Mexico, New York, Rhode Island), and Canada with a total installed capacity of nearly<br />
21.5 MGD (about 9.1 percent of <strong>American</strong> <strong>Water</strong>'s total wastewater capacity) and an average produced flow of nearly 11.2 MGD. The largest installed<br />
capacity is in Arizona followed by Maryland and California. In total there are more than 80 water reuse operations owned or operated by <strong>American</strong> <strong>Water</strong>.<br />
10<br />
CAPACITY (MGD)<br />
8<br />
6<br />
4<br />
2<br />
0<br />
Capacity (MGD)<br />
Produced (MGD)<br />
AZ<br />
9.65<br />
4.66<br />
CA<br />
2.56<br />
1.59<br />
CT<br />
0.08<br />
0.08<br />
MA<br />
0.51<br />
0.51<br />
MD<br />
4.50<br />
0.10<br />
NC<br />
1.53<br />
1.53<br />
NJ<br />
1.77<br />
1.77<br />
NM<br />
0.26<br />
0.26<br />
NY<br />
0.19<br />
0.19<br />
RI<br />
0.10<br />
0.10<br />
Canada<br />
0.37<br />
0.37<br />
Note: Production for the states of CT, MA, NC, NJ, NM, NY, RI and Canada are estimated based on the total capacity.<br />
Corporate responsibility report <strong>2010</strong> 49
perspective on: water management performance<br />
The assessment of the success of the<br />
program is open to stakeholder review.<br />
For example, the Piasa Creek <strong>Water</strong>shed<br />
Project near Alton, Illinois, represents<br />
a ten-year commitment to reduce<br />
sedimentation in the watershed by using<br />
silt basins, dry dams, stream stabilization,<br />
land acquisition and other watershed<br />
protection techniques. Metrics on the<br />
success of this project are collected and<br />
published by the Great Rivers Land Trust.<br />
Compliance with the Endangered Species<br />
Act is required by submission of data to<br />
state agencies. More detailed information<br />
on the Piasa Creek project can be found<br />
by visiting our Wetlands case study.<br />
More about the <strong>American</strong> <strong>Water</strong> Environmental<br />
Grant program can be found on our<br />
Corporate Responsibility website at<br />
www.amwater.com/corporateresponsibility.<br />
WASTEWATER REUSE APPLICATIONS<br />
This graph illustrates the distribution of different types of reclaimed water utilization across America <strong>Water</strong> operations. The majority of the reclaimed<br />
water is utilized for non-potable applications such as irrigation, aquifer recharge, toilet flushing, industrial process water and cooling water. The<br />
utilization spans domestic, commercial and industrial reuse applications. Currently there is no utilization of reclaimed water for indirect or direct potable<br />
water reuse.<br />
60<br />
50<br />
40<br />
30<br />
20<br />
10<br />
0<br />
57<br />
NUMBER OF PLANTS<br />
26<br />
31<br />
5<br />
8<br />
Aquifer<br />
Recharge<br />
Irrigation<br />
Toilet<br />
Flushwater<br />
EMC (Industrial<br />
Process <strong>Water</strong>)<br />
Cooling<br />
Tower Make-up<br />
Note: There may be multiple types of reclaimed water utilization at one plant.<br />
Another Perspective<br />
“Our Environmental Grant Program<br />
offers funds for innovative, communitybased<br />
environmental projects that<br />
improve, restore or protect the<br />
watersheds, surface water and/or<br />
groundwater supplies in the<br />
communities we serve. The program<br />
launched with a pilot project in<br />
Pennsylvania, resulting in three grant<br />
awards, and has since expanded to<br />
19 states where the company owns<br />
water and wastewater utilities.<br />
“We ask applicants to address a<br />
source water protection need in the<br />
local community or a project that<br />
improves, restores or protects one or<br />
more watersheds. Since its inception,<br />
the Environmental Grant program has<br />
awarded almost $400,000 in grants,<br />
with projects ranging in scope from<br />
watershed cleanups, reforestation<br />
efforts, wellhead protection programs<br />
and water protection education.<br />
“In <strong>2010</strong>, the Yardley Borough<br />
Environmental Advisory Council was<br />
awarded a grant to assist the borough<br />
in establishing a rain garden at the<br />
Orchard Hill basin. The project is<br />
reducing the impact of the residential<br />
development’s stormwater runoff on<br />
the local watershed. The rain garden<br />
is a landscaped area that contains<br />
native plants and vegetation, replacing<br />
lawn areas. It fills with water during<br />
rainstorms and allows the water to<br />
gradually filter into the ground instead of<br />
running off into storm drains.”<br />
Debra Vernon<br />
Manager of Corporate Responsibility<br />
<strong>American</strong> <strong>Water</strong><br />
Corporate responsibility report <strong>2010</strong> 50
perspective on: Environmental Performance<br />
Our business<br />
depends on trust.<br />
Committed to preserving and protecting<br />
Earth’s most precious resource.<br />
Environmental audits<br />
in <strong>2010</strong> cover over<br />
200<br />
treatment plants<br />
The Carmel River in Monterey, California<br />
is home to the red-legged frog and the<br />
steelhead trout.<br />
Reducing our environmental footprint<br />
<strong>American</strong> <strong>Water</strong> is committed to being a steward of the environment. We understand that our operations and<br />
activities have an impact on the environment, and it is our responsibility to minimize these impacts while<br />
providing affordable and reliable water and wastewater products and services to our customers. We have set<br />
aspirational goals related to our environmental performance. These include reducing our carbon footprint and<br />
waste by 50 percent over the long term.<br />
The <strong>American</strong> <strong>Water</strong> Environmental policy applies to all parts of the business for which we have control.<br />
The objective of this policy is to clearly outline the roles and responsibilities of each operating unit to support<br />
this effort.<br />
Corporate responsibility report <strong>2010</strong> 51
perspective on: Environmental Performance<br />
<strong>American</strong> <strong>Water</strong>’s Commitment:<br />
• Ensure compliance with all relevant<br />
environmental laws, regulations and<br />
standards<br />
• Compliance will be monitored and<br />
reported on a regular basis<br />
• Sustain the environment through<br />
responsible business practices which<br />
promote environmental stewardship<br />
with a holistic approach to the<br />
prevention of pollution<br />
• Promote environmental stewardship in<br />
our business offerings, and where our<br />
operations, activities or practices could<br />
impact the environment<br />
• Encourage our partners, suppliers,<br />
agents and contractors to adopt similar<br />
standards<br />
• Discuss our environmental<br />
performance with our stakeholders<br />
• Ensure efficient use of natural<br />
resources, including energy, in both our<br />
operations and during construction<br />
• Work to achieve a high level of energy<br />
efficiency and reduction of greenhouse<br />
gas emissions<br />
• Minimize resource consumption and<br />
waste production in capital projects<br />
and new construction<br />
• Partner with our communities to protect<br />
watersheds, develop sustainable<br />
water resources and promote water<br />
conservation and use efficiency<br />
• Promote recycling, reuse or energy<br />
recovery of wastes<br />
Each operating unit is responsible for<br />
managing its environmental impact<br />
in a systematic way through the<br />
implementation of an Environmental<br />
Management Plan that includes both<br />
regulatory requirements and stewardship<br />
opportunities<br />
environmental stewardship<br />
<strong>American</strong> <strong>Water</strong> complies with numerous<br />
federal and state regulations, developed<br />
under the Safe Drinking <strong>Water</strong> Act, the<br />
Clean <strong>Water</strong> Act, the Clean Air Act and<br />
other federal and state statutes. To ensure<br />
compliance with applicable regulations<br />
and track our environmental stewardship<br />
efforts, we employ an Environmental<br />
Management Plan system in tandem with<br />
an internal environmental audit program.<br />
Environmental Management Plans<br />
Our Environmental Management Plans<br />
outline regulatory requirements and<br />
environmental stewardship opportunities<br />
at each of our facilities. Specifically, these<br />
plans summarize environmental regulations<br />
such as safe drinking water, clean water<br />
and clean air that apply to a particular<br />
facility. These plans are developed at the<br />
system level and include facility-specific<br />
requirements and designation of the<br />
employees responsible for implementation.<br />
Environmental Management Plans are<br />
reviewed quarterly and updated as needed<br />
to include new requirements and changes<br />
in responsibility.<br />
Environmental Audits<br />
Through our internal environmental audit<br />
program we assess our environmental<br />
management plans, procedures and<br />
physical facilities. The audit program also<br />
assesses drinking water and wastewater<br />
services, and is intended to proactively<br />
identify issues and allow us to remediate<br />
them. Our goal is to audit all regulated and<br />
market-based operations at least once<br />
every five years (or more frequently, if<br />
possible). Over the last 3 years, <strong>American</strong><br />
<strong>Water</strong> performed over 100 audits covering<br />
over 350 treatment plants at over 200<br />
drinking water and wastewater systems.<br />
Reducing GHG Emissions<br />
<strong>American</strong> <strong>Water</strong> is committed to lowering<br />
our GHG emissions per volume of water<br />
sold. To accomplish this goal, we plan to<br />
invest significant capital over the next six<br />
years to decrease our GHG intensity by five<br />
to eight percent through a combination of<br />
increasing pump efficiencies, purchasing<br />
cleaner generated energy sources,<br />
reducing our fleet and increasing the use<br />
of onsite solar and other alternative energy<br />
producing methods.<br />
In <strong>2010</strong>, approximately 92 percent of our GHG<br />
emissions were from purchased electricity.<br />
The vast majority of energy utilized by<br />
water companies is consumed to pump<br />
water. At <strong>American</strong> <strong>Water</strong>, our research<br />
indicates that approximately 97 percent of<br />
our electricity consumption and 90 percent<br />
of our GHG emissions are the products of<br />
the water delivery process, which includes<br />
pumping water from its source (ground or<br />
surface water systems) to treatment and<br />
storage facilities and on to customers.<br />
Research has shown that the average<br />
“wire-to-water” efficiency of existing<br />
“in-field” water utility pumps is about 55<br />
percent. New installations are designed<br />
to achieve efficiency ratings of between<br />
76 percent and 82 percent. <strong>American</strong><br />
<strong>Water</strong> sees this as a major opportunity to<br />
decrease its carbon footprint. By replacing<br />
or refurbishing older pumps, our studies<br />
have shown that pump efficiency can<br />
improve by as much as 20 percent.<br />
In <strong>2010</strong>, we implemented a program<br />
to conduct wire-to-water testing at<br />
<strong>American</strong> <strong>Water</strong> locations targeted due to<br />
high energy use. The majority of this testing<br />
was completed in 2009 and <strong>2010</strong>. In 2011,<br />
we will complete the efficiency data analysis<br />
and related capital planning and begin our<br />
capital investment program that will lead<br />
<strong>American</strong> <strong>Water</strong> to a path of greater pump<br />
efficiency. Upon completion of our planning<br />
and data gathering in 2011, we will begin<br />
to implement our pump replacement and<br />
refurbishment plan in late 2011.<br />
<strong>American</strong> <strong>Water</strong> uses a combination of<br />
natural gas, gasoline and diesel fuel in our<br />
operations. Natural gas is primarily used<br />
to heat our office buildings and treatment<br />
facilities. Gasoline and diesel are used in<br />
our fleet vehicles. Diesel is also used in<br />
our emergency generators.<br />
Corporate responsibility report <strong>2010</strong> 52
perspective on: Environmental Performance<br />
TOTAL DIRECT AND INDIRECT GREENHOUSE GAS EMISSIONS<br />
Year<br />
GHGe Total<br />
(Tonnes CO 2<br />
e)<br />
Total Emissions Intensity<br />
(# CO 2<br />
e/MG)<br />
Direct Emissions Intensity<br />
(# CO 2<br />
e/MG)<br />
Indirect Emissions Intensity<br />
(# CO 2<br />
e/MG)<br />
GHGe Intensity<br />
(yr on yr %)<br />
2007<br />
853,676<br />
4.44<br />
0.34<br />
4.10 -<br />
2008<br />
813,805<br />
4.42<br />
0.35<br />
4.07<br />
-0.3%<br />
2009<br />
780,302<br />
4.49<br />
0.37<br />
4.12<br />
1.5%<br />
<strong>2010</strong><br />
800,655<br />
4.48<br />
0.36<br />
4.12<br />
-0.3%<br />
Fleet Efficiency<br />
About 5 percent of <strong>American</strong> <strong>Water</strong>’s GHG<br />
emissions come from our vehicle fleet,<br />
which is used to operate and maintain<br />
our water and wastewater systems.<br />
We continue to work with public utility<br />
commissions in the states in which<br />
we operate to obtain approval for the<br />
increased purchase of high-efficiency,<br />
hybrid and electric vehicles. While our<br />
success has been limited to several of<br />
the more progressive states, we will<br />
continue to push this initiative and expect<br />
to see increased success in the future.<br />
Currently, we have 37 hybrid vehicles and<br />
two natural gas powered vehicles, mainly<br />
in Pennsylvania, but also in New Jersey,<br />
California, Illinois and Iowa. We also<br />
recently initiated a “no idle” policy, which<br />
will decrease total fleet GHG emissions.<br />
Increasing Lighting Efficiency<br />
<strong>American</strong> <strong>Water</strong> has an active program<br />
to ensure that our facilities are operating<br />
with updated, energy efficient lighting<br />
technology. While lighting improvement<br />
projects are a good use of capital dollars,<br />
the impact on our carbon footprint will be<br />
minimal because lighting represents a<br />
small portion of our overall electricity use.<br />
Increasing Our Production<br />
of Green Power<br />
In 2005, <strong>American</strong> <strong>Water</strong> constructed<br />
what was, at the time, the largest groundmounted<br />
solar array east of the Rocky<br />
Mountains in New Jersey. Since then, we<br />
have expanded that system and installed<br />
an additional solar array at an adjacent<br />
facility. In <strong>2010</strong>, these two facilities<br />
generated 864,667 kWh of green power<br />
GREENHOUSE GAS EMISSIONS BY TYPE<br />
GHGe INTENSITY (#C0 2 e/KGAL SALES)<br />
5.0<br />
4.5<br />
4.0<br />
3.5<br />
3.0<br />
2.5<br />
2.0<br />
1.5<br />
1.0<br />
0.5<br />
0.0<br />
2007<br />
Generators & Heating<br />
Vehicles<br />
and saved approximately one million<br />
pounds of CO 2<br />
emissions from being<br />
released.<br />
<strong>American</strong> <strong>Water</strong> is due to complete two<br />
capital projects in 2011 that will expand<br />
our solar capacity by approximately 240<br />
kW. In addition, <strong>American</strong> <strong>Water</strong> has plans<br />
to expand our solar capacity in 2012 and<br />
2013 by almost 2 megawatts (MW).<br />
To produce additional green power, we<br />
commissioned solar site surveys at 13<br />
<strong>American</strong> <strong>Water</strong> facilities across New<br />
Jersey. The surveys found numerous<br />
promising sites at which we will pursue the<br />
installation of solar photovoltaic systems<br />
2008 2009 <strong>2010</strong><br />
Electricity<br />
in order to meet our goal. We are also<br />
exploring the generation of bio-fuels and<br />
bio-energy at our wastewater treatment<br />
plants to convert the incoming organic<br />
waste into less carbon-intensive<br />
green energy.<br />
Corporate responsibility report <strong>2010</strong> 53
perspective on: Environmental Performance<br />
SOLAR ARRAY ENERGY PRODUCTION<br />
Solar Array <strong>2010</strong> 2009<br />
Electricity generated 864,667 kWh 818,000 kWh<br />
Increasing Our Purchase of Green<br />
Energy and Carbon Credits<br />
<strong>American</strong> <strong>Water</strong> has been a purchaser of<br />
green power for some years. One hundred<br />
percent of the 1,400,000 kWh of energy<br />
used annually at our Yardley, Pennsylvania<br />
plant comes from wind power. In 2009,<br />
this green wind energy supply saved 1.6<br />
million pounds of CO 2<br />
emissions from<br />
being released into the atmosphere.<br />
The following metrics are based on<br />
renewable energy used by <strong>American</strong><br />
<strong>Water</strong>’s regulated businesses only. The<br />
solar energy usage is based on the<br />
electricity output of <strong>American</strong> <strong>Water</strong>’s solar<br />
generation. One hundred percent of the<br />
electricity produced by our solar generation<br />
is consumed by company facilities. The<br />
wind energy is purchased from a thirdparty<br />
vendor and is consumed at our water<br />
treatment plant in Yardley, Pennsylvania.<br />
RENEWABLE ELECTRIC GENERATION CONSUMED<br />
<strong>2010</strong> 2009<br />
Wind 1,406,208 kWh 1,375,104 kWh<br />
Solar 864,667 kWh 861,989 kWh<br />
Recycled Material<br />
A large number of products purchased<br />
by <strong>American</strong> <strong>Water</strong> are produced utilizing<br />
recycled materials. With respect to<br />
infrastructural items, all iron castings,<br />
whether ductile or other, are manufactured<br />
by melting ferrous scrap mixes, depending<br />
on availability and pricing. Such items<br />
would include ductile iron pipe and fittings,<br />
hydrants, valve bodies, curb and valve box<br />
castings, iron lids, etc. For our regulated<br />
business, buried infrastructure materials<br />
produced from recycled material accounted<br />
for 76 percent of the buried infrastructure<br />
purchases in <strong>2010</strong>.<br />
A number of treatment chemicals also<br />
utilize recycled material in their production.<br />
These would include the ferrous and<br />
ferric salts (ferric sulfate and ferric<br />
chloride) which are manufactured using<br />
ferrous scrap. The remaining chemicals<br />
are produced using virgin materials. For<br />
<strong>2010</strong>, treatment chemicals produced<br />
from recycled material and used by<br />
our regulated business, accounted for<br />
11 percent of the treatment chemical<br />
purchases across <strong>American</strong> <strong>Water</strong>.<br />
Corporate responsibility report <strong>2010</strong> 54
perspective on: Workplace Performance<br />
Our A dynamic business team more<br />
than depends 7,000 strong.<br />
trust.<br />
In <strong>2010</strong>, we introduced<br />
Healthy Solutions,<br />
a program to help improve<br />
health among employees<br />
and their families<br />
Our employees are our greatest asset and<br />
we depend on them to keep the water flowing<br />
each and every day.<br />
Investing in our people<br />
Every week, over 7,300 <strong>American</strong> <strong>Water</strong> employees interact with a portion of the 15 million customers that<br />
we serve. And behind the scenes, hundreds more are committed to making those interactions as positive<br />
as possible.<br />
Our employees are our most valuable resource—critical to our mission of providing safe, reliable water and<br />
wastewater services to the communities where we do business. They are our ambassadors, representing us<br />
in all states and provinces where we operate and the innovators who are helping us to achieve our vision of a<br />
sustainable water future.<br />
To meet our future goals, it is vital that we continue to invest in our people. That begins by building a culture<br />
of respect so that all people can perform to their potential. We have increased our focus on employee’s<br />
professional development and education, and are also providing the resources needed for employees to make<br />
good decisions about their health, safety and wellness.<br />
Corporate responsibility report <strong>2010</strong> 55
perspective on: Workplace Performance<br />
EMPLOYEE ENGAGEMENT AND DEVELOPMENT<br />
It is more important than ever to invest in<br />
our employees, strengthen their technical<br />
and leadership skills, and recognize<br />
them for delivering results that cultivate<br />
success. Our professional development<br />
program includes unlimited access to<br />
seminars produced by a leading continuing<br />
education center and its divisions. We<br />
offer employees access to more than<br />
11,000 seminars at more than 350<br />
locations and online training resources<br />
such as articles, job aids, video and audio<br />
conferences. <strong>American</strong> <strong>Water</strong> also provides<br />
a tuition reimbursement program to<br />
prepare employees to further their career<br />
development for current job responsibilities<br />
or to prepare for new assignments. We<br />
also provide financial assistance for<br />
undergraduate and graduate education.<br />
Additionally, <strong>American</strong> <strong>Water</strong> provides<br />
diversity, ethics, sexual harassment<br />
and employee orientation training.<br />
Employees also participate in operator<br />
licensing training to maintain certification<br />
appropriate to their job responsibilities.<br />
Of our approximate 7,000 employees, 3,700, or about 49 percent of our total<br />
workforce, are unionized and represented by 18 different unions. We have 84<br />
collective bargaining agreements in place with 18 different unions representing our<br />
unionized employees.<br />
TOTAL WORKFORCE BY EMPLOYMENT TYPE, EMPLOYMENT CONTRACT AND REGION<br />
Market-based<br />
Number of Employees<br />
Full Time 703<br />
Part Time 53<br />
Total 756<br />
Regulated<br />
Number of Employees<br />
Full Time 6,532<br />
Part Time 57<br />
Total 6,589<br />
All <strong>American</strong> <strong>Water</strong><br />
Number of Employees<br />
Full Time 7,<strong>23</strong>5<br />
Part Time 110<br />
Total 7,345<br />
The Leadership Challenge<br />
Last year, <strong>American</strong> <strong>Water</strong> established<br />
and rolled out the Leadership Challenge<br />
program, a two-day workshop based on<br />
the practices and behaviors of exceptional<br />
leaders. During the workshop, participants<br />
are given extensive feedback on their<br />
current leadership practices, and then<br />
compare this feedback to the practices<br />
of successful leaders. Designed for all<br />
levels of management, the workshop<br />
uses fast-paced, experiential exercises<br />
so that participants can learn about their<br />
strengths as a leader and how to enhance<br />
their abilities.<br />
The curriculum is based on the Five<br />
Practices of Exemplary Leadership:<br />
• Model the Way<br />
• Inspire a Shared Vision<br />
• Challenge the Process<br />
• Enable Others to Act<br />
• Encourage the Heart<br />
In <strong>2010</strong>, 450 employees took part in<br />
30 different workshops. Feedback from<br />
participants was very positive and we will<br />
be expanding the program over time.<br />
Performance Management<br />
Over the last two years we have enhanced<br />
our performance and development<br />
management processes, creating<br />
stronger performance development<br />
reviews and guidance, and more accurate<br />
assessments.<br />
Based on feedback from our employees<br />
indicating a desire for a more aligned<br />
process, we recently merged our<br />
Performance Review with our Professional<br />
Development Review to better integrate<br />
how we consider past performance and<br />
make decisions about future investments<br />
in employee development.<br />
Corporate responsibility report <strong>2010</strong> 56
perspective on: Workplace Performance<br />
Our current performance review<br />
systems are manually driven, making<br />
statistics difficult to acquire. However,<br />
we do perform “spot check” audits<br />
and are confident that 90% or more of<br />
our 4,200 non-represented employees<br />
received an annual performance and<br />
development review in <strong>2010</strong>. This<br />
represents 57% of our total workforce<br />
of over 7,000 employees. Our new<br />
systems, which we are currently<br />
implementing, will improve our ability<br />
to track this information for 2011<br />
and beyond.<br />
The goal of our Performance Review<br />
process is to provide our employees with<br />
the necessary direction and development<br />
guidance to ensure that they are<br />
successful. <strong>American</strong> <strong>Water</strong>’s expectation<br />
is that all non-exempt employees receive<br />
annual performance and development<br />
reviews. Collective bargaining agreements<br />
prevent <strong>American</strong> <strong>Water</strong> from conducting<br />
performance appraisals for union<br />
employees.<br />
We are in the process of establishing<br />
a comprehensive software tool that will<br />
allow us to further improve our process<br />
of setting employee targets and goals,<br />
reviewing achievement of those targets<br />
and goals, understanding the skills<br />
and capabilities of our employees, and<br />
making decisions on investments in<br />
new capabilities and skills. The tool will<br />
also enhance our succession planning<br />
capability, compensation review and talent<br />
management.<br />
Benefits and Compensation<br />
<strong>American</strong> <strong>Water</strong> strives to provide a<br />
competitive pay package that reinforces<br />
desired performance and attracts and<br />
retains the best people. The overall<br />
objective of the salary administration<br />
program is to compensate employees who<br />
contribute to the business goals of the<br />
company. Effective management of the<br />
compensation and salary administration<br />
programs is critical to our success.<br />
<strong>American</strong> <strong>Water</strong> pays salaries that are<br />
competitive with comparable organizations<br />
for positions of similar responsibilities. Our<br />
pay programs are designed to:<br />
• provide a framework for assigning<br />
positions to salary levels on a fair and<br />
consistent basis<br />
• establish and maintain salary ranges<br />
that are competitive in the marketplace<br />
• ensure that each salary decision<br />
is based on an assessment of an<br />
employee’s performance<br />
• support the company’s planning and<br />
budgeting process<br />
• ensure that salary related decisions are<br />
equitable, consistent and made without<br />
regard to race, religion, color, age,<br />
handicap, gender, national origin, sexual<br />
orientation or other protected categories<br />
In addition, we allocate a proportion of<br />
the funds available for salary increases<br />
specifically to addressing pay for<br />
performance. We discuss the distribution<br />
of these funds with the management<br />
representative body and follow clear<br />
guidelines to ensure they are allocated<br />
fairly and consistently.<br />
<strong>American</strong> <strong>Water</strong>’s compensation program<br />
is designed to align our business strategy,<br />
values and management objectives, and<br />
reinforce a performance culture. The<br />
company targets total cash compensation<br />
at the 50 th percentile of the market<br />
with greater earning opportunities for<br />
exceptional performance. Our philosophy<br />
is to pay for performance, rewarding<br />
employees in a manner commensurate<br />
with their individual contribution to meeting<br />
overall corporate goals.<br />
<strong>American</strong> <strong>Water</strong> offers a competitive<br />
benefits package including medical and<br />
dental care, vision care, life insurance,<br />
401(k) savings plan, wellness and tuition<br />
assistance. In addition, the company<br />
offers health care and dependent care<br />
spending accounts, which allow employees<br />
to set aside pre-tax dollars to pay for<br />
eligible medical and dependent care<br />
services.<br />
<strong>American</strong> <strong>Water</strong> believes in sharing our<br />
success with those who make it possible.<br />
In 2009, we launched the <strong>American</strong> <strong>Water</strong><br />
Employee Stock Purchase Plan (ESPP).<br />
The ESPP gives full- and part-time, nonunion<br />
employees the chance to purchase<br />
common shares of <strong>American</strong> <strong>Water</strong> (AWK)<br />
stock at a 10 percent discount off the New<br />
York Stock Exchange (NYSE) price, through<br />
after-tax payroll deductions.<br />
Health, Wellness and Counseling<br />
<strong>American</strong> <strong>Water</strong> employees and their<br />
families benefit from our Employee<br />
Assistance Program, which offers a<br />
number of confidential, free resources<br />
to support employees facing everyday<br />
challenges or major life changes. The<br />
program’s counseling service provides<br />
professional, credentialed counselors via<br />
face-to-face or phone consultations to<br />
employees and their families in areas such<br />
as parenting and marital relationships;<br />
alcohol or drug addictions; and depression<br />
or grief. Online assistance is also available<br />
24 hours a day, seven days a week, and<br />
can be accessed from home or work.<br />
Through MY LIFE RESOURCE ONLINE,<br />
employees and their dependents have<br />
a comprehensive source of information<br />
and tools for life management skills<br />
including wellness programs for quitting<br />
smoking and weight management, national<br />
databases for colleges, distance learning<br />
centers, child and elder care facilities and<br />
attorneys and programs to create wills and<br />
trust documents.<br />
In <strong>2010</strong>, <strong>American</strong> <strong>Water</strong> also introduced<br />
Healthy Solutions, a new benefit that<br />
helps employees and their families to<br />
maintain and improve their health. Available<br />
through the company’s new wellness<br />
Corporate responsibility report <strong>2010</strong> 57
perspective on: Workplace Performance<br />
website, Healthy Solutions provides health<br />
assessments, wellness challenges,<br />
health information, seminars, coaching<br />
and chronic condition management.<br />
Since its launch, 51 percent of<br />
<strong>American</strong> <strong>Water</strong>’s employees have logged<br />
on to the Healthy Solutions website,<br />
participated in activities, and earned<br />
wellness credits.<br />
Diversity and Inclusion<br />
At <strong>American</strong> <strong>Water</strong>, we do not condone<br />
unlawful discrimination and expect our<br />
employees to treat their colleagues with<br />
respect and integrity. We comply with<br />
all laws providing equal opportunity to<br />
persons without regard to race, color,<br />
religion, gender, sexual orientation, age,<br />
national origin, disability, military status,<br />
veteran status, marital status, citizenship<br />
status or any other protected category<br />
under all applicable law.<br />
As part of our desire to be an “employer of<br />
choice,” we strive to create a performancedriven<br />
culture where our employees can<br />
meet their potential at all levels. We hold<br />
<strong>American</strong> <strong>Water</strong> leaders accountable for<br />
achieving key diversity and inclusion work<br />
environments, and we judge not only<br />
an individual manager’s performance<br />
but also divisional and overall corporate<br />
performance, including any diversity<br />
objectives.<br />
In 2009, a mandatory diversity<br />
awareness training course was<br />
provided to <strong>American</strong> <strong>Water</strong> leaders<br />
to help them to better understand the<br />
business case for improved workforce<br />
diversity. We ran workshops for over<br />
150 senior leaders from all facilities to<br />
promote inclusive behavior.<br />
In <strong>2010</strong>, we continued to support this<br />
effort by providing diversity training on a<br />
“by request” or an “as needed” basis.<br />
Diversity training was provided as part<br />
of the Affirmative Action Plan overview<br />
training at Pennsylvania <strong>American</strong> <strong>Water</strong>,<br />
one of our regulated state subsidiaries.<br />
And company-wide, we continue to<br />
incorporate diversity training into our new<br />
employee orientation program.<br />
Our diversity and inclusion strategy<br />
focuses on improving gender and<br />
cultural diversity at all levels of the<br />
company. Nationally, women comprise<br />
28 percent of the total workforce and<br />
<strong>23</strong> percent of management. Three of<br />
the company’s eight board members are<br />
women, and there are five women on the<br />
twelve-member executive management<br />
team. Company-wide, ethnically diverse<br />
employees represent 17 percent of<br />
the total workforce, and 9 percent of<br />
management.<br />
Employee Turnover<br />
Over the years, <strong>American</strong> <strong>Water</strong> has<br />
leveraged our employee development<br />
programs, benefits and culture into a<br />
strong rate of employee retention. In 2009<br />
and <strong>2010</strong> we retained over 90 percent of<br />
our workforce.<br />
TOTAL NUMBER AND RATE OF EMPLOYEE TURNOVER BY AGE GROUP, GENDER AND REGION<br />
Market-based<br />
Number of Employees<br />
Percentage<br />
Male 154 80%<br />
Female 39 20%<br />
Total 193<br />
Breakdown by Age<br />
50 81 42%<br />
Regulated<br />
Number of Employees<br />
Percentage<br />
Male 309 57%<br />
Female <strong>23</strong>3 43%<br />
Total 542<br />
Breakdown by Age<br />
50 225 42%<br />
continued All <strong>American</strong> on the <strong>Water</strong> next page<br />
Number of Employees<br />
Percentage<br />
Corporate Male responsibility report <strong>2010</strong> 463 63%<br />
58<br />
Female 272 37%
Total 542<br />
Breakdown by Age<br />
50 225 42%<br />
All <strong>American</strong> <strong>Water</strong><br />
Number of Employees<br />
Percentage<br />
Male 463 63%<br />
Female 272 37%<br />
Total 735<br />
Breakdown by Age<br />
50 306 42%<br />
EMPLOYEE health and safety<br />
<strong>American</strong> <strong>Water</strong> recognizes the importance<br />
of health and safety as integral to our<br />
operations. We strive to provide a safe<br />
workplace for our employees and we hold<br />
our employees accountable for safety.<br />
Our health and safety programs, based<br />
on the goal of continuous improvement,<br />
are a sound investment protecting our<br />
employees, our customers and the public.<br />
Our comprehensive health and safety<br />
policy and practices are geared toward<br />
the prevention of workplace incidents and<br />
compliance with applicable regulations.<br />
Our safety programs have a number of<br />
elements and are developed in accordance<br />
with our Health and Safety Policy to address<br />
specific issues and needs within each<br />
operation. Our employees participate in<br />
ongoing operational safety education,<br />
including courses on such topics as<br />
defensive driving, work zone safety,<br />
hazardous chemical handling, confined<br />
space entry and fall protection, among<br />
many others.<br />
Safety programs and procedures developed<br />
under this policy include:<br />
• Supporting practices that are developed,<br />
reviewed and updated to provide guidance<br />
on safe performance of activities in the<br />
workplace and are reflective of changes in<br />
organizational, operational and regulatory<br />
needs<br />
• Strategy and priority development and<br />
implementation of safety improvements<br />
based on risk analysis of work places,<br />
work tasks and related potential injuries<br />
and incidents<br />
• Development of and measurement<br />
against, specific company safety<br />
performance targets and safety<br />
accountabilities for employees at all<br />
levels of the organization<br />
• Ongoing assessment and review of<br />
processes, activities and supporting<br />
safety programs to gauge effectiveness<br />
and identify opportunities for continued<br />
improvement<br />
• Consistency of implementation and<br />
compliance with Company and regulatory<br />
requirements<br />
• Defined and monitored contractor<br />
qualifications and requirements for safety<br />
performance in accordance with approved<br />
contract documents, applicable laws and<br />
regulations<br />
Health and safety topics defined in our<br />
collective agreements typically focus on<br />
safety-related issues within daily work<br />
environments. Health-related topics are<br />
typically not identified specifically in our<br />
collective agreements. However, this<br />
subject could be discussed in formal<br />
Safety Committee meetings. Some of our<br />
collective agreements define the scope and<br />
membership of those committees.<br />
Our safety performance continues to<br />
improve year over year. In <strong>2010</strong>, our OSHA<br />
Recordable Injury rate (ORIR), which is a<br />
standard measure of occupational injuries<br />
and illnesses, improved by nearly 10<br />
percent over 2009. While <strong>American</strong> <strong>Water</strong>’s<br />
safety performance outperforms the<br />
industry average, as reported by the Bureau<br />
of Labor Statistics, our goal is to continue<br />
preventive efforts and programs that will<br />
continue to drive down the numbers of<br />
work-related injuries that our employees<br />
experience.<br />
Training for Workplace Safety<br />
A key component of our health and safety<br />
program involves the training of our<br />
employees. Well-trained employees who are<br />
familiar with potential hazards on<br />
the job and have knowledge of the<br />
protective measures and techniques<br />
that must be used in executing their<br />
tasks are a cornerstone of our injury<br />
prevention efforts.<br />
<strong>American</strong> <strong>Water</strong>’s health and safety training<br />
programs are based on extensive company<br />
practices and regulatory requirements as<br />
they apply to the work we perform. Each<br />
year, employees receive training delivered<br />
through many different vehicles. These<br />
include traditional classroom training,<br />
practical or “on the job” training, frequent,<br />
weekly informal meetings and outside<br />
vendor-provided training on specific<br />
applications or equipment.<br />
<strong>American</strong> <strong>Water</strong> has dedicated health<br />
and safety trainers who deliver much of<br />
this content to our employees each year.<br />
We also revise and develop new training<br />
programs on a continuous basis to reflect<br />
changes in the workplace or regulatory<br />
requirements. Per our database, in <strong>2010</strong><br />
a total of 4,0<strong>23</strong> employees received ORM/<br />
safety training for a total of 26,762.25<br />
training hours, or an average of 6.7 hours<br />
per employee.<br />
Corporate responsibility report <strong>2010</strong> 59
perspective on: our customers<br />
Our Meeting business customers’<br />
needs depends around on the trust. clock.<br />
For <strong>2010</strong>, we distributed<br />
3.34 MILLION<br />
water quality reports<br />
to our customers<br />
A field service representative talks to a<br />
customer about ways to conserve water.<br />
communicating with OUR CUSTOMERS<br />
Our customers’ lifestyles and desires are evolving, but one fundamental remains constant. Our customers<br />
expect us to provide them with safe, clean and reliable drinking water. <strong>American</strong> <strong>Water</strong> is committed to<br />
meeting this fundamental need, and also to engaging with our customers to maintain strong relationships<br />
and work together toward a long-term sustainable water future.<br />
<strong>American</strong> <strong>Water</strong> is committed to providing communications to our customers that inform them about the<br />
quality of their water supply, the improvements to the water system infrastructure, and the availability of<br />
programs to help our customers manage their water use and costs. Our communications practices adhere<br />
to laws and regulations that govern our business, including consumer protection and privacy. In addition, our<br />
Code of Ethics governs marketing and communications to ensure customers receive accurate information on<br />
their water services. In <strong>2010</strong>, we had no incidents of non-compliance with regulations and voluntary codes<br />
concerning our customer communications.<br />
Corporate responsibility report <strong>2010</strong> 60
perspective on: our customers<br />
<strong>American</strong> <strong>Water</strong> provides detailed solutions<br />
for customers to conserve water and<br />
lower their bill every month. Our customer<br />
outreach materials include:<br />
• Leak detection kits - When customers<br />
are concerned about a water leak, we<br />
direct them to leak detection information<br />
on our web site. If customers are not<br />
able to access our web site, we send<br />
them a leak detection kit.<br />
• “How-to” fact sheets - We provide<br />
important information to customers<br />
about their water and wastewater<br />
rates, how the water cycle works, and<br />
other questions related to water quality<br />
standards.<br />
• Bill inserts - Our bill inserts provide<br />
customers with information on payment<br />
options, water and wastewater rates,<br />
low-income assistance programs,<br />
maintenance schedules and water<br />
efficiency.<br />
<strong>American</strong> <strong>Water</strong> provides Consumer<br />
Confidence <strong>Report</strong>s on an annual basis to<br />
all our regulated customers to comply with<br />
state and EPA regulations. These reports<br />
describe water quality, and local water<br />
resources, and raise awareness of the<br />
need to protect drinking water supplies.<br />
In <strong>2010</strong>, we distributed 3.34 million<br />
reports to our customers. The reports<br />
were posted on our corporate website, and<br />
customers can also search our website for<br />
water quality results for their area.<br />
Our regulated business also distributes<br />
billing notices for water and wastewater<br />
service to residential, commercial<br />
and industrial customers. In <strong>2010</strong>,<br />
<strong>American</strong> <strong>Water</strong> mailed over 34 million<br />
service bills, which provide information<br />
on customers’ water and wastewater<br />
service usage. <strong>American</strong> <strong>Water</strong> received<br />
3,428 formal or informal complaints to the<br />
various state public utility commissions,<br />
or less than one percent (0.010) of<br />
the total bills sent. Of these, 956 were<br />
collections complaints (typically the<br />
customer is delinquent on their bill), 1,<strong>23</strong>4<br />
billing complaints (typically the customer<br />
does not agree with the usage and/or<br />
the amount of the bill), and 1,<strong>23</strong>8 other<br />
complaints, which are typically servicerelated.<br />
These can include field service<br />
issues, water quality issues, concerns<br />
about sewer owned and managed<br />
contracts, and water loss control,<br />
among others.<br />
<strong>American</strong> <strong>Water</strong> Resources, a segment<br />
of <strong>American</strong> <strong>Water</strong>’s market-based<br />
operations, provides residential,<br />
commercial and municipal customers with<br />
service line protection programs. In <strong>2010</strong>,<br />
the total number of formal complaints<br />
received comprised less than one percent<br />
(0.25 percent) of all claims processed. Of<br />
these, the number of customer complaints<br />
in <strong>2010</strong> that were forwarded to public<br />
utility commissions in the states where the<br />
company operates was also less than one<br />
percent (0.10 percent) of all the claims<br />
processed.<br />
Currently, we do not have a means of<br />
tracking response times across our<br />
various state subsidiaries, however, we<br />
do measure overall customer service<br />
satisfaction.<br />
In <strong>2010</strong>, the <strong>American</strong> <strong>Water</strong> Call Center handled approximately 4.3 million<br />
calls and achieved first-contact resolution approximately 82 percent of the time.<br />
Corporate responsibility report <strong>2010</strong> 61
perspective on: Supply Chain Performance<br />
Our Creating business partnerships<br />
depends based on trust. on trust.<br />
We are committed to<br />
diversity<br />
in our choice of suppliers<br />
Virginia <strong>American</strong> <strong>Water</strong> team members<br />
A responsible approach to the supply chain<br />
<strong>American</strong> <strong>Water</strong> is committed to environmental performance and responsible business practices in all its<br />
endeavors and applies this practice in every part of the water and wastewater utility supply chain. We have<br />
several practices to manage the ethical, social and environmental impacts of our suppliers.<br />
We are also committed to working with supplier companies that are owned by minorities and women. Our<br />
supply chain managers work with business leaders, trade associations and community-based organizations<br />
that represent the interests of diverse businesses.<br />
Corporate responsibility report <strong>2010</strong> 62
perspective on: Supply Chain Performance<br />
STRATEGIC SOURCING AND SUPPLIER GUIDELINES<br />
<strong>American</strong> <strong>Water</strong> has implemented a<br />
strategic sourcing process in working<br />
with any potential supplier. As part of this<br />
process, we assess what stakeholders<br />
will be affected, if minority suppliers<br />
exist for the product/service, and if the<br />
supplier meets other <strong>American</strong> <strong>Water</strong><br />
requirements.<br />
Human Rights Screening<br />
We are committed to supporting human<br />
rights and we strive to create an<br />
environment of respect, integrity and<br />
fairness for our employees and customers<br />
in all our business locations. We expect<br />
that all our business partners will operate<br />
in the same manner. We inquire within our<br />
RFP process whether our suppliers have a<br />
corporate responsibility policy or program<br />
and ask in particular whether they have<br />
received notice of any violations related to<br />
the environment, labor, health and safety,<br />
or other matters from any government or<br />
governmental agency in the past seven<br />
years. If the suppliers’ response includes<br />
any violations we further inquire as to the<br />
extent of the violation and make a decision<br />
as to whether we will proceed with that<br />
specific supplier. In <strong>2010</strong>, no suppliers<br />
reported any violations related to human<br />
rights violations.<br />
purchasing policies<br />
<strong>American</strong> <strong>Water</strong>’s Procurement Policy<br />
provides a process for the procurement<br />
of products and services through the<br />
use of professional purchasing and<br />
contracting practices. The process<br />
aims for administrative efficiencies and<br />
effective management of the consolidated<br />
purchasing power of the company to<br />
provide products and services at the<br />
best value.<br />
supplier diversity<br />
<strong>American</strong> <strong>Water</strong> strives to identify and<br />
include diverse suppliers (women,<br />
minority, disabled veterans and<br />
small business enterprises) from the<br />
communities we serve when soliciting bids<br />
for products and services. Our Supplier<br />
Diversity Policy guides each functional<br />
area of <strong>American</strong> <strong>Water</strong> to ensure that<br />
qualified diverse suppliers are given an<br />
equal opportunity.<br />
Our Supply Chain employees belong to<br />
organizations and committees devoted to<br />
enhancing diverse supplier opportunities<br />
within the water industry. In addition, our<br />
Supply Chain team attends networking<br />
events designed to connect our needs<br />
with the products and services offered by<br />
diverse suppliers. Every bid solicitation<br />
involves a comprehensive search for<br />
qualified diverse suppliers to include,<br />
and if competitive, to award business.<br />
Expanding the diversity of our supplier pool<br />
to reflect the communities we serve allows<br />
<strong>American</strong> <strong>Water</strong> to better understand<br />
customers’ needs in these markets.<br />
Corporate responsibility report <strong>2010</strong> 63
CASE STUDIES<br />
Our business<br />
depends on trust.<br />
Applying our experience and<br />
expertise to a variety of projects.<br />
Meeting the<br />
UNIQUE NEEDS<br />
of the customers and<br />
communities we serve<br />
Kevin Kruchinski, Kentucky <strong>American</strong> <strong>Water</strong><br />
Community partnerships<br />
The following case studies help to illustrate some of the specific local challenges that <strong>American</strong> <strong>Water</strong> has<br />
worked to address in partnership with community stakeholders. They illustrate how we are tackling some<br />
of the urgent need to replace aging infrastructure, invest in more efficient use of increasingly scarce water<br />
resources, and understand long-term community needs for water and wastewater management.<br />
Corporate responsibility report <strong>2010</strong> 64
CASE STUDIES<br />
The Fillmore <strong>Water</strong> Recycling Plant<br />
<strong>Water</strong> recycled at the Fillmore <strong>Water</strong> Recycling<br />
Plant irrigates schools, landscape, city parks<br />
and green areas throughout Fillmore.<br />
In response to the need to dramatically<br />
improve the quality of treated wastewater<br />
discharges into the Santa Clara River, the<br />
city of Fillmore, California, contracted with<br />
<strong>American</strong> <strong>Water</strong> to build a new, state-ofthe-art<br />
water recycling plant that would<br />
end the practice of river discharges and<br />
enable development of a full-scale water<br />
reuse system to benefit many areas of<br />
the town.<br />
The result is a facility that meets the<br />
stringent requirements of federal and<br />
state regulations as a zero-discharge<br />
facility and recycling program for irrigation<br />
and groundwater recharge.<br />
The plant’s current irrigation system<br />
provides 200,000 gallons per day to<br />
two public schools, the Two Rivers Park<br />
and other green areas in Fillmore. About<br />
800,000 gallons per day are discharged<br />
to percolation ponds and an underground<br />
effluent disposal system that provides<br />
groundwater recharge. The irrigation<br />
system has reduced the use of potable<br />
water sufficiently enough to allow the<br />
city to postpone drilling a new well and<br />
has helped preserve its limited supply of<br />
quality potable water.<br />
In <strong>2010</strong>, <strong>American</strong> <strong>Water</strong> was<br />
recognized for designing, building and<br />
operating the Fillmore <strong>Water</strong> Recycling<br />
Plant with a Project Merit award in the<br />
<strong>2010</strong> Environmental Business Journal<br />
Business Achievement Awards.<br />
Central Kentucky <strong>Water</strong> Supply Solution<br />
The plant was constructed to be able to produce<br />
up to 20 million gallons of water each day.<br />
In a region already impacted by drought,<br />
Kentucky <strong>American</strong> <strong>Water</strong> has developed an<br />
innovative solution to address current and<br />
future water needs. In Central Kentucky,<br />
serious droughts in 1999 and more<br />
recently in 2007 led to restricted water<br />
use by customers for extended periods.<br />
Future projections indicated that by 2030,<br />
demand for water will outpace the region’s<br />
uncertain supply.<br />
In order to address the water challenges<br />
of Central Kentucky, we explored more<br />
than 40 infrastructure and environmental<br />
plans before selecting the best option. Our<br />
resulting project plan was to design, build<br />
and now operate a water treatment plant,<br />
water storage tank, booster pump station<br />
and 31-mile pipeline. The Kentucky Public<br />
Service Commission identified the<br />
project as the most effective and timely<br />
solution to supply issues facing Central<br />
Kentucky.<br />
In <strong>2010</strong>, only two years after breaking<br />
ground, the project became fully operational.<br />
The new 20-million-gallon-per-day water<br />
treatment plant is designed to treat surface<br />
water drawn from the Kentucky River.<br />
Once treated, the water continues through<br />
the pipeline to the booster pump station<br />
and then reaches our existing distribution<br />
system in Lexington. Kentucky <strong>American</strong><br />
<strong>Water</strong>’s environmental management<br />
plan ensured a sensitive approach to<br />
construction, avoiding any blasting by<br />
trenching under the North Elkhorn Creek<br />
to minimize impact.<br />
White Tanks Mountains <strong>Water</strong> Treatment Facility<br />
White Tanks Regional <strong>Water</strong> Treatment Facility<br />
saves 3 billion gallons of groundwater per year.<br />
For decades, residents and businesses in<br />
the greater Phoenix, Arizona, region had<br />
relied on ground wells for most of their<br />
water needs. This overdependence on<br />
groundwater has led to a steady depletion<br />
of the area’s local aquifers, negatively<br />
impacting the local ecosystem and<br />
potentially introducing new water costs<br />
to the area’s residents. A new solution<br />
was needed in order to assure long-term,<br />
reliable water as well as to meet the local<br />
area’s goal of groundwater “safe yield”<br />
by 2025. Safe yield is achieved when<br />
groundwater is pumped at the same rate<br />
that it is naturally replenished.<br />
With a goal of developing an<br />
environmentally sustainable solution to<br />
the area’s water needs, regional water<br />
Corporate responsibility report <strong>2010</strong> 65
CASE STUDIES<br />
providers and local government leaders<br />
worked together in 2001 to develop a plan<br />
to reduce the need to pump groundwater<br />
by making greater use of Central Arizona<br />
Project (CAP) surface water. The CAP, a<br />
336-mile canal which carries Colorado River<br />
water, is renewed each year from rain and<br />
snowfall in the Rocky Mountains.<br />
As a result of the 2001 planning process,<br />
Arizona <strong>American</strong> <strong>Water</strong> began the design,<br />
permitting and construction of the White<br />
Tanks Regional <strong>Water</strong> Treatment facility in<br />
2002. We started construction in 2007 and<br />
began delivering water to the community in<br />
2009. Using CAP surface water, the facility<br />
enables more than three billion gallons of<br />
water to remain in the ground each year.<br />
With future expansions, it could save<br />
almost 18 billion of groundwater annually.<br />
This treatment plant is a significant step<br />
in achieving the area’s long-term goal of a<br />
sustainable water strategy.<br />
The Blendville <strong>Water</strong> Treatment Plant<br />
Construction of the building foundation that will<br />
house the ultraviolet disinfection system.<br />
Missouri <strong>American</strong> <strong>Water</strong> improved and<br />
expanded its Blendville <strong>Water</strong> Treatment<br />
Plant to meet water quality regulations and<br />
the growing demands of residents within<br />
the Joplin, Missouri, water system.<br />
The plant rehabilitation not only addressed<br />
the outdated and worn equipment that had<br />
outlived its useful life, but also responded<br />
to growing capacity issues. Demand had<br />
been found to be increasing by 2.3 percent<br />
annually.<br />
Expanded from 16 million-gallons-perday<br />
(mgd) to 21.5 mgd, the rehabilitated<br />
Blendville plant ensures reliable water<br />
service for the region. Plant improvements<br />
include on-site hypochlorite generation,<br />
eliminating the need for gas chlorine<br />
storage and delivery—a major safety<br />
benefit since the plant is located near a<br />
residential neighborhood in the middle of<br />
the Blendville community.<br />
The Blendville plant is the first plant in<br />
Missouri to use ultraviolet disinfection<br />
for drinking water, a natural and costeffective<br />
process that enhances water<br />
quality assurance. The plant also has the<br />
highest rated plate settlers, which are<br />
water clarification tools, for drinking water<br />
treatment. Other project improvements<br />
included upgrades in the electrical system,<br />
filter systems and intake systems.<br />
Missouri <strong>American</strong> <strong>Water</strong> worked with the<br />
local community throughout the project<br />
planning phase to ensure the project<br />
addressed a full range of concerns and<br />
needs, including the need to provide<br />
uninterrupted service throughout the entire<br />
project rehabilitation.<br />
New Jersey <strong>American</strong> <strong>Water</strong> Infrastructure<br />
Swimming River water treatment plant clarifiers.<br />
New Jersey <strong>American</strong> <strong>Water</strong> serves 18 of<br />
the 21 counties in New Jersey, a densely<br />
populated state experiencing rising water<br />
demand due to continued population<br />
growth. That demand has recently been<br />
exacerbated by a trend of unseasonably<br />
hot summers.<br />
<strong>American</strong> <strong>Water</strong> is addressing New<br />
Jersey’s current water challenges by<br />
expanding water capacity and upgrading<br />
infrastructure. We are currently increasing<br />
the capacity of our water storage tank in<br />
Monmouth County and also increasing<br />
the diameter of the 9.5-mile pipeline<br />
from the water treatment plant to the<br />
tank through our existing service area.<br />
In the longer term, we will be investing in<br />
a larger storage system to improve the<br />
water pressure consistency in the water<br />
distribution system.<br />
In Short Hills, construction of the new<br />
Canoe Brook <strong>Water</strong> Treatment Plant is<br />
underway to replace the current plant,<br />
which dates back to the 1920s, and<br />
enhance the water quality that comes<br />
from the Canoe Brook reservoir. With<br />
environmentally sensitive design including<br />
premium efficiency pump motors, high<br />
efficiency lighting fixtures and use of<br />
natural lighting and water efficient<br />
plumbing fixtures, LEED Certification for<br />
the site is currently under review. The site<br />
has also been designed to minimize its<br />
environmental footprint by protecting local<br />
wetlands and wildlife.<br />
Throughout the state we are working with<br />
schools and community organizations to<br />
increase awareness of the need for water<br />
conservation and infrastructure renewal.<br />
For example, this year we partnered with<br />
Scholastic in a contest that challenged<br />
more than 13 thousand classrooms to<br />
create music videos about the value of tap<br />
water and the importance of conservation.<br />
Corporate responsibility report <strong>2010</strong> 66
Metrics<br />
Measuring our performance<br />
This section provides additional metrics and performance<br />
indicators, complementing the performance indicators provided<br />
in the Our Performance section. Where possible we provide data<br />
to show performance over time.<br />
Corporate responsibility report <strong>2010</strong> 67
metrics<br />
ethical performance metrics<br />
In <strong>2010</strong> there were no confirmed instances<br />
of corruption including criminal conduct<br />
such as bribery or extortion.<br />
Compliance with Code of Ethics<br />
In <strong>2010</strong> we had 217 investigations related<br />
to our Code of Ethics. Of these, 57 percent<br />
resulted in “action taken” in the categories<br />
of discrimination, policy issues, sexual<br />
harassment and theft of time. The average<br />
time to close investigations was 49 days.<br />
Competitive Behavior<br />
<strong>American</strong> <strong>Water</strong>’s regulated businesses<br />
are, by their very nature, a natural<br />
monopoly regulated by the Public Utilities<br />
Commissions in the states in which the<br />
company operates. We are not aware<br />
of any legal actions for anti-competitive<br />
behavior, anti-trust, or monopoly practices<br />
in <strong>2010</strong>.<br />
<strong>American</strong> <strong>Water</strong> became a publicly traded<br />
company on April <strong>23</strong>, 2008.<br />
Environmental Performance Metrics<br />
Material and Chemical Use<br />
Although <strong>American</strong> <strong>Water</strong> uses a variety of<br />
chemicals in the production of safe water,<br />
for our <strong>2010</strong> reporting we have chosen to<br />
focus on gaseous chemicals listed in the<br />
Chemical Facility Anti--Terrorism Standards,<br />
specifically, chlorine, ammonia and sulfurdioxide.<br />
These three chemicals are subject<br />
to higher levels of security due to potential<br />
airborne security risks.<br />
In addition to developing and implementing<br />
site security assessments and plans<br />
to minimize risk associated with these<br />
chemicals, we seek to identify and utilize<br />
inherently safer alternatives, whenever<br />
possible. This may include on-site<br />
generation of chlorine, use of liquid<br />
hypochlorite, or liquid or solid forms of<br />
ammonia. In all cases, there are tradeoffs<br />
between liquid and gas chemicals<br />
—on transportation, application and the<br />
resulting water quality. <strong>American</strong> <strong>Water</strong><br />
takes these decisions seriously and<br />
carefully weighs all the options to produce<br />
the highest-quality water in the most<br />
environmentally responsible manner.<br />
MATERIAL AND CHEMICAL USE<br />
Chlorine: 27.24 lbs/MG Produced<br />
Ammonia: 2.93 lbs/MG Produced<br />
SO2:<br />
0.30 lbs/MG Produced<br />
DIRECT ENERGY CONSUMPTION<br />
Energy Source <strong>2010</strong> 2009<br />
Natural Gas 8.74 therms per million gallons (MG) of water produced 9.64 therms per MG of water produced<br />
Gasoline 6.85 gallons per MG of water produced 6.37 gallons per MG of water produced<br />
Mobile Diesel 2.18 gallons used per MG of water produced 2.01 gallons used per MG of water produced<br />
Stationary Diesel 1.49 gallons used per MG of water produced 0.62 gallons used per MG of water produced<br />
Corporate responsibility report <strong>2010</strong> 68
metrics<br />
DIRECT ENERGY CONSUMPTION (ENERGY USE IN BTU EQUIVALENT)<br />
Energy Type <strong>2010</strong> 2009<br />
Electricity 78.55%<br />
Natural Gas 8.37%<br />
Gasoline 8.20%<br />
Diesel 4.88%<br />
78.90%<br />
9.57%<br />
7.91%<br />
3.62%<br />
TOTAL DISCHARGE BY QUALITY AND DESTINATION<br />
Market-based<br />
Subsidiary:<br />
Infra and non<br />
infra assets<br />
in <strong>2010</strong><br />
DW<br />
Systems<br />
WW<br />
Systems<br />
Total<br />
Systems<br />
Surface<br />
WTP<br />
Ground<br />
WTP<br />
Ground<br />
<strong>Water</strong><br />
Wells<br />
Waste<br />
WTP<br />
Wastewater<br />
Capacity<br />
(MGD)<br />
Total<br />
Volume<br />
Treated<br />
in <strong>2010</strong><br />
(Mgal)<br />
Secondary<br />
Treatment<br />
Treated<br />
in <strong>2010</strong><br />
(Mgal)<br />
Tertiary<br />
Treatment<br />
Treated<br />
in <strong>2010</strong><br />
(Mgal)<br />
Wastewater<br />
Volume Treated<br />
in <strong>2010</strong> (Mgal)<br />
CSG<br />
67<br />
178<br />
245<br />
13<br />
<strong>23</strong><br />
39<br />
213<br />
4,240.8077<br />
45,647.66<br />
44,793.22<br />
12,347.21<br />
37,477.85849<br />
MSG<br />
31<br />
19<br />
50<br />
1<br />
22<br />
59<br />
9<br />
20.69<br />
3,4<strong>23</strong>.816<br />
3,421.29<br />
3,008.72<br />
3,458.648608<br />
Totals<br />
98<br />
197<br />
295<br />
14<br />
45<br />
98<br />
222<br />
4,261.50<br />
49,071.48<br />
48,214.51<br />
15,355.92<br />
40,936.51<br />
There are a few pre-treatment industrial facilities not counted in the overall volume of wastewater treated. Approximately 98% of the wastewater has had at<br />
least secondary treatment and a little over 31% has had tertiary treatment. Most of these systems are operated under contract (not owned) by <strong>American</strong> <strong>Water</strong><br />
and therefore the company does not have the opportunity to adjust the level of treatment.<br />
NUMBER OF EMPLOYEES<br />
Market-based<br />
Regulated<br />
Total<br />
Full Time 703<br />
6,532<br />
Part Time 53<br />
57<br />
Total 756<br />
6,589<br />
7,<strong>23</strong>5<br />
110<br />
7,345<br />
Corporate responsibility report <strong>2010</strong> 69
metrics<br />
TOTAL NUMBER AND RATE OF EMPLOYEE TURNOVER BY AGE GROUP, GENDER AND REGION<br />
Market-based<br />
Number of Employees<br />
Percentage<br />
Male 154 80%<br />
Female 39 20%<br />
Total 193<br />
Breakdown by Age<br />
50 81 42%<br />
Regulated<br />
Number of Employees<br />
Percentage<br />
Male 309 57%<br />
Female <strong>23</strong>3 43%<br />
Total 542<br />
Breakdown by Age<br />
50 225 42%<br />
All <strong>American</strong> <strong>Water</strong><br />
Number of Employees<br />
Percentage<br />
Male 463 63%<br />
Female 272 37%<br />
Total 735<br />
Breakdown by Age<br />
50 306 42%<br />
Employee Female Representation<br />
Percentage<br />
Total Workforce 28%<br />
Women in Management <strong>23</strong>%<br />
Women on the Board of Directors 42%<br />
Employee Ethnicity Representation<br />
Total Workforce 17%<br />
Management 9%<br />
Corporate responsibility report <strong>2010</strong> 70
metrics<br />
EMPLOYEE SAFETY PERFORMANCE<br />
Division<br />
OSHA Recordable<br />
Injury Rate<br />
Improvement<br />
over 2009<br />
Lost Workday<br />
Case Rate<br />
Improvement<br />
over 2009<br />
Regulated Business 4.17 10.7% 1.16<br />
Market-based Business 1.87 -92.8% 0.79<br />
<strong>American</strong> <strong>Water</strong> Total 3.85 9.8% 1.10<br />
-3.6%<br />
4.8%<br />
-0.9%<br />
our customer metrics<br />
Customer Satisfaction<br />
<strong>American</strong> <strong>Water</strong> conducts customer<br />
surveys to understand our customers’<br />
needs and how our services are meeting<br />
their expectations. Our <strong>2010</strong> customer<br />
service survey showed that 90 percent of<br />
our customers are “somewhat,” “very,”<br />
or “extremely satisfied” with the service<br />
they are receiving from <strong>American</strong> <strong>Water</strong>.<br />
The results were based on a total of over<br />
6,000 interviews conducted in 15 of our<br />
regulated states.<br />
Our subsidiary, <strong>American</strong> <strong>Water</strong> Resources,<br />
providing service line and plumbing<br />
protection programs, also surveyed<br />
customers in <strong>2010</strong>. The results showed<br />
that 92 percent of customers were<br />
“satisfied” or “very satisfied” with the<br />
protection services provided. In 2011,<br />
we are continuing to further enhance the<br />
customer experience with the contractors<br />
in the <strong>American</strong> <strong>Water</strong> Resources network.<br />
In <strong>2010</strong>, there were no legal proceedings<br />
or incidents of violation regarding the<br />
impact of <strong>American</strong> <strong>Water</strong>’s products<br />
on customer safety and health with<br />
respect to the provision of water and<br />
wastewater services.<br />
Revenue collection and percent of<br />
accounts delinquent or in arrears<br />
In <strong>2010</strong>, the percent of customer accounts<br />
which were delinquent or in arrears in<br />
excess of 30 days averaged 9.97 percent<br />
per month for <strong>American</strong> <strong>Water</strong>’s regulated<br />
operations, which serve residential,<br />
commercial and industrial customers.<br />
The Homeowner Services Group, a<br />
segment of <strong>American</strong> <strong>Water</strong>’s marketbased<br />
operations, serves residential,<br />
commercial and municipal clients. In<br />
<strong>2010</strong>, the Homeowner Services Group<br />
provided approximately 835,000 service<br />
line protection contracts to its customers.<br />
Of those contracts, 6 percent were 60<br />
days or more in arrears on payment.<br />
Corporate responsibility report <strong>2010</strong> 71
metrics<br />
AMERICAN WATER MONTHLY RESIDENTIAL SALES PER CUSTOMER<br />
Seven Largest State Subsidiaries<br />
9,100<br />
150%<br />
8,600<br />
140%<br />
8,100<br />
130%<br />
RESIDENTIAL SALES (GALLONS / CUSTOMER / MONTH)<br />
7,600<br />
7,100<br />
6,600<br />
6,100<br />
5,600<br />
5,100<br />
4,600<br />
4,100<br />
120%<br />
110%<br />
100%<br />
90%<br />
80%<br />
70%<br />
PERCENTAGE OF TRENDLINE AT DEC. 2001<br />
3,600<br />
60%<br />
3,100<br />
Jan-01 Jan-02 Jan-03 Jan-04 Jan-05 Jan-06 Jan-07 Jan-08 Jan-09 Jan-10<br />
50%<br />
Monthly Usage per Customer 12-month Running Average Trendline - 12-month Running Average<br />
Corporate responsibility report <strong>2010</strong> 72
ABOUT THIS REPORT<br />
This is <strong>American</strong> <strong>Water</strong>’s first biennial<br />
corporate responsibility report. This<br />
report was published in June 2011<br />
and covers our corporate responsibility<br />
performance for the <strong>2010</strong> Fiscal Year,<br />
which ran from January 1 to December<br />
31. <strong>American</strong> <strong>Water</strong> has previously<br />
published a Corporate Responsibility<br />
Brochure as well as responses to<br />
a set of Global <strong>Report</strong>ing Initiative<br />
(GRI) G3 metrics, but going forward<br />
this performance information is being<br />
integrated into regular corporate<br />
responsibility reporting.<br />
The data in this report covers all of<br />
our regulated operations and where<br />
relevant, we include data from our<br />
market-based businesses as well.<br />
We have used the GRI G3<br />
Sustainability <strong>Report</strong>ing Guidelines to<br />
inform the development of this report.<br />
As part of this effort, we used GRI’s<br />
<strong>Report</strong>ing Principles of materiality,<br />
sustainability context, stakeholder<br />
inclusiveness and completeness<br />
in selecting content for the report.<br />
Additionally, we used the Interfaith<br />
Center on Corporate Responsibility<br />
Liquid Assets report to guide reporting<br />
and indicators specific to the water<br />
industry. We are self-declaring this<br />
report at GRI Application Level B.<br />
<strong>American</strong> <strong>Water</strong> did not use an external<br />
agency to audit the content of this<br />
report; however, the data contained<br />
in this report was generated using<br />
systems audited by our internal<br />
audit staff.<br />
Preparing this report is a valuable<br />
opportunity for us to assess<br />
and improve upon our corporate<br />
responsibility progress and<br />
performance. To continue to do so,<br />
we welcome your feedback.<br />
Write:<br />
Debra Vernon<br />
Manager of Corporate Responsibility<br />
<strong>American</strong> <strong>Water</strong><br />
1025 Laurel Oak Road<br />
Voorhees, New Jersey 08043, USA<br />
Email:<br />
Debra.Vernon@amwater.com<br />
GRI Index:<br />
To view the GRI Index in its entirety,<br />
please visit www.amwater.com/GRI<br />
www.amwater.com • NYSE: AWK<br />
<strong>American</strong> <strong>Water</strong> Works Company, Inc., together with its subsidiaries, is referred to as <strong>American</strong> <strong>Water</strong>.<br />
“<strong>American</strong> <strong>Water</strong>” and the star logo are the registered trademarks of <strong>American</strong> <strong>Water</strong> Works Company, Inc. All rights reserved.