KnowHow 1-2011 - Pentair
KnowHow 1-2011 - Pentair
KnowHow 1-2011 - Pentair
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
2012 volume 15 issue 1<br />
Knowhow is PuBlished<br />
By <strong>Pentair</strong><br />
Fish-Friendly PumP<br />
Recent testing confirmed<br />
fish-friendliness<br />
desalination<br />
Fresh water<br />
for the Middle East<br />
ComPaCt Beer<br />
memBrane Filtration<br />
Breakthrough system for<br />
mid-size breweries
02 knowhow 2012<br />
<strong>Pentair</strong> is truly in the process of an<br />
incredible transformation. First, in March<br />
of this year, we announced a merger<br />
agreement with Tyco’s Flow Control<br />
business, a global leader in industrial valves<br />
and controls, water and environmental<br />
systems and thermal control solutions.<br />
This pending merger, when completed,<br />
will help solidify <strong>Pentair</strong> as a global leader<br />
in water, fluid process, and equipment<br />
protection solutions. In addition, the new<br />
<strong>Pentair</strong> will have a heightened presence<br />
in the ever-increasing oil and gas and<br />
energy markets, allowing us to reach new<br />
customers and better serve our current<br />
base.<br />
We expect that this powerful combination<br />
will provide substantial benefits for you, our<br />
valued customers.<br />
<strong>Pentair</strong> continues to grow stronger in other<br />
ways, too. We recently launched a new<br />
branding initiative aimed at strengthening<br />
our position as a leader in the sectors in<br />
which we operate, while aligning our brand<br />
portfolio to better serve our customers.<br />
We hope to continue to serve your needs by<br />
leveraging our knowledge and expertise<br />
across a broader spectrum of products,<br />
solutions and applications. Our product<br />
lines going forward will be more clearly<br />
supported and aligned through the strength<br />
of the <strong>Pentair</strong> brand. Over the next several<br />
months, you will begin to see an updated,<br />
more modern <strong>Pentair</strong> logo that reflects a<br />
stronger presence and brand, all over the<br />
world.<br />
In this issue of <strong>KnowHow</strong>, we are proud to<br />
bring you updates on new products and<br />
developments from around the company.<br />
Some of these solutions are designed<br />
to serve the growing opportunities in<br />
industrial infrastructure development<br />
across the world. For example, in<br />
equipment protection, we introduced the<br />
<strong>Pentair</strong> McLean Cooling V-Series control<br />
panel that improves industrial process<br />
cooling for manufacturing automation<br />
equipment. Also highlighted, serving the<br />
global need for safe, clean water, <strong>Pentair</strong><br />
X-Flow will supply its Seaflex ultrafiltration<br />
membranes to the Al Zawrah seawater<br />
reverse osmosis plant in Ajman, United<br />
Arab Emirates.<br />
Finally, we’ll showcase some of our<br />
sustainable solutions that were developed<br />
to deliver high efficiency while protecting<br />
the environment. <strong>Pentair</strong>’s stance as a<br />
leader in pool equipment has been elevated<br />
with the introduction of our IntelliPool<br />
automation system that helps homeowners<br />
maintain and manage their pools with<br />
incredible energy savings. In addition,<br />
serving the need for efficient point-of-entry<br />
water purification systems for homes<br />
and businesses, our new Hybrid DI water<br />
conditioning unit is a water filtration system<br />
and water softener in one. The Hybrid DI<br />
is designed to deliver bottled water quality<br />
drinking water and eliminate the need<br />
for salt in the softening stage, making it<br />
environmentally friendly.<br />
I hope that you enjoy this issue. As our<br />
company continues to grow and develop, we<br />
are committed to bringing you news on the<br />
latest developments across <strong>Pentair</strong>.<br />
Michael V. Schrock<br />
President and Chief Operating Officer<br />
<strong>Pentair</strong>, Inc.
In March 2012, <strong>Pentair</strong> Water Purification<br />
announced the launch of Homespring,<br />
a system that removes bacteria, virus<br />
and cysts from source water to provide<br />
ultra-filtered water to populations<br />
without access to clean, clear<br />
and safe water. Homespring also<br />
uniquely allows natural salts<br />
and essential minerals to remain<br />
present in the water, while providing<br />
bottled water taste to every tap in<br />
the home.<br />
Homespring systems succeed<br />
across the world in offering<br />
potable water to the entire home<br />
for drinking, cooking and bathing.<br />
Customers facing problems—such<br />
as E.Coli, turbidity, giardia or<br />
cryptosporidium—use Homespring<br />
to create a dependable flow of clean,<br />
safe water for consumption that was<br />
previously unavailable. Customers<br />
also benefit from reduced dry skin<br />
and allergic reactions originally<br />
caused by chlorinated water.<br />
Homespring currently touches<br />
lives across the globe by<br />
providing clean water to remote<br />
locations, residential and<br />
commercial applications, and<br />
even zones traumatized by<br />
natural disasters. The system<br />
requires minimal power to<br />
filter water, which is ideal<br />
for installation in developing<br />
nations. It has been installed in<br />
in various locations throughout<br />
China, New Zealand, Pakistan,<br />
w at e r P u r i F i C at i o n<br />
hoMeSpring offerS<br />
CryStal Clear water for eVery tap<br />
by heather Koehn<br />
heather.koehn@pentair.com<br />
Few countries offer<br />
its citizens clean,<br />
clear drinking water<br />
that does not raise<br />
concerns for disease<br />
or sickness. Those with<br />
have consistent access<br />
to fresh drinking water,<br />
must be truly thankful.<br />
<strong>Pentair</strong>’s Homespring provides safe water throughout the world<br />
Kazakhstan, India, Sri Lanka, US Gulf<br />
Coast and Guatemala. Whether used for<br />
emergencies or for everyday use, the<br />
Homespring has met and surpassed<br />
expectations in rigorous applications all<br />
over the world.<br />
When designing for commercial and<br />
residential applications worldwide,<br />
<strong>Pentair</strong> Water Purification’s engineering<br />
team works to ensure a robust design.<br />
The Homespring promises to improve<br />
the health of many across the globe by<br />
offering a whole-house solution that<br />
provides peace of mind, healthy living and<br />
hope to those facing disaster.<br />
knowhow 2012 03
P e n ta i r F o u n d at i o n<br />
pentair foUnDation proViDeS<br />
$1 MILLION GRANT TO WATER<br />
MISSIONS INTERNATIONAL TO<br />
FUND SAFE DRINKING WATER<br />
PROJECTS WORLDWIDE<br />
by Betsy day betsy.day@pentair.com<br />
More than one billion people worldwide – roughly one out of every seven –<br />
have no choice but to use unsafe, contaminated water. To help solve this issue,<br />
the <strong>Pentair</strong> Foundation is providing a five-year grant totaling $1 million to<br />
the non-profit Water Missions International (WMI). The multi-year grant will<br />
fund the implementation of clean water and sanitation projects in developing<br />
countries, further building on the work of <strong>Pentair</strong>’s Project Safewater initiative<br />
with WMI.<br />
04 knowhow 2012
WMI currently operates water quality and<br />
sanitation programs in nine countries –<br />
Honduras, Uganda, Kenya, Malawi,<br />
Mexico, Indonesia, Haiti, Peru and Belize.<br />
“Our grant to Water Missions International<br />
will benefit countless lives by speeding<br />
access to sustainable, safe drinking water<br />
sources globally,” said Randall J. Hogan,<br />
<strong>Pentair</strong>’s chairman and chief executive<br />
officer. “Through our previous work with<br />
WMI on Project Safewater-Colón, we have<br />
shown that there is an affordable solution<br />
to the global water crisis. We look forward<br />
to applying what we’ve learned to further<br />
improve health and sanitation conditions<br />
in communities around the world.”<br />
<strong>Pentair</strong> has collaborated with WMI since<br />
2007. In that time, <strong>Pentair</strong>’s Project<br />
Safewater initiative with WMI in Colón,<br />
Honduras, demonstrated that for only<br />
pennies a day per person, it’s possible<br />
to provide people with access to safe<br />
drinking water in regions where they don’t<br />
have it now. As a result, approximately<br />
300,000 people in Colón now have access<br />
to sustainable, safe water and sanitation<br />
facilities, along with a related 80 percent<br />
reduction in waterborne diseases.<br />
“As impressive as our progress in<br />
Honduras has been, there is still more<br />
work to be done, more lives to improve<br />
and more communities to transform,”<br />
said Hogan. “We can make a difference in<br />
the global water crisis.”<br />
Water Missions International, headquartered<br />
in Charleston, South Carolina, USA, is a<br />
nonprofit engineering organization serving<br />
the water and sanitation needs of people in<br />
developing countries and disaster areas. It<br />
uses low-maintenance, appropriate water<br />
technologies for drinking water treatment<br />
and distribution, wastewater management<br />
and storm water control.<br />
knowhow 2012 05
F l o w t e C h n o l o g i e s<br />
proVen perforManCe<br />
FISH-FRIENDLy PUMP AT KRALINGSE PLAS<br />
by inge sluiJter inge.sluijter@pentair.com<br />
Installed at lake<br />
Kralingse plas near the<br />
Dutch city of Rotterdam<br />
in <strong>2011</strong>, <strong>Pentair</strong><br />
Nijhuis’ fish-friendly<br />
pump is proving its<br />
fish-friendliness. Recent<br />
testing at Kralingse plas<br />
has confirmed that fish<br />
and eel pass through<br />
the pump virtually<br />
unharmed.<br />
A few years ago, Nijhuis, in cooperation<br />
with FishFlow Innovations, began the<br />
development of the fish-friendly pump<br />
as an answer to the new regulations for<br />
cleaner surface water and a preservation<br />
of the eel in European waters. The unique<br />
shape of the impeller in combination<br />
06 knowhow 2012<br />
with special shaped guide vanes creates<br />
a favorable flow in the water that allows<br />
the fish to travel safely through the<br />
pump. Furthermore, there is more space<br />
between the impeller blades than with<br />
conventional pumps, which considerably<br />
reduces the chance that the fish and eels<br />
will be hit. In addition, the pump design<br />
delivers very good performance of 80<br />
percent or higher efficiency. The prototype,<br />
developed for use in a lock near the city of<br />
Mijnden, the Netherlands, also produced<br />
excellent results for performance and<br />
fish-friendliness. Here 100 percent of<br />
the fish also came through the pump<br />
alive with only 3 percent showing minor<br />
damage. Now, after two years of use at the<br />
Mijnden lock, Nijhuis’ fish-friendly pump is<br />
contributing to much better water quality<br />
due to the absence of dead fish.<br />
The fish-friendly pump at lake Kralingse<br />
plas was the second pump of this type<br />
produced and delivered by Nijhuis. This<br />
pump, with a two foot (600 mm) propeller<br />
was tested on fish-friendliness by the<br />
customer with the help of a net behind the<br />
pump. About 27,000 fish were caught and<br />
only 13 showed slight damage. Among<br />
the fish, there were eels up to 30 inches<br />
(75 cm) in length that passed through the<br />
pump totally unharmed.<br />
The success of these installations has<br />
brought a number of new projects to<br />
<strong>Pentair</strong> Nijhuis this year. Several orders<br />
for fish-friendly pumps have been received,<br />
including one pumping station with two<br />
pumps installed in a concrete volute casing.<br />
eUropean wfD CatalySt for<br />
fiSh-frienDly pUMp<br />
In many Dutch open water areas pumping<br />
stations and/or locks keep close fish<br />
off from surrounding bodies of water.<br />
Pumps in these stations and locks are an<br />
impassable obstacle for fish migrating<br />
between the areas of water. This results in<br />
large numbers of fish dying in the pumps.<br />
To comply with the European Water<br />
Framework Directive (WFD) long-lasting<br />
measures need to be taken quickly.<br />
The fish-friendly pump from FishFlow<br />
Innovations and Nijhuis provided the<br />
solution with the added benefit, in most<br />
situations, that the existing infrastructure<br />
and electrical installation requires very<br />
little modification, keeping costs down.
water pUrifiCation’S green<br />
approaCh to waStewater:<br />
PENTAIR’S 9100TS AND HybRID DI<br />
by heather Koehn heather.koehn@pentair.com<br />
<strong>Pentair</strong> Water<br />
Purification focuses on<br />
designing systems that<br />
minimize environmental<br />
impact by anticipating<br />
consumer demands<br />
and releasing<br />
innovative products<br />
that compliment the<br />
green movement and<br />
serve consumers in an<br />
affordable, accessible<br />
way.<br />
Currently, <strong>Pentair</strong> Water Purification is<br />
working to make strides in minimizing<br />
wastewater to protect one of humanity’s<br />
most critically managed and coveted<br />
resources. Water Purification creates<br />
new technology by designing systems<br />
with residential and commercial<br />
consumers in mind. Among various<br />
new products released in <strong>2011</strong>, <strong>Pentair</strong><br />
Water Purification introduced the<br />
9100TS—the first water softener of its<br />
kind that can reduce salt use by up to<br />
50 percent. Although many consumers<br />
may not realize it, several areas of the<br />
U.S. regularly experience fluctuations in<br />
water hardness. The 9100TS offers the<br />
ideal intelligent system for use anywhere<br />
that has water hardness fluctuations. The<br />
9100TS can sense changes in hardness,<br />
and reduce salt and water accordingly,<br />
by allowing regeneration to take place<br />
only when necessary. The system also<br />
increases resin bed utilization by up to<br />
20 percent, making additional gallons<br />
of water available, while facilitating a<br />
greater gallon per minute throughput.<br />
In contrast to the 9100TS water softener,<br />
<strong>Pentair</strong> Water Purification will introduce<br />
the Hybrid DI in the second half of 2012.<br />
The Hybrid DI’s water conditioning<br />
unit reduces water hardness while<br />
simultaneously reducing total dissolved<br />
solids (TDS), similar to a whole house<br />
reverse osmosis (RO) system. The Hybrid<br />
DI delivers bottle water quality by—unlike<br />
any other water conditioner or softener on<br />
the market—removing up to 85 percent<br />
of TDS. The need for salt to temper the<br />
hardness of water is eliminated as an<br />
electrical current is used to remove<br />
calcium, magnesium, and TDS.<br />
To complement the Hybrid DI’s<br />
environmentally-friendly water<br />
conditioning, it features a whole house<br />
RO and cleanses water at 80 percent<br />
efficiency. Traditional RO systems are<br />
typically 20 percent efficient, sending<br />
up to 80 percent of water to the drain<br />
as wastewater. All in all, the Hybrid DI<br />
will become one of the most innovative<br />
improvements in water sustainability.<br />
<strong>Pentair</strong> Water Purification develops<br />
new products and technologies to<br />
create high-efficiency<br />
systems that improve the<br />
consumer’s environment<br />
while reducing expenses<br />
and building a healthier<br />
way of life.These new<br />
products secure <strong>Pentair</strong>’s<br />
position as the water<br />
treatment industry’s<br />
leading change agent and<br />
sustainable innovator for<br />
residential and commercial<br />
applications.<br />
<strong>Pentair</strong>’s new water softener—the<br />
9100TS.<br />
w at e r P u r i F i C at i o n<br />
knowhow 2012 07
P r o C e s s t e C h n o l o g i e s<br />
<strong>Pentair</strong> X-Flow secured three major desalination<br />
projects in seawater reverse osmosis (SWRO) plants<br />
in the Middle East where X-Flow’s ultrafiltration (UF)<br />
membranes will provide optimum pre-treatment to<br />
the reverse osmosis (RO) system. The three projects<br />
add more than 1,200 MLD (295 MGD) to X-Flow’s<br />
installed base securing X-Flow’s leading position in<br />
the desalination pre-treatment market.<br />
projeCt i: jUbail phaSe 2 Swro plant<br />
X-Flow received an order from Al Fatah<br />
Water and Power to supply its Seaguard<br />
ultrafiltration (UF) membranes and skids<br />
to the Jubail phase 2 project in Al Jubail,<br />
Saudi Arabia. Once commissioned in<br />
2012, this dual membrane plant with UF<br />
followed by reverse osmosis (RO), will<br />
be the largest UF-RO desalination plant<br />
in Saudi Arabia. With a UF production<br />
capacity of 177 MLD (47 MGD), the SWRO<br />
facility will produce fresh water for the<br />
08 knowhow 2012<br />
city’s industry. Al Fatah Water and Power<br />
selected <strong>Pentair</strong> after an eight-month<br />
pilot with two other UF membrane<br />
suppliers and producers of conventional<br />
dual media filtration. During the pilot<br />
period, X-Flow’s membranes excelled.<br />
This, combined with the track record and<br />
project management capabilities, led Al<br />
Fatah Water and Power to select X-Flow<br />
over the competing companies.<br />
Ultrafiltration proViDeS<br />
proteCtion anD effiCienCy<br />
Good pre-treatment is very important<br />
for SWRO plants to operate successfully.<br />
X-Flow’s horizontal and vertical hollow<br />
fiber ultrafiltration membranes—<br />
Seaguard and Seaflex—provide optimum<br />
pre-treatment for the RO membranes.<br />
Pre-treatment with UF raises RO fluxes,<br />
creates more consistent quality of the<br />
RO feed water, improves performance,<br />
reduces capital expenditure (CAPEX) and<br />
significantly decreases plant design. In<br />
essence, this treatment positively impacts<br />
all SWRO plant functions.<br />
freSh water FOR<br />
X-Flow has been selected to supply its<br />
Seaflex ultrafiltration (UF) membranes<br />
to the Al Zawrah SWRO plant in Ajman,<br />
United Arab Emirates. The UF system<br />
in the new Al Zawrah<br />
desalination plant<br />
will produce 115 MLD<br />
(30 MGD) pretreated<br />
seawater to feed the<br />
reverse osmosis (RO)<br />
membrane system.<br />
The end user, Federal<br />
Electricity and Water<br />
Authority (FEWA),<br />
provides utilities for<br />
the Emirates of Ajman,<br />
Ras Al Khaima, Umm<br />
Al Quwain and Fujairah.<br />
FEWA owns and<br />
operates several<br />
seawater desalination<br />
plants to supply<br />
potable water to<br />
its consumers and<br />
mainly employs<br />
RO technology. It<br />
by Janna dirKs jann<br />
projeCt ii: al Zawrah Swro pla
a.dirks@pentair.com<br />
nt<br />
Lebanon<br />
Syria<br />
Israel<br />
x Jordan<br />
Iraq<br />
Saudi Arabia<br />
Yemen<br />
Kuwait<br />
Bahrain<br />
THE MIDDLE EAST<br />
is the first time, however, that FEWA<br />
will implement UF technology as a<br />
pre-treatment step. The EPC contract<br />
was won by a consortium made up of<br />
the Spanish company<br />
Cadagua, S.A. and<br />
local Ajman company<br />
Essa Engineering &<br />
Marine Services LLC.<br />
Scheduled to be built<br />
and commissioned in<br />
2012, the Al Zawrah<br />
SWRO plant will<br />
produce desalinated<br />
water for potable<br />
purposes.<br />
Qatar<br />
UAE<br />
X-Flow signed an agreement with IVM<br />
Minrav Sadyt to supply its Seaguard<br />
ultrafiltration (UF) membranes and skids<br />
to the Ashdod SWRO plant in Israel. With<br />
a UF permeate capacity of 930 MLD (245<br />
MGD), the plant will supply 100 million<br />
cubic meters of desalinated water a year<br />
to become the first potable water plant<br />
built under the government’s emergency<br />
plan for the water economy in Israel.<br />
Once completed, Ashdod will be one<br />
of the largest SWRO plant with UF as<br />
pre-treatment in operation worldwide.<br />
In November 2009, the IVM consortium,<br />
comprised of Israel’s Minrav Holding Ltd.<br />
and Spain’s SADyT, won the international<br />
tender from Mekorot Development and<br />
Enterprise Ltd. to build the seawater<br />
desalination plant at Ashdod. IVM will<br />
design, build, commission and operate<br />
the plant for two years. Scheduled to run<br />
at full production by December, 2013, the<br />
Ashdod plant will produce desalinated<br />
water amounting to 15 percent of Israel’s<br />
domestic water consumption. Once the<br />
Ashdod plant is completed, the five largest<br />
x<br />
Oman<br />
Iran<br />
projeCt iii: aShDoD Swro plant<br />
x<br />
<strong>Pentair</strong> secured important projects in<br />
Saudi Arabia, United Arab Emirates and Israel.<br />
desalination plants in Israel combined<br />
will supply around 85 percent of Israel’s<br />
domestic water consumption.<br />
knowhow 2012 09
P r o C e s s t e C h n o l o g i e s<br />
ADvANCED vALvE TECHNOLOGy<br />
for UnileVer’S iCe CreaM<br />
plant with pentair SüDMo<br />
by marCelo ramPaZZo marcelo.rampazzo@pentair.com<br />
Unilever—one of the<br />
world’s largest ice-cream<br />
producers—places<br />
the highest value on<br />
premium product<br />
quality. To achieve the<br />
most advanced process<br />
automation Unilever<br />
chose Südmo’s valve<br />
manifolds to expand its<br />
ice cream production<br />
plant in Valinhos, Brazil.<br />
The project involved automating all fluid<br />
handling in Unilever’s new aging room with<br />
six aging tanks and three re-work tanks.<br />
The latter connect the aging room with two<br />
pasteurizers, three filling lines and one<br />
fruit dosing line. In addition, there are four<br />
mixing tanks and cleaning in place (CIP)<br />
lines.<br />
Südmo provided four valve manifolds<br />
featuring the company’s proven mix<br />
proof valve technology that eliminates<br />
cross-contamination between different<br />
products and cleaning fluids. The<br />
valve arrangement permits total plant<br />
10 knowhow 2012<br />
flexibility, allowing the operator to fill each<br />
tank separately with product from the<br />
pasteurization line or send product to the<br />
filling line. In addition, every tank can be<br />
cleaned separately through the existing CIP<br />
system, reducing cleaning downtime and<br />
increasing operating efficiency.<br />
Südmo’s IntelliTop ® 2.0 decentralized<br />
control units enable communication<br />
between the valve manifolds and Unilever’s<br />
control system. Specifically designed<br />
to increase the plant’s efficiency, the<br />
IntelliTop 2.0 controls, monitors and<br />
reports all valve functions in the process<br />
plant. Installed on the valve’s pneumatic<br />
actuators, the units shorten start-up,<br />
monitor plant functions, and quickly identify<br />
a component or communication issue.<br />
In addition to the valve manifolds, Südmo<br />
supplied the pumps, piping and connections<br />
with the goal of minimizing product losses<br />
during transfers and reducing operating<br />
costs through state-of-the-art engineering<br />
and piping optimization. Moreover, the<br />
supply scope includes the mechanical<br />
assembly, documentation and valve<br />
maintenance training.<br />
“We are very satisfied with this investment,”<br />
said Carlos Derbona, Unilever’s project<br />
manager. “The Südmo system enables<br />
improved process quality against reduced<br />
operating costs. Moreover, the fast delivery<br />
time and the competitive prices had us<br />
convinced.”<br />
Marcelo Rampazzo, <strong>Pentair</strong> Water do Brasil<br />
sales manager added: “We are very pleased<br />
to be part of this project and contribute to<br />
one of the most modern Unilever ice cream<br />
aging rooms in the world.”<br />
<strong>Pentair</strong> helps Unilever expand its ice cream<br />
production plant in Valinhos, Brazil.<br />
<strong>Pentair</strong>’s state-of-the-art engineering and piping<br />
organization minimizes product losses
eakthroUgh<br />
SySteM<br />
FOR MID-SIzE<br />
bREWERIES<br />
by Janna dirKs janna.dirks@pentair.com<br />
As demand for beer grows, small and mid-sized<br />
brewers must make fast-paced decisions, expand<br />
and maintain consistent quality.<br />
Sustainable growth opens a variety of<br />
options to keep up with smart competitors<br />
and evolving customer demands. Investing<br />
in a high-quality and innovative brewing<br />
system, like the Beer Membrane Filtration<br />
(BMF), offers attractive financial benefits.<br />
inVeSting in SUStainability<br />
Traditionally, BMF systems have been<br />
designed for larger breweries that<br />
produce more than one million hectoliter<br />
output. To meet the specific demands of<br />
mid-size breweries, <strong>Pentair</strong> now offers a<br />
pre-assembled, stand-alone BMF system—<br />
the BMF-18 Compact—that has the same<br />
advantages and benefits as a BMF for<br />
large breweries with a significantly lower<br />
investment cost. In addition to achieving<br />
brewery goals, the BMF-18 Compact<br />
helps small and mid-sized brewers meet<br />
sustainability goals, such as the efficient<br />
use of water, energy and chemicals, and the<br />
reduction of throwaway and non-recyclable<br />
materials.<br />
flexibility anD tUrnkey DeliVery<br />
The BMF-18 Compact turnkey solution<br />
offers fast implementation, reliable<br />
operation and excellent beer quality<br />
for breweries with an annual capacity<br />
of approximately 100,000 hl to 500,000<br />
hl, and even up to 1,000,000 hl with high<br />
gravity and 24/7 operation. With a capacity<br />
of 100-150 hl/h, the BMF-18 Compact<br />
incorporates smart design principles<br />
and high quality components. Its robust<br />
design makes it possible to assemble the<br />
entire BMF system prior to transportation.<br />
After the order is placed, the brewery can<br />
prepare the necessary piping while <strong>Pentair</strong><br />
builds and tests the BMF-18 Compact. Then,<br />
the system is installed at the brewery as<br />
a plug-and-play system, and tailored to<br />
the brewery’s specific conditions. This<br />
smart concept drastically shortens the<br />
commissioning period and makes it<br />
possible to filter the first hectoliters of beer<br />
one week after arrival at the brewery.<br />
Ganter—a German brewery based in<br />
Freiburg since 1865—chose the BMF-18<br />
Compact as part of its brewery upgrade.<br />
Detlef Frankenberger, Managing Director<br />
at Ganter, explains, “Higher process<br />
automation, filtrating different types of<br />
beer more flexibly, and with less impact on<br />
the environment and our employees, are<br />
essential advantages of the next generation<br />
membrane filtration technology. For us,<br />
as a mid-sized brewery, <strong>Pentair</strong>’s BMF-18<br />
Compact offers the ideal, ready-to-install<br />
solution.”<br />
UneqUalleD perforManCe<br />
Just like the BMF for large-size breweries,<br />
the BMF-18 Compact delivers high-quality<br />
beer consistently during a run cycle, with a<br />
long shelf life and excellent taste stability,<br />
while eliminating the health and safety<br />
risks of diatomaceous earth. The BMF-18<br />
Compact minimizes beer and time loss<br />
during product switchover,<br />
improving flexibility. Moreover,<br />
only limited manual work is<br />
required as the main process<br />
steps are fully automated; the<br />
brewer merely has to manually<br />
switch from filtration to CIP—<br />
and vice versa—typically about<br />
once a day.<br />
These advantages make the<br />
BMF-18 Compact the perfect<br />
solution for small and mid-size<br />
breweries to filter the best<br />
beer with the lowest financial<br />
and environmental impact.<br />
knowhow 2012 11
P r o C e s s t e C h n o l o g i e s<br />
pentair haffManS’<br />
CO 2 RECOvERy SySTEM<br />
a DUrable SUStainable SolUtion<br />
by ernst aalBers & riChard smethurst<br />
ernst.aalbers@pentair.com/richard.smethurst@pentair.com<br />
Carbon dioxide (CO 2) is a vital ingredient for<br />
producing quality beer that customers enjoy.<br />
<strong>Pentair</strong> Haffmans’ CO 2 system allows breweries to<br />
recover the CO 2 produced as a by-product during<br />
fermentation for reuse in the beer production<br />
process. One of the United Kingdom’s largest and<br />
most modern CO 2 recovery plants at a brewery, with<br />
a 24/7 capacity of 2,000 kg/h CO 2, is at the Molson<br />
Coors facility in Burton on Trent.<br />
12 knowhow 2012<br />
Molson Coors Brewing Company brews,<br />
markets and sells a portfolio of leading<br />
brands—including Carling, Coors Light,<br />
Grolsch, Worthington’s, Caffrey’s, Corona,<br />
Cobra, and a range of speciality beers—<br />
across North America, Europe and Asia.<br />
It operates in Canada through Molson<br />
Coors Canada and in the U.S. through<br />
MillerCoors. In the UK, Molson Coors<br />
(UK & Ireland) employs more than 2,000<br />
people and operates breweries in Burton<br />
on Trent, Alton and Tadcaster.<br />
The Burton Brewery—a fusion of two<br />
neighboring breweries—has a capacity<br />
of five million UK barrels per year. Even<br />
today, the tradition of two breweries<br />
in the same town remains as Molson<br />
Coors continues to brew beer in separate<br />
production sites, now called North and<br />
South.<br />
Co2 – an eSSential brewing<br />
eleMent<br />
After entering the UK brewing market in<br />
2002, Molson Coors continued to purchase<br />
CO2, which was mainly derived from<br />
non-natural and old chemical production<br />
processes. In 2005, Molson Coors looked<br />
into a CO2 recovery system, but because<br />
CO2 price, quality and availability were<br />
acceptable in the UK at that time, the<br />
investment was postponed.<br />
In 2008, several major CO2 production<br />
facilities closed and, as a result, many<br />
beverage producers faced bottlenecks.<br />
Due to the shortage, CO2 became very<br />
expensive. In 2009, Molson Coors<br />
restarted the CO2 recovery system project<br />
with clear goals.<br />
First, the brewer wanted to be CO2<br />
self-sufficient. Carbon dioxide is essential<br />
for beer production. Molson Coors did not<br />
want to risk running out of CO2, a lesson
<strong>Pentair</strong> Haffmans’ LiquiVap heat recovery system provides energy and cost<br />
savings for breweries.<br />
they learned during the UK’s CO2 shortage.<br />
Secondly, they wanted a solution that was<br />
energy efficient; the long-term investment<br />
had to be durable.<br />
Molson Coors needed a single solution<br />
to meet the CO2 needs for both the North<br />
and the South breweries. This posed a<br />
special challenge for the CO2 collection<br />
and distribution system. The CO2 is<br />
collected in only one of the two breweries<br />
and then delivered to all operating sites.<br />
Can filling is located at the South site,<br />
while the bottle and keg filling is at the<br />
North site, requiring long-distance CO2<br />
transportation.<br />
Sourcing the green short-cycle CO2<br />
generated during fermentation offered<br />
a solution. Haffmans delivered the<br />
solution for CO2 processing, storage and<br />
evaporation. Moreover, the company’s<br />
expertise was essential for the entire<br />
process chain, from the collection at the<br />
fermenters through transporting the CO2<br />
to where it is used.<br />
the roaD to “green Co2 “<br />
During beer fermentation, nearly equal<br />
amounts of alcohol and CO2 are generated.<br />
Roughly, 2.5 kg CO2 per hectoliter of beer<br />
can be recovered from an original wort<br />
of 12 degrees Plato. Considering a beer<br />
of 13 degrees Plato, this would amount to<br />
roughly 2.9 to 3 kg of CO2.<br />
Before the green CO2 can be used, it<br />
must be purified. The CO2 generated<br />
during fermentation contains several<br />
impurities including dimethyl sulfide<br />
(DMS), hydrogen sulfide (H2S), and<br />
oxygen (O2) that must be removed as<br />
they have a negative effect on taste, odor<br />
and shelf life on the finished product. A<br />
state-of-the-art CO2 recovery system<br />
offers a cost-effective, sustainable way to<br />
purify the CO2 to food-grade quality. This<br />
system includes a:<br />
u Foam separator<br />
u Gas balloon<br />
u Gas washer<br />
u CO2 compressor<br />
u Activated carbon filter<br />
u Dryer<br />
u CO2 condenser<br />
u Storage tank<br />
CO2 collection occurs mainly from the<br />
top of the fermenters, and also from the<br />
maturation vessels and the bright beer<br />
tanks. The necessary inlet purity for<br />
CO2 treatment depends on the installed<br />
technology and ranges from 95 to 99.7<br />
percent.<br />
Up to 60% energy reCoVery<br />
Most of the energy consumed during<br />
the CO2 recovery process is used during<br />
gas compression, off-flavor removal,<br />
gas drying, and CO2 liquefaction and<br />
vaporization. However, there are a number<br />
of reverse processes in the recovery<br />
system. Carbon dioxide, for example, is<br />
liquefied and then vaporized, requiring a<br />
great amount of energy to be extracted and<br />
then added again. Another example is the<br />
compression of the gas. Before the gas is<br />
sent to the brewery, the pressure must be<br />
slightly reduced. Linking such processes<br />
together—both inside and outside of the<br />
recovery process—considerably reduces<br />
costs. The net energy use for CO2 recovery<br />
can be reduced by up to 60 percent.<br />
Haffmans’ Heat Recovery System—type<br />
LiquiVap—enables the liquefaction of CO2<br />
Molson Coors grows efficiently with <strong>Pentair</strong>’s CO2 Recovery System.<br />
using very little energy for cooling. If CO2<br />
production and consumption takes place<br />
simultaneously, there is an immediate<br />
energy saving because the extracted<br />
CO2 can be used to liquefy the CO2. At<br />
times when there is no CO2 production<br />
or consumption, it is possible to liquefy<br />
or vaporize CO2 in the traditional way, for<br />
example, at the start of the week when the<br />
fermentation has not yet started, but the<br />
beer is already being bottled, canned or<br />
put in kegs.<br />
By using the LiquiVap system, whenever<br />
possible, Molson Coors saves energy in<br />
a number of processes. These include<br />
condensing CO2 energy with the release<br />
of heat to the centralized brewery cooling<br />
system, when pre-cooling the cooling<br />
water, and as the energy necessary to<br />
vaporize CO2.<br />
To stay competitive in today’s market<br />
breweries need to find ways to reduce<br />
costs without affecting product quality.<br />
A Haffmans’ CO2 recovery plant that<br />
includes a LiquiVap heat recovery system<br />
provides energy and cost savings for<br />
breweries. By thinking “outside of the box”<br />
and linking different steps in the process,<br />
this system creates opportunities to<br />
reduce operating costs by up to 60 percent.<br />
In operation since mid-2010, Haffmans’<br />
CO2 recovery system runs 24/7<br />
encompassing production, processing,<br />
storage, and distribution at Molson Coors’<br />
Burton-on-Trent brewery. The system’s<br />
high performance level and savings<br />
led Molson Coors to pursue a five-year<br />
Service Level Agreement with Haffmans<br />
in <strong>2011</strong>.<br />
knowhow 2012 13
P r o C e s s t e C h n o l o g i e s<br />
<strong>Pentair</strong> Haffmans’ In-line CO2 Meter AuCoMet-i<br />
helps breweries and soft drink manufacturers<br />
produce a consistently high-quality product.<br />
In the beer and beverage industries,<br />
the content of dissolved carbon dioxide<br />
(CO2) is significantly important for the<br />
product’s quality, taste and flavor stability.<br />
To produce the best possible product,<br />
breweries and soft drink manufacturers<br />
must continuously control and measure<br />
the CO2 content during production.<br />
Haffmans’ In-line CO2 Meter AuCoMet-i<br />
enables fast and accurate determination<br />
of the CO2 content in beer and carbonated<br />
beverages based on the internationallystandardized<br />
method of Henry’s Law. It<br />
can be built into the production line at<br />
any location where the determination of<br />
dissolved CO2 is required—typically after<br />
filtration, carbonation or blending, and<br />
before filling. It also stores up to 500<br />
measurements in the internal memory.<br />
The AuCoMet-i has a separate control<br />
unit that can be field or panel mounted,<br />
offering the operator maximum flexibility<br />
to position the control unit at any location,<br />
allowing optimal access to the operating<br />
panel and the display. In addition, due to<br />
its modular design, the system can easily<br />
be extended with an oxygen (O2) sensor;<br />
14 knowhow 2012<br />
PENTAIR HAFFMANS<br />
LAUNCHES IN-LINE<br />
CO 2 METER AUCOMET-I:<br />
MoDUlar DeSign,<br />
MaxiMUM flexibility<br />
by sJoerd van der sterren sjoerd.vandersterren@pentair.com<br />
<strong>Pentair</strong> Haffmans launched a solution that will,<br />
once again, set the standard for quality, handling<br />
and ease of maintenance for CO 2 quality control<br />
equipment with the In-line CO 2 Meter AuCoMet-i.<br />
one CO2 sensor and one O2 sensor can be<br />
connected to each control unit.<br />
The CO2 sensor’s careful design is<br />
maintenance-friendly, as the In-line<br />
CO2 Meter’s extended service intervals<br />
improves the wear parts’ lifetime.<br />
Moreover, the new CO2 sensor design<br />
allows service to be executed in less<br />
than 30 minutes. All in all, the AuCoMet-i<br />
offers maximum availability for the lowest<br />
total cost of ownership.<br />
When used in combination with<br />
Haffmans’ CO2 dosing unit, the AuCoMet-i<br />
determines the content of CO2 and adjusts<br />
it, if necessary, with the embedded<br />
software’s direct communication. Along<br />
with CO2 dosing unit and static mixers,<br />
the AuCoMet-i is part of Haffmans<br />
‘Carbo Controller’, a fully automated<br />
plug-and-play unit that allows accurate<br />
CO2 injection, ‘bubble free’ CO2 dissolving<br />
and, thus, perfect total CO2 process<br />
control.<br />
These innovations and applications<br />
make the new Haffmans’ In-line CO2<br />
Meter AuCoMet-i a sophisticated product<br />
that meets the ever-increasing and<br />
ever-changing requirements of today’s<br />
brewing and beverage industries.
To meet today’s competitive demands and<br />
adjust to ever-changing technologies,<br />
customers asked the <strong>Pentair</strong> Flow<br />
Technology Systems Group to update<br />
the current domestic booster system,<br />
emphasizing the importance of cost and<br />
lead-time. IntelliBoost 2.0’s redesigned<br />
features will meet these requirements<br />
to increase sales throughout our global<br />
community.<br />
intellibooSt 2.0<br />
by roBert a. mueller<br />
robert.mueller@pentair.com<br />
Large pump companies, companies<br />
specializing in the systems industry<br />
and a few of <strong>Pentair</strong>’s own distributors<br />
manufacture domestic booster systems.<br />
IntelliBoost 2.0’s design offers variable<br />
speed control of our pumps with an<br />
intuitive touch screen comprised of only<br />
four screens to initially program and start<br />
the system.<br />
The typical <strong>Pentair</strong> distributor knows<br />
<strong>Pentair</strong> pumps, but is not familiar with<br />
the complexity of variable speed drives,<br />
PLC’s and the programming required<br />
to set up these devices for efficient<br />
operation. The upgraded controller<br />
allows the end user to simply select<br />
how they want the pumps be utilized<br />
(i.e., sequence pumps by time or first<br />
on first off or select a permanent lead<br />
pump) without physically changing the<br />
controller or special programming. The<br />
new controller will have an “auto-detect”<br />
function that will automatically adjust the<br />
pumps start and stop times to maximize<br />
the booster systems efficiency while<br />
increasing the life of the pumps. The<br />
new controller has added maintenance<br />
alarms to provide notifications to the<br />
end user and provides distributors<br />
intelliboost 2.0<br />
Front and side<br />
view<br />
more time to schedule maintenance,<br />
rather than execute emergency repairs.<br />
IntelliBoost 2.0 also includes settings<br />
for customers to make adjustments or<br />
revert back to original factory settings,<br />
and password-protected screens on the<br />
controller. These upgraded features were<br />
developed after carefully examining and<br />
considering our customers’ needs. They<br />
are not available on any competitors’<br />
models to date.<br />
Since almost all of the features, including<br />
the upgraded ones, will come standard,<br />
the IntelliBoost 2.0 will have fewer price<br />
options. The distributor will simply<br />
IntelliBoost 2.0 answers customers’ demands<br />
for an updated domestic booster system.<br />
F l o w t e C h n o l o g i e s<br />
select the pumps, booster control screen<br />
size and the option to include Ethernet<br />
communications.<br />
The <strong>Pentair</strong> Flow Technologies Systems<br />
Group hopes IntelliBoost 2.0 will win<br />
distributors back from competitors’<br />
systems, such as Canaris, SynchroFlo,<br />
TigerFlo and Quadplus. The latest UL<br />
listing for Booster Systems—along with<br />
NSF 61 G standards—will be added to our<br />
system to ensure we meet all the local<br />
codes and government requirements. We<br />
are in the process of presenting this new<br />
system to our distributors and the Alpha<br />
test was started in mid-April, 2012.<br />
knowhow 2012 15
F l o w t e C h n o l o g i e s<br />
app for reMote Monitoring of<br />
jUng pUMpen pUMping StationS<br />
by andreas KÄmPF andreas.kaempf@pentair.com<br />
Remote monitoring of one or more pumping<br />
stations used to be possible only with infrastructure,<br />
hardware and software, costing considerable effort<br />
and expense. With the new iPhone “PumpRemoter”<br />
application from <strong>Pentair</strong> Jung Pumpen, the pump<br />
status can be polled and fault messages can be<br />
received anywhere and at any time.<br />
The new app allows wastewater treatment<br />
plants and local authorities to track<br />
pumping and lifting stations’ status<br />
data at any time. It provides access<br />
to all operating parameters such as<br />
pump flow, tank or sump water levels,<br />
pump operating mode, switching cycles<br />
per pump, and other parameters. The<br />
current tank water level is displayed as<br />
an animation. Any faults are displayed<br />
immediately in the form of a text<br />
message or email to a mobile iPhone,<br />
Monitoring of pumping stations<br />
revolutionized by the Jung<br />
Pumpen “PumpRemoter” app.<br />
16 knowhow 2012<br />
The “PumpRemoter” visualizes<br />
the current operating status of a<br />
pumping station or lifting station<br />
anywhere and at any time.<br />
smartphone or computer. App users can<br />
view data archived from past hours and<br />
days as a graph on their iPhone, iPod<br />
or iPad in landscape mode. Thanks to<br />
the new app, unnecessary inspection<br />
trips can be avoided and in the event of<br />
a fault, such as a high-water alarm as<br />
the pumping stations concerned can be<br />
directly alerted. At IFAT 2012, experts<br />
will demonstrate the new Jung Pumpen’s<br />
capabilities, including its monitoring of<br />
different pumping stations.<br />
A user-friendly animation on<br />
the “PumpRemoter” displays the<br />
current operating parameters of<br />
a pumping or lifting station.<br />
hebefix plUS:<br />
AN ELEGANT<br />
COMPACT<br />
LIFTING<br />
STATION<br />
by andreas KÄmPF<br />
andreas.kaempf@pentair.com<br />
The new Jung Pumpen ‘Hebefix<br />
plus’ ensures safe transportation<br />
of wastewater to the next downpipe<br />
combined with attractive design and<br />
advanced technology.<br />
At the SHK trade fair<br />
in Essen, Germany,<br />
drainage specialist<br />
<strong>Pentair</strong> Jung Pumpen<br />
presented a remarkable<br />
successor model to<br />
the Hebefix V compact<br />
drainage disposal unit.
The design and function of the new<br />
Hebefix plus allows use in all customary<br />
pre-wall systems and directly at<br />
the drainage source within a room.<br />
Produced in Steinhagen, Germany, this<br />
high performance pump’s intelligent<br />
installation, maintenance technology<br />
and elegant design sets a new standards<br />
for compact lifting stations. Plumbers<br />
and clients will certainly appreciate the<br />
choice of Hebefix plus for installation and<br />
maintenance.<br />
Until now, modern and sophisticated<br />
bathroom design was narrowly limited<br />
by wastewater drainage problems,<br />
particularly for renovation projects or<br />
when fitting additional bathrooms in<br />
basements or attics. In these cases, the<br />
shower and bath needed to be connected<br />
with sufficient gradient to the central<br />
wastewater pipe and had to be positioned<br />
accordingly, preventing many design ideas.<br />
The new Hebefix plus system eliminates<br />
obstacles so clients can arrange the<br />
shower, bath and basin anywhere they<br />
please.<br />
This new compact drainage disposal<br />
unit ensures wastewater free of sewage<br />
drains reliably downpipe. Thanks to<br />
the small tank depth, the Hebefix plus<br />
disappears into any pre-wall installation,<br />
small built-ins or base cabinets. The<br />
attractive design blends well with modern<br />
bathroom fittings, giving designers and<br />
home owners the option of installing the<br />
system openly.<br />
The pressure outlet can be fitted on the<br />
right or left of the unit and the five inlet<br />
options (two on the right, two on the left<br />
and one from above) offer the greatest<br />
possible flexibility during installation.<br />
Hebefix plus system also provides<br />
protection from backflow when fitted<br />
below the backflow level. These features,<br />
along with the robust ABS container<br />
casing and smooth surface, ensure the<br />
apparatus’ long and hygienic lifespan.<br />
SUitable for flat Shower trayS<br />
Very flat shower trays, especially in<br />
rooms with low ceiling heights including<br />
basement bathrooms, pose problems<br />
when drained using a compact lifting<br />
station. The Hebefix plus reliably drains<br />
grey water from very flat shower trays<br />
and the necessary installation height of a<br />
shower tray is only 4.3 inches (110 mm).<br />
Strong anD Safe<br />
The Jung Pumpen submersible pump,<br />
version U 3 K S, is fitted in the Hebefix<br />
With its attractive looks, the new<br />
Jung Pumpen ‘Hebefix plus’ can<br />
also be installed within the room.<br />
plus to guarantee reliable drainage of all<br />
wastewater with a delivery height of 22<br />
feet (7 m) and a maximum flow volume of<br />
1,717 gal/h (6.5 m 3 /h). An activated carbon<br />
filter that is integrated in the casing<br />
cover ensures odourless operation. For<br />
pre-wall installation, the ventilation insert<br />
in the delivery scope ensures odourless<br />
and reliable ventilation.<br />
The Hebefix plus contains an alarm<br />
control for safe operation that warns the<br />
operator of high water level in the tank. A<br />
dry contact allows control of a visual or<br />
audible signal.<br />
The fully-wired, pre-assembled apparatus<br />
is delivered complete with the necessary<br />
pressure connections, the ventilation<br />
system with an activated carbon filter,<br />
a check valve, and rubber collars. The<br />
Hebefix plus is ‘type approved’ by the<br />
state testing authority in Germany in<br />
accordance with DIN EN 12050-2. In the<br />
mid-term, this upgraded system will<br />
replace the Hebefix V drainage disposal<br />
unit, which was designed exclusively for<br />
pre-wall installation.<br />
knowhow 2012 17
P r o C e s s t e C h n o l o g i e s<br />
polarex ®<br />
THE FUTURE OF LIqUID-LIqUID AMINE CONTACTING<br />
abStraCt<br />
Historically, amine treatment of natural<br />
gas liquids (NGL) has no alternative<br />
method other than contracting the<br />
product with amine to remove carbon<br />
dioxide (CO2) and hydrogen sulfide (H2S).<br />
These traditional techniques involve<br />
contractor columns that use random<br />
packing, sieve trays or structured packing.<br />
This conventional contractor tower<br />
method has a high cost, and may result<br />
in amine carryover, in amine carryover,<br />
ineffective contaminant removal and<br />
plugging/fouling of columns and<br />
distributors/redistributors. Repairs inside<br />
contactor columns can be difficult and<br />
expensive, particularly when including the<br />
cost of downtime.<br />
To address the challenges associated<br />
with conventional amine contractor<br />
equipment, <strong>Pentair</strong> Porous Media along<br />
with Enterprise Products Partners L.P.<br />
worked together to implement a Polarex ®<br />
Extrative Separation system, in lieu of a<br />
contactor tower, for amine treating of NGL<br />
streams.<br />
The deployment of the Polarex System in<br />
a LPG/NGL treatment process creates<br />
several benefits and savings for the<br />
process:<br />
u A Polarex System can provide a<br />
near-immediate solution<br />
u Significant reduction in size and cost<br />
versus the traditional sweetening<br />
method<br />
u A Polarex System can be easily<br />
relocated when necessary<br />
u Provides significant operational<br />
stability without the issues associated<br />
with conventional contacting<br />
technology.<br />
This technology succeeded in several<br />
NGL treatment applications, including<br />
installations in facilities operated by<br />
Enterprise at the Mont Belvieu complex.<br />
18 knowhow 2012<br />
by Carl hahn, Ph.d. carl.hahn@pentair.com<br />
introDUCtion<br />
Shale gas plays an important role in the<br />
natural gas liquids industry. Over the past<br />
decade, the combination of horizontal<br />
drilling and hydraulic fracturing has<br />
allowed access to large volumes of shale<br />
gas that were previously uneconomical<br />
to produce, and rejuvenated the natural<br />
gas industry in the U.S. Shale exploration<br />
and development has increased available<br />
reserves from 150 trillion cubic feet to<br />
more than 250 trillion cubic feet of natural<br />
gas.<br />
Many shale gas discoveries provide<br />
hydrocarbon liquids that are lighter<br />
in specific gravity than crude oil and,<br />
therefore, are categorized as NGL.<br />
The demand for liquid-rich shale has<br />
caused production booms in certain<br />
regions of the U.S. These production<br />
increases created significant growth<br />
in the liquids that feed chemical<br />
feedstocks and fractionation facilities.<br />
This increase in NGL made it profitable<br />
for chemical companies to once again<br />
product chemicals in the U.S. due to the<br />
price decrease of NGL feedstocks. This<br />
increased demand from factionators<br />
across the nation to supply chemical<br />
feedstocks with necessary liquid<br />
hydrocarbons.<br />
NGL products—ethane, propane, normal<br />
butane, isobutene and natural gasoline—<br />
provide many uses as materials for the<br />
petrochemical industry: feedstocks for<br />
refiners producing motor gasoline and<br />
fuel for industrial and residential users.<br />
u The petrochemical industry uses<br />
ethane primarily as a feedstock for<br />
ethylene production, one of the basic<br />
building blocks for a wide range of<br />
plastics and other products<br />
u Propane is used as a petrochemical<br />
feedstock when in producing ethylene<br />
and propylene, and as a heating,<br />
engine and industrial fuel<br />
u Normal butane is used as a<br />
petrochemical feedstock in the<br />
production of ethylene and butadiene<br />
(a key ingredient of synthetic rubber),<br />
a blendstock for motor gasoline and to<br />
derive isobutene through isomerization<br />
u Isobutane is fractionated from<br />
mixed butane (a mix stream of normal<br />
butane and isobutene) or produced<br />
from normal butane through the<br />
process of isomerization, and in<br />
refinery alkylation to enhance the<br />
octane content of motor gasoline, in<br />
the production of isooctane and other<br />
octane additives and in the production<br />
of propylene oxide<br />
u Natural gasoline, a mixture of pentanes<br />
and heavier hydrocarbons, is primarily<br />
used s a blendstock for motor gasoline<br />
or as a petrochemical feedstock.<br />
ngl fraCtionation<br />
NGL fractionation facilities are designed<br />
to separate the NGL feed stream into its<br />
individual product components. Most<br />
fractionation plants consist of three steps<br />
(refer to Figure 1):<br />
1. Raw NGL treatment filters feeds,<br />
separates water and removes CO2<br />
2. Dehydration removes soluble water in<br />
the NGL stream<br />
figure 1: NGL fractionation process flow diagram
3. Fractionation—carried out through a<br />
series of distillation towers—separates<br />
the NGL feed stream into commercially<br />
desirable products: ethane, propane,<br />
normal butane, isobutene and natural<br />
gasoline.<br />
ConVentional ngl treating<br />
eqUipMent<br />
Operators traditionally utilized<br />
conventional sock fillers, string wounds,<br />
mesh pads or vane pack type housings<br />
to remove particulates and/or water on<br />
the front-end of fractionation plants.<br />
Conventional contactor columns have<br />
traditionally been used to remove CO2<br />
from the NGL. This treatment equipment,<br />
used for more than 50 years, yields<br />
varying degrees of success, and frequently<br />
requires considerable costs and attention<br />
to operational problems.<br />
The common issues associated with these<br />
conventional devices include:<br />
u High capital costs<br />
u Amine losses and make up<br />
u Ineffective contamination removal<br />
u Plugging and fouling of columns<br />
u Costly repairs and production loss due<br />
to downtime<br />
Installing liquid-liquid pressure vessels<br />
downstream of the amine columns is<br />
the conventional method to capture the<br />
amine carryover. These devices, however,<br />
have proven ineffective at recapturing a<br />
significant amount of amine losses. They<br />
also negatively impact the process with:<br />
u Residence time vessels<br />
u Hay bale vessels<br />
u Mesh pad/ vane packs<br />
u Coalescing-type vessels with elements.<br />
polarex extraCtiVe Separation<br />
SySteM<br />
As an alternative to conventional treating<br />
methods and amine contactor towers,<br />
Enterprise Products chose to implement<br />
Polarex Extractive Separation Systems<br />
at its premier NGL fractionation facilities<br />
in Mont Belvieu and Gaines County,<br />
Texas. Polarex technology dramatically<br />
improves separation of entrained and<br />
dissolved contaminants relative to what<br />
can be achieved through implementation<br />
of conventional water wash or solvent<br />
scrubbing towers. The Polarex technology<br />
has the capabilities to remove contaminants<br />
(e.g., caustic, dissolved acids, salts, acid<br />
gasses or reaction by-products) and recover<br />
valuable products or solvents (e.g., recover<br />
soluble amines from treated LPG).<br />
Figure 3 depicts a simplified flow<br />
diagram of the Polarex systems installed<br />
in Enterprise Products facilities. The<br />
Polarex Solvent Injection System injects<br />
lean amine into the NGL upstream of the<br />
Polarex contactor. The emulsified amine<br />
exiting the injection system is a 50 micron<br />
droplet, or smaller. This droplet size<br />
distribution creates an intimate contact<br />
between the amine and the sour NGL for<br />
the removal of CO2. This intimate contact<br />
allows the mass transfer to occur on<br />
the micro-structured extraction media.<br />
This level of contact allows the mass<br />
transfer to occur on the micro-structured<br />
extraction media. This level of contact is<br />
then immediately followed by the effective<br />
means of capturing the dispersed phase<br />
and effectively separating it out of the<br />
NGL stream. This high specific contact<br />
area in a Polarex system may be an order<br />
of magnitude larger than that possible in<br />
conventional extraction systems.<br />
Using Polarex technology, Enterprise<br />
Products experiences the following<br />
process benefits compared to conventional<br />
solvent contacting towers:<br />
u Outstanding performance in removing<br />
contaminants, such as caustic,<br />
dissolved acids, salts, acid gases, or<br />
reaction by-products<br />
u Significant reduction in size (vessel<br />
diameter and footprint)<br />
u Significant reduction in capital and<br />
operational costs<br />
u Shorter lead times for a<br />
near-immediate solution (due to the<br />
reduced size)<br />
u Relative east to relocate if necessary<br />
u Stable operations without the common<br />
issues associated with towers.<br />
ConClUSion<br />
Polarex Extractive Separation System<br />
provides an alternative to traditional<br />
methods for contacting NGL products with<br />
amine for CO2 and H2S removal. Enterprise<br />
Products initially installed Polarex<br />
Technology at their Hobbs Fractionation<br />
Facility in Gaines, Texas, in 2008.<br />
Enterprise Products found this technology<br />
provides optimum performance, at<br />
lower costs, a smaller footprint, and the<br />
system was easier to operate. As a result,<br />
Enterprise Products has a since installed<br />
several Polarex systems in Mont Belvieu,<br />
Texas NGL Fractionation facility.<br />
A special thank you to contributing authors<br />
and companies: Jonathan Gonzalez & Sharon<br />
Maydak – <strong>Pentair</strong> Porous Media; Michael<br />
McDowell – Aiken Engineering; Mark Gregory<br />
& Chris Hjorth – Enterprise Products;<br />
S&B Engineers and Constructors, Ltd.<br />
figure 2: Conventional contacting process flow diagram figure 3: Polarex ® process flow diagram<br />
knowhow 2012 19
t e C h n i C a l P r o d u C t s<br />
iMproVing inDUStrial proCeSS Cooling<br />
reliability in faSt growth regionS<br />
by Paul landgraF paul.landgraf@pentair.com<br />
Global OEM equipment-makers serve the<br />
many needs of the fast-growth markets,<br />
such as greater mobility, increased access<br />
to information, and reliable food supply.<br />
They do not, however, have many options<br />
to prevent their electronic controls in<br />
production processes from over-heating<br />
with reliable air conditioning. While many<br />
local suppliers of industrial process<br />
cooling boast competitive prices, their air<br />
conditioners may break down and could<br />
be troublesome to maintain. High-quality<br />
control panel air conditioners from the<br />
U.S. or Western Europe provide useful<br />
alternatives, but the increased cost deters<br />
many potential customers.<br />
The new McLean brand V-Series control<br />
panel air conditioner from <strong>Pentair</strong> offers<br />
industrial automation manufacturers<br />
the best of both worlds. Featuring all<br />
the reliability and easy maintenance<br />
from America’s leading brand, McLean<br />
20 knowhow 2012<br />
Cooling Technology, it’s also available at<br />
an exceptional value thanks to localized<br />
manufacturing in China, India and Brazil.<br />
The V-Series air conditioner delivers more<br />
cooling at higher temperatures than typical<br />
competitive offerings, which is especially<br />
important given that many of these factories<br />
are located in tropic or near-tropic regions.<br />
The V-Series air conditioners’ coated<br />
condenser coil enables the unit to operate<br />
without a filter in most manufacturing<br />
environments, thereby reducing the need<br />
for time-consuming and costly maintenance,<br />
and providing more efficient operation than<br />
German-engineered panel coolers.<br />
“We are excited about the prospects for<br />
growth that the V-Series air conditioners<br />
create for us in the fast-growth regions<br />
of the world with market appropriate<br />
price value,” said Deba Sen, Global VP of<br />
Marketing at <strong>Pentair</strong> Technical Products. “It<br />
positions us well to penetrate the market<br />
Fast-growth<br />
regions demand<br />
increased<br />
automation.<br />
As the world’s fast-growth regions develop and the middle-class<br />
demands improved standards of living, the need for industrial<br />
automation—including machine tools, factory robotics and can-<br />
making equipment—has increased dramatically to maintain and<br />
improve reliable and consistent operations. <strong>Pentair</strong> Technical<br />
Products’ McLean TM brand new V-Series control panel air conditioner<br />
is well-positioned to provide solutions for this growing need.<br />
<strong>Pentair</strong>’s new V-Series control panel air<br />
conditional provides needed cooling for<br />
this automation.<br />
opportunity by delivering exceptional<br />
customer reliability, convenience and<br />
value. With continued success, we plan on<br />
expanding our V-Series product family with<br />
other forms of electronics cooling to extend<br />
our business franchise and maximize<br />
our sales opportunities among industrial<br />
automation equipment builders.”<br />
The V-Series air conditioner is engineered<br />
to operate in Asia, Latin America and<br />
Europe, using 230 volt 50 Hz electrical<br />
current. Models offer a popular range of<br />
temperature control that come in 300, 600,<br />
1200, 1500 and 2000 watts of cooling. The<br />
V-Series is CE-certified—an electrical<br />
certification accepted in most parts of<br />
the world—as well as GOST-certified for<br />
the Russian market. The air conditioner’s<br />
thoughtfully engineered design will<br />
maintain smooth factory processes in<br />
virtually any light industrial environment<br />
around the world.
DESIGN yOUR STANDARD<br />
by doug FranZ doug.franz@pentair.com<br />
Electrical and electronic equipment can break down<br />
or become damaged from environmental conditions,<br />
costing businesses. From auto plants to oil refineries,<br />
water treatment facilities to data centers, <strong>Pentair</strong>’s<br />
Technical Products’ Hoffman TM brand products<br />
protect business’ vital equipment and employees.<br />
Excelerate provides the right<br />
enclosure at the right time.<br />
The Hoffman product portfolio<br />
encompasses more than 14,000 catalog<br />
items. Since customers need a broad<br />
range of products, we offer variations<br />
in size—from smaller than a shoebox to<br />
larger than a commercial refrigerator—<br />
and many different materials, including<br />
steel, stainless steel, plastic, fiberglass<br />
and aluminum, and the accessories<br />
required for customers to mount their<br />
equipment inside.<br />
Despite the large product<br />
portfolio, many customers<br />
still need changes to suit<br />
their specific application.<br />
Design engineers often<br />
request a unique size to suit<br />
the available space and a<br />
special paint color to match<br />
their machine or brand<br />
identity, or they may want<br />
prefabricated holes and<br />
cutouts on the enclosure to<br />
reduce their time and labor<br />
costs.<br />
The variety of<br />
customer-requested<br />
modifications and enclosure<br />
options poses a challenge<br />
for manufacturers to meet<br />
customer needs in a timely<br />
fashion. In such a highly<br />
competitive market, lack<br />
of speed can limit sales<br />
growth. Customers expect<br />
standard items to ship immediately from<br />
inventory and customized items to ship in<br />
two to three weeks, if not sooner. Combine<br />
the customer’s need for speed with the<br />
business’ need to manage inventories,<br />
engineering resources, and production<br />
schedules, and the challenges quickly<br />
multiply.<br />
To respond to this need, more than<br />
300 employees from all organizational<br />
functions participated in multiple process<br />
improvement events (Kaizens) to establish<br />
new internal processes that drive the<br />
lead-time performance commitment to the<br />
customer.<br />
Effective April 25, the Hoffman brand<br />
launched the exCelerate initiative<br />
to improve lead-time performance and<br />
meet our customers’ needs. This program<br />
implements:<br />
1. Stocked Standard items: Items available<br />
from inventory or, in the event of a stock<br />
outage, have a rapid replenishment plan<br />
(product ships in three days).<br />
2. non-Stocked Standards: Items ready to<br />
be built but not carried in finished goods<br />
inventory (product ships in 10 days).<br />
3. Design–your-Standard: Standard items<br />
that customers have modified within a<br />
set of established guidelines allow them<br />
to create their own unique standard<br />
product, such as size, paint color, install<br />
accessories, cutouts and holes in the<br />
enclosure body or door (product ships in<br />
15 days).<br />
4. engineered Solutions: Items that<br />
require modifications outside<br />
the established guidelines of the<br />
Design-your-Standard scope or are<br />
based completely on the customer’s<br />
unique design (lead-time based on the<br />
specific customer requirements).<br />
Excelerate’s new Design your Standard<br />
option aligns with customer insights<br />
and empowers our customer, the design<br />
engineer, to select products that best meet<br />
their design and delivery needs. To expand<br />
on that offering even further, when a<br />
customer creates a Design-your-Standard<br />
solution, that product is eligible to become<br />
a Non-Stocked Standard and will be<br />
delivered 33 precent faster on subsequent<br />
orders. Design Engineers now choose the<br />
speed that they need: the right enclosure<br />
delivered at the right time.<br />
With Excelerate, you Design-your-Standard<br />
and lead the way!<br />
knowhow 2012 21
a q u at i C s y s t e m s<br />
by JosÉ guillen jose.guillen@pentair.com<br />
With the market for new pool construction significantly<br />
down, <strong>Pentair</strong> Aquatic Systems currently focuses<br />
its energies on growing the replacement market,<br />
specifically the “Green” Eco Select TM products.<br />
Seeking new opportUnitieS<br />
in a Challenging Market<br />
These products, including the IntelliFlo ®<br />
variable speed pumps, provide huge<br />
energy savings to existing pool owners.<br />
Their relatively fast payback compel<br />
existing in-ground swimming pool<br />
owners, approximately five million in the<br />
U.S. market, to take advantage of these<br />
products.<br />
When a pool pump needs to be repaired or<br />
replaced, pool owners first call the service<br />
company. This previously undiscovered<br />
channel offers the most cost-effective and<br />
efficient path for reaching pool owners and<br />
communicating IntelliFlo pumps’ potential<br />
savings.<br />
fielD teSt<br />
<strong>Pentair</strong> Rapid Growth Process’ new<br />
initiative for organic growth created an<br />
alpha test, Consumer IntelliFlo via Service<br />
Company, that delivered important results.<br />
Developing the new service company<br />
channel required convincing end<br />
consumers of <strong>Pentair</strong>’s Eco Select products’<br />
22 knowhow 2012<br />
<strong>Pentair</strong> helps pool owners—and their children—enjoy<br />
their pool while saving money and energy.<br />
energy savings and short payback. As part<br />
of the first field test, the North America<br />
Pool team trained service companies and<br />
provided them with the tools to perform<br />
on-site energy audits and successfully<br />
present the energy savings to consumers in<br />
a clear, concise way.<br />
Participants used the Energy Audit<br />
Calculator—an Excel spreadsheet where<br />
auditors enter homeowners’ data to receive<br />
a personalized summary of installation<br />
costs, savings and the ROI. A graph depicts<br />
the pool owners’ electrical costs to run<br />
existing equipment over a five-year period,<br />
contrasted with the savings after making an<br />
investment in the IntelliFlo pump.<br />
learningS<br />
Surprisingly, the most successful piece of<br />
literature didn’t come from our marketing<br />
department, but a personal letter from<br />
the service company. Dealers sent a letter<br />
to each of their customers interested in<br />
IntelliFlo, its savings, features and benefits.<br />
This effective letter, combined with<br />
face-to-face presentations of audit results<br />
with the pool owner, resulted in highest<br />
closing ratio.<br />
reSUltS<br />
The program has yielded exceptional<br />
results. More than 500 companies have<br />
been trained and countless pool customers<br />
have received the tools needed to save<br />
energy. The sales force is excited, and they<br />
are not only running with the program, but<br />
using it as a differentiator for why pool<br />
professionals should choose <strong>Pentair</strong> over<br />
competitors. During the field test, IntelliFlo<br />
pump sales were exceptional and led to<br />
cross-sales, such as one remodeler’s sales<br />
of six IntelliFlo pumps, along with six<br />
LED lights IntelliBrite ® and two<br />
Easy Touch ® Automation<br />
upgrades.<br />
We are now teaching participants<br />
to look for other possible backyard<br />
upgrades, which excites power<br />
companies. Gulf Power offered<br />
a pump rebate for one of our<br />
test markets—the most<br />
successful rebate program<br />
ever run—prompting<br />
other utility companies to<br />
consider similar rebates.<br />
IntelliFlo ® Variable<br />
Speed Pool Pump
a green Step<br />
IN POOL AUTOMATION<br />
by JosÉ guillen<br />
jose.guillen@pentair.com<br />
<strong>Pentair</strong> has been<br />
a leader in pool<br />
automation for many<br />
years and now—with the<br />
introduction of the new<br />
IntelliPool TM automation<br />
system—has set a new<br />
standard for sustainable<br />
home pools.<br />
This intelligent pool system helps<br />
homeowners maintain and manage their<br />
pools so they can sit back and relax while<br />
being ‘green’!<br />
anywhere, anytiMe<br />
Designed to maximize the IntelliFlo ®<br />
variable speed pump, the IntelliPool<br />
automation system remotely manages<br />
<strong>Pentair</strong> pool equipment with any smart<br />
phone or internet connection. A unique<br />
radio code connects all IntelliPool<br />
elements wirelessly to reduce any<br />
interference, allowing existing pools<br />
to be upgraded with this automation<br />
system without difficult and expensive<br />
reconstruction work. The IntelliPool also<br />
controls the <strong>Pentair</strong> IntelliFlo pump and<br />
IntelliChlor ® salt chlorinator with 2-way<br />
communication, allowing the pool owner<br />
to control pump speed and chlorination<br />
levels and receives status information<br />
IntelliPool TM automation system.<br />
and warnings. This technology also allows<br />
automated control of filter backwash using<br />
powered push-pull valves and <strong>Pentair</strong><br />
IntelliBrite ® LED changing color lights.<br />
benefitS<br />
The pump always runs at the perfect speed,<br />
offering many benefits including energy<br />
savings, improved filtration, decreased<br />
backwash frequency, better chlorination,<br />
and less disposal of chemicals to the drain.<br />
Control of salt electrolysis optimizes the<br />
lifetime of the IntelliChlor cells since it<br />
only works when it has to do it.<br />
Pool professionals can monitor multiple<br />
pools without visiting the technical room<br />
since the IntelliPool provides real-time<br />
remote access to the pool parameters, can<br />
distribute alert emails when a specific<br />
parameter exceeds the set value, and<br />
email the pool parameters report for study.<br />
With IntelliPool, the professional can<br />
control the water better—in more pools—<br />
with less on-site interventions.<br />
Pool owners and professionals save<br />
money and resources because IntelliPool<br />
improves the control and treatment of<br />
the pool’s different elements by ‘talking’<br />
to them. For this reason, this intelligent<br />
automation system is part of the Eco<br />
Select TM brand which identifies greenest<br />
<strong>Pentair</strong> pool products.<br />
teChniCal training<br />
IntelliPool automation premiered at the<br />
Barcelona Pool show in Spain in October,<br />
<strong>2011</strong>. Afterwards, the <strong>Pentair</strong> Incentive<br />
Program held several technical trainings<br />
with dealers at <strong>Pentair</strong>’s plant in Belgium.<br />
More than 150 dealers were trained in<br />
four days, resulting in 50 companies<br />
placing orders for the 2012 season. The<br />
“pull-through” approach for working closely<br />
with dealers generated successful results<br />
and product acceptance. The demand for<br />
IntelliPool automation technology also<br />
increased cross-sales of other ‘Intelli’<br />
products, including IntelliFlo, IntelliChlor<br />
and IntelliBrite.<br />
IntelliPool TM readings on an iPad.<br />
knowhow 2012 23
24 knowhow 2012<br />
<strong>KnowHow</strong> is published by:<br />
<strong>Pentair</strong>, Inc<br />
Design:<br />
Studio Koco<br />
To subscribe to <strong>KnowHow</strong> e-mail<br />
knowhow@pentair.com