THE FUTURE OF CONCENTRATED SOLAR POWER PLANTS

THE FUTURE
OF CONCENTRATED SOLAR
POWER PLANTS
PRODUCTS AND SOLUTIONS

ief overview
02 spx Thermal Equipment & Services
04 spx Brands: The spx Thermal
Equipment & Services Family
what we build on
06 The Future of Concentrated
Solar Power Plants
08 The Key Challenges of Concentrated
Solar Power Plants
10 Best-in-Class Technology
12 What We Build on
14
spx selected solar references
Sunbelt
16 Nevada Solar One, USA
20 Andasol 1 + 2, Spain
21 Ain Beni-Mathar, Morocco
22 Solana, USA
23 Hassi R’ Mel, Algeria

SOLAR ISLAND
STEAM GENERATOR
SYSTEM
POWER ISLAND
SPX Solar Products
1
2
3
4
5
6
7
8
9
10
11
12
13
spx Molten Salt Heat Exchanger – Maximum thermal effi ciency
– Optimized integration into storage system
spx Balcke-Dürr Preheater
spx Balcke-Dürr Steam Generator
spx Balcke-Dürr Superheater
spx Balcke-Dürr Reheater
– Proven design options for both natural and forced evaporation,
e. g. Once-Through Steam Generator
– Signifi cant shortening of plant start-up time
by allowing unrestricted turbine start
– Least space requirements due to a reduced number
of components and piping
– Minimum investment and operational cost with
maximum lifetime and availability
spx Balcke-Dürr Moisture Separator – Unmatched effi ciency by Powervanes
– Horizontal and vertical arrangements
spx Copes-Vulcan Feedwater Control Valve – Repeatable Tight Shut Off
– Characterized Performance
– Quick Change Trims
– Anti-cavitation Trims
spx Balcke-Dürr High Pressure Feedwater
Heater
spx Balcke-Dürr Deaerator
spx Balcke-Dürr Low Pressure Feedwater
Heater
– Most reliable and proven technology
– Cost-effi cient and compact designs
spx Air-Cooled Condenser – Minimized water consumption
– Well-proven interaction with interconnecting systems
– Guaranteed maximum energy production output
– Minimal land occupation per megawatt
– Very low noise level achievable
spx Evaporative Cooling Tower
(Optional)
spx Balcke-Dürr Water-Cooled Condenser
(Optional)
– Higher thermal cycle effi ciency
– Dirty water application
– Low operation cost at high performance
– Corrosion resistant
– Highly effi cient and reliable technology
– Cost-optimized and proven designs for all exhaust steam fl ows
spx Copes-Vulcan Turbine Bypass Valve – Repeatable class V tight shutoff
– High pressure balanced
– Full plug guiding with anti-rotation
– Steam atomisation of the cooling water
– Low coolant pressure required
– High water capacity for large cooling duties
– High turndown ratio for both steam and water
spx Waukesha Transformer – State-of-the-art technology and education
– Ratings up to 1200 MVA, 500kV
– Built according to the latest IEEE, ANSI, NEMA and
ISO 9001:2008 quality system standards

Concentrated Solar Power
Reference Plant
SPX Products in Grey
solar island steam generator system power island
A Solar Field
B Hot Salt Tank
C Cold Salt Tank
D Expansion Vessel
E Steam Turbine
1
A
B
C
D
F Generator
1 Solar Molten Salt Heat Exchanger
2 Solar Preheater
3 Solar Steam Generator
4 Solar Superheater
4
3
2
5
6
7
5 Solar Reheater
6 Solar Moisture Separator
7 Solar Feedwater Control Valve
8 Solar High Pressure Feedwater Heater
9 Solar Deaerator
8
E
9
12
10
E
11
13
10 Solar Low Pressure Feedwater Heater
11 Solar Cooling System
12 Solar Turbine Bypass Valve
13 Solar Transformer
F

Tomorrow’s concentrated solar
power plants will become an
important part of the world’s
future energy mix. spx is
working hard to deliver highquality,
innovative products
and solutions that will make
tomorrow’s plants even more
effi cient, safe and fl exible.
DREW LADAU / Segment President
spx Thermal Equipment & Services

2 Brief Overview
Global Performance
at the Highest Level
SPX Thermal Equipment & Services
One of the world’s leading
manufacturer of thermal
power plant components
Premium solutions
for increased safety,
effi ciency and fl exibility in
power generation
A global service and
aftermarket support with
over 150 branches, offi ces
and partners throughout
the world
More than 100 years’
experience of innovation

SPX THERMAL EQUIPMENT AND SERVICES OFFICES:
AMERICA 01 Overland Park usa (Evaporative Cooling Headquarters) | 02 Brea usa | 03 Olathe usa | 04 Tulsa usa | 05 Charlotte usa (spx Headquarters) | 06 Bethlehem
usa | 07 Bridgewater usa | EUROPE 08 Worcester u.k. | 09 Brussels belgium (Dry Cooling Headquarters) | 10 Ratingen germany (Balcke-Dürr Headquarters) 11 Wenden
germany | 12 Neubeckum germany | 13 Leipzig germany | 14 Warsaw poland | 15 Moscow russia | 16 Gallarate italy | 17 Perugia italy | 18 Budapest hungary
AFRICA 19 Johannesburg south africa 20 Nigel south africa | ASIA 21 Pune india | 22 Ghuangzhou china | 23 Zhangjiakou china | 24 Beijing china 25 Tianjin
china | 26 Shanghai china | 27 Wuxi china
01
02
03
04
07 08
WE SUPPLY ENERGY FOR THE FUTURE
spx Thermal Equipment & Services is the spx Corporation’s center
of excellence for thermal power plant components and services.
On a worldwide level, spx stands for high-end engineering and
fi rst-class production quality. Thousands of power plants in over
60 countries use our components and technologies. With over 150
branches, offi ces and partners on all continents, spx ensures the
global reach and necessary on-site service to provide our customers
with individual solutions. Thanks to our global experience,
we not only recognize the technical challenges of our customers,
but also understand their regional specifi cations and requirements.
05
06
16
10 11
09
13 14
12
17
15
19
18
20
21
23
22
A RELIABLE PARTNER FOR THE ENERGY SECTOR
spx Thermal Equipment & Services offers comprehensive solutions
for industrial facilities and power plants of all types. Our focus is
on the individual requirements of our customers – be it increased
effi ciency, modernization, modifi cation or repairs. With over 100
years of experience, spx, as a reliable partner, supports energy
companies and operators of complex industrial facilities.
We are fi rmly integrated into a strong group of companies: the spx
Corporation. This multi-national, multi-line group based in the U.S.
offers technical solutions for the energy market, and the automotive
and food industries.
24
SPX Thermal Equipment & Services
25
26
27
3

4 Brief Overview
Combined Expertise in
Innovative Energy Technology
SPX Cooling Technologies and Marley
are two of the leading manufacturers of
cooling towers and air-cooled condensers
Balcke-Dürr
the specialist in power plant components in the
water-steam, heat-transfer fl uid or molten salt cycle
and in the fl ue gas path
Total solutions from a single source
we combine state-of-the-art expertise to create world-leading technology
Comprehensive systems expertise
for the perfect interaction of all components
Combined, we hold numerous global patents
in the fi elds of power generation and cooling technology

The spx Thermal Equipment & Services Family
STRONG BRANDS UNDER ONE ROOF
Behind spx Thermal Equipment & Services there is a whole network
of renowned brand names: Marley, Balcke-Dürr, Waukesha,
Rothemühle, Ecolaire, Yuba and many more. All of these brand products
are developed, built, sold and serviced by us. The core of the
brand family is formed by the specialists in thermal power plant
components: Balcke-Dürr, spx Cooling Technologies and Marley.
spx Cooling Technologies and Marley are two of the leading
suppliers for cool ing towers and air-cooled condensers. With a
base of over 100 years’ tradition, the companies own more than
250 global patents in power generation and climate technology
fi elds.
Balcke-Dürr produces power plant components for the water-steam
cycle and the fl ue gas path. With over 100 years of experience,
the company provides cutting edge solutions and services, ranging
from the standard module to complete thermal systems.
The SPX Thermal Equipment & Services Family
COMBINED SYSTEM EXPERTISE FOR FUTURE TECHNOLOGIES
Using our comprehensive system expertise, we achieve an optimal
interaction of all thermal power plant components – for greater
performance and higher economic effi ciency of the systems. We
pursue this integrated approach right from the project development
regarding the dimensions of our projects, up to the commissioning
and maintenance of existing facilities. Our segment has its
own engineering departments, production facilities and installation
personnel. In this way we can meet the individual needs of our
customers down to the smallest detail.
We have long been global innovators and technology leaders in
our fi eld. The innovative strength of our international team of
experts, along with rigorous research and development form the
foundation of our global strategy.
5

6 What We Build on
The Future of Concentrated
Solar Power Plants

Only with effi cient and innovative technologies
we will be able to successfully deploy the extraordinary
potential of the sun. Our goal is
to increase the reliability and availability of solar
power and establish it as a competitive
and rewarding energy source for every utility.
THE POWER OF THE SUN
Without the sun, life on our planet would not be possible. The
central star of our solar system is the world’s largest energy
source. Solar energy is considered as one of the most sustainable able
and renewable methods of power generation and can provide
inexhaustible amounts of energy without any emission. The key ey
The Future of Concentrated Solar Power Plants 7
to using the sun as an energy source are concentrated solar power
plants, which produce electricity and district heating on a grand
scale. They concentrate sunlight with thousands of mirrors and,
under high temperatures, convert water into steam. This steam
drives turbines which generate electric power in the same way as
found in the water-steam cycle of a conventional power plant.

8 What We Build on
0,3 percent of the world’s desert would be suffi cient
to cover the global demand for electric power.*
* According to studies of the German Aerospace Center

The Key Challenges of
Concentrated Solar Power Plants
Solar power offers a global solution
for the shortage of energy sources.
But how can production costs be reduced to a profi table amount?
Solar energy is completely emission-free and inexhaustible.
But how can costs be minimized throughout the entire life cycle of the plant?
Solar energy has an excellent growth potential.
But how can the challenge of fast changes between night and day be faced?
HIGH POTENTIAL FOR TOMORROW’S POWER SUPPLY
In six hours the world’s deserts receive more energy than the
whole mankind consumes in one year. To cover the entire global
demand for electric power of 18,000 TWh per year it would theore
tically be suffi cient to equip three thousandths of the world’s
deserts with collector fi elds for solar thermal power plants. Today,
our experts already work on turning the attractive vision of using
solar energy on a big scale into reality. Solar energy has developed
a rising market tendency. Ideal conditions are mainly found in nine
countries along the world`s sun belt. This belt reaches around the
planet north and south of the equator – mainly through deserts.
Countries like Spain, the United States or China already are using
solar energy for industrial electricity generation.
MEETING CHALLENGES WITH INNOVATION
Storing energy that was generated during the daytime and making
it usable during the nighttime is only one of the challenges for
which our experts are developing concepts today. At the same time
production costs are about three times higher than compared to
conventional power plants. In order to reach a higher share of solar
power on the energy mix in the long run more effi cient technologies
– meaning optimized performance and reduced cost – will be
required. At this point our spx solutions come into play: Through
innovative engineering we can signifi cantly reduce the investment
The Key Challenges of Concentrated Solar Power Plants
costs of a plant. At the same time we reduce a second major cost
factor: maintenance efforts – and implement new low-maintenance
concepts for our customers.
SYSTEM COMPETENCY – THE KEY TO COST-EFFECTIVENESS
The degree of effi ciency and therefore the cost-effectiveness of a
solar power plant is determined by the key components of the system,
two of them being the water-steam and cooling cycles. Here,
the overall performance depends directly on the perfect interaction
of all components. The more we optimize system specifi cations,
the more effi cient will the overall system work. Exactly this
system expertise brings us to the forefront of engineering in the
energy market – worldwide.
WATER – PRESERVING A VALUABLE RESOURCE
With our broad knowledge about thermal power plant systems we
are also solving another problem in solar thermal power generation
– water consumption. Most solar power plants are located in
very arid desert regions. Especially there, water is a very important
and limited resource. For that reason our solar components have
been developed for minimum water consumption.
9

10 What We Build on
Best-in-Class Technology
for a Boundless Energy Source
Well-proven expertise
More than 50 percent of the CSP base equipped with spx solutions
High longevity
More than 10,800 cycles warm start capability
Maximum cost-effectiveness
4 times lower capex with spx components possible
Fast available
Up to 15 Kelvin / minute ramping speed

PRECISE ENGINEERING FOR MAXIMUM POWER GENERATION
A successful solar project essentially depends on the engineering
quality. Without proper components the two most important
factors for an economically effi cient facility – availability and
reliability – will suffer. Under certain conditions the longevity will
also be signifi cantly reduced due to abrasion and stressing of components.
All our solutions are adjusted to the individual conditions
at hand. With our core competency within the water-steam cycle
and our premium engineering, we can enhance the effi ciency of
the whole plant. That applies to all solar thermal technologies on
the market.
SOLAR ISLAND
The Solar Island is the core of any power station. Solar refl ec -
tors bundle sun rays onto special absorbers that will transform solar
energy into heat and convey it to heat exchangers. These heat
exchangers are essential to effi ciency. To cover individual requirements
spx has one of the broadest product ranges on the market.
For instance, the spx Molten Salt Heat Exchanger: For certain
technologies such as parabolic trough systems or Fresnel plants it
provides the interface between the heat piping and the salt silos
used as energy storage. Designed for high heat transfer rates and
maximum temperature operation, the device ensures maximum
thermal effi ciency and less material stressing. It can be integrated
to solar storage systems for an improved overall performance. The
whole plant profi ts from the spx Molten Salt Heat Exchanger with
its optimized electricity load profi le.
STEAM GENERATOR SYSTEM
The steam generator converts the collected heat from the solar
fi eld into thermal energy through several different stations. spx
covers the whole process with perfectly interacting components
down to every detail. All components allow for fl exible design
options, quick start-up times and a high number of operating
cycles while keeping operational and investment costs at bay. One
example is the spx Balcke-Dürr Once-Through Steam Generator,
Best-in-Class Technology
11
which is particularly suitable for concentrated solar power plants:
The device integrates preheater, evaporator and superheater in
one vessel, reducing piping costs and pressure loss. A once-through
concept enables the main steam conditions to be increased, which
provides higher effi ciencies. The header-type design reduces
the start-up times of the overall plant through high temperature
gradients. Compared to conventional units, these steam generators
enable the power plant to be operated much more fl exibly and
cost effectively.
POWER ISLAND
The water-steam cycle routes the steam to the turbines for power
generation. Afterwards, the steam condenses to water again – fi rst
inside the spx Condenser and then into the spx Evaporative Cooling
tower. Exactly within this special combination of components
lies one of spx’s key competencies: the Cold End. The components
of this highly complex system determine the ultimate performance
of a power plant. For example, the slightest change in the specifi -
cations of the condenser has a large impact on the performance of
the cooling tower and vice versa. The more fl exible to change the
basic parameters for each component we are, the more scope there
is for the optimization of the entire Cold End. spx provides a variety
of components that are specifi cally designed for solar usage,
for dry cooling for example the spx Solar Air-Cooled Condenser.
This air-cooled condenser eliminates nearly totally water consumption,
which enables to locate solar power plants in arid areas as
well.
WE MEASURE THE SUCCESS OF OUR SOLUTIONS
BY FOUR FACTORS
Our system expertise that enables us to fi t power plant components
exactly according to the individual needs of the utility. Our
comprehensive range of services that covers the entire thermal
systems engineering of a solar power plant in-depth. Our wellproven
expertise and innovation that ensure future-proof quality,
and not to forget our customer focus that fl ows through a global
network with many local presences.

12 What We Build on
What We Build on
Our Strength
Custom-made Construction
and a Perfect Interplay
Concentrated solar power plants (CSP) are only profi table in the
long run when they work cost-effectively while reaching a maximum
degree of effi ciency. We achieve this aim by proven expertise
in the water-steam and cooling cycles for years: Our optimized
systems ensure a perfect interplay of all components. On the one
hand the best possible effi ciency and minimum abrasion can be
reached and on the other hand less lines, components and instruments
are necessary – resulting in lower investment costs and
reduced operation costs.
Our Contribution
Maximum Availability
and a Long Uptime
Availability and reliability are the key points of every CSP plant
on which its effi ciency is measured. Using the energy from sun
rays in an optimal way requires solar power plants to be equipped
with systems that can be deployed fast and fl exible. Our solar
components are designed and allow for a quick start-up time,
high changes in temperature and many operating cycles. A solar
power plant’s long maintenance time and malfunctions can cause
high costs. Our systems are matched to the detail and low wear,
enabling plants to reach a running time of 30 years or more. Unnecessarily
long maintenance time can be avoided through special
processes and tools.

Our Commitment
Sustainable Quality and
Proactive Services
A long-lasting and high degree of effi ciency will not only be determined
by design and construction but also by the performance
in the following operational period. That is why we offer services
for CSP plants throughout their entire life cycle: In the preparatory
stage of a project we develop individual concepts for the most
effective sizing of the thermal power plant system. Our proactive
services ensure a long-lasting and smooth operation. On top of
that we develop intelligent solutions to increase the effi ciency
or operating time of our customer’s systems. Intelligent solutions
require innovation: For this purpose we operate several research
and development centers all over the world.
Our Heritage
Certifi ed Safety –
Anytime and Everywhere
What We Build on
13
Safety is one of the key issues in the construction and operation of
power plants. We have more than 100 years of experience in the
production of thermal power plant components – a solid basis to
know exactly what potential dangers are posed by a power plant
project. Our components do not only fulfi ll international standards,
but are always in compliance with national regulations. At all sites,
as well as for our projects, we are committed to comprehensive
occupational health and safety. We make the highest demands in
plant safety and risk management. The same requirements are put
to our service providers and suppliers.

14 SPX Selected Solar References
SPX Selected Solar References
Sunbelt
sunbelt
USA
Boulder City
USA
Gila Bend
Spain
Guadix
Morocco
Ain Beni Mathar

Algeria
Hassi’ R Mel
Sunbelt 15

16 SPX Selected Solar References
Boulder City, USA
Nevada Solar One
The nevada solar one plant employs the parabolic plant design like shown in this picture.

Nevada Solar One
An Important Landmark
for Renewable Energy
The fi rst new
large-scale solar thermal power station worldwide since 17 years
(at the time it was built)
One of the largest
concentrated solar power plant in the world at present
Five different SPX components
and their perfect interplay are the key factor to the effi ciency of the plant
From the very beginning
spx participated with best-in-class technology
SPX Selected Solar References
17

18 SPX Selected Solar References
Boulder City, USA
Nevada Solar One
The units of a concentrated solar power plant: solar island, steam generator system, power island (spx Products in Grey)
solar island steam generator system power island
scope of supply spx solar preheater (2), spx solar steam
generator (3), spx solar superheater (4),
spx solar reheater (5), spx Cooling Technologies
evaporative cooling tower (11)
owner Acciona
operated by Acciona
capacity 64 MW
commissioning 2007
turbines Siemens SST-700
4
3
2
5
11

A MILESTONE IN SOLAR THERMAL POWER GENERATION
At the time it was built, nevada solar one was the fi rst new
large-scale solar thermal power station worldwide in 17 years. It
is presumed to be an important milestone in the history of power
generation with renewable energies. Leading experts regard nevada
solar one as a main impulse for the restart of solar power
generation in the south-west of the US. On a clear summer’s day
with the sun directly overhead, nevada solar one can convert
about 21 percent of the sun’s rays into electricity.
CUSTOMIZED SOLUTIONS AND SUPPORT
FOR A PROTOTYPE APPLICATION
The Nevada plant has 76 kilometers of parabolic cylinder concentrators
with almost 219,000 mirrors that concentrate the sun’s rays
onto more than 19,000 receiver tubes located on their focal line. A
fl uid that heats up to 400°C fl ows through these pipes and is used
to produce steam and drive a conventional turbine connected to
SPX Selected Solar References
19
a generator to produce electricity. After changed conditions in the
energy market it was worthwhile to build an improved type of
parabolic trough solar thermal power plant for the fi rst time after
many years. Therefore, this layout needed a customized solution
because of its prototype character.
spx met the challenge and produced the delivered components
according to the individual and specifi c demands of the owner
Acciona. We delivered the complete steam generator system and
evaporative cooling tower for nevada solar one. The perfect
interplay of these particular components is the key factor to the
effi ciency of the plant.
Example of an spx Evaporative Cooling Tower
The spx Evaporative Cooling Tower is one of the important components of the
Cold End – one of spx’s key competencies. Every tower is tailored to the individual
and specifi c demands of the customer. The more fl exible the system specifi cations
are designed here, the more optimizable the overall system will be.

20 SPX Selected Solar References
Guadix, Spain
Andasol 1 + 2
challenge
spx solution
customer benefits
scope of supply spx solar preheater (2), spx solar steam
generator (3), spx solar superheater (4),
spx solar reheater (5), spx molten salt
heat exchanger (1) spx Cooling Techno logies
evaporative cooling tower (11)
owner ACS Group
operated by Marquesado Solar SL
capacity 1 × 50 MW
commissioning 2009
The world’s fi rst commercially dispatchable
parabolic trough solar thermal power plant
Supply of spx steam generator system, spx molten salt storage,
spx Cooling Technologies evaporative cooling tower
Proven technology at overall evaluated lowest cost
This reference project has been executed by LOINTEK S.L. under cooperation
and license agreement with spx Heat Transfer Inc. (formerly Yuba Heat Transfer
Inc.) based on spx Heat Transfer technology, design and know-how.
turbines Siemens SST-700
general
information
Andasol has a thermal storage system
which absorbs part of the heat produced
in the solar fi eld during the day. This
heat is stored in a molten salt storage
system. A full thermal reservoir holds
1,010 mw·h of heat, enough to run the
turbine for about 7.5 hours at full-load.

Ain Beni Mathar, Morocco
Ain Beni Mathar
challenge
spx solution
customer benefits
scope of supply spx Cooling Technologies air-cooled
condensers (11)
owner l’Offi ce National de l’Electricité (ONE)
operated by Abengoa
capacity 172 MW steam turbine, 2 × 150 MW gas
turbine / 20 MW solar cycle
commissioning 2010
turbines Alstom GT13 E2
Integrated solar combined cycle power station comprising
a parabolic trough concentrating solar power array and a
combined cycle gas turbine plant, for a total power output
of 472 MW (including 20 MW solar)
Minimal water consuming spx air-cooled condensers
Lowest investment cost, minimum water and power
consumption and maximum availability
general
information
SPX Selected Solar References
21
Covering an area of 1,600,000 m2 of
which 880,000 m2 for solar fi eld.
Currently the largest integrated solar
combined cycle plant in the world. It
operates 470 MW and produces more
than 3,800 GW/h of electricity annually.
The main novelty of the project is
the hybrid technology. It consists of a
solar fi eld of parabolic trough collectors
of which the useful refl ective area is
over 183,000 m2 . It has the capacity to
generate 20 MW. The rest comes from
the combined cycle technology, made
up of two gas turbines, 150 MW each, a
170 MW steam turbine (150 MW come
from the combined cycle with the
20 MW already mentioned from the
solar fi eld), recovery boilers and an
aero-condenser operate as the main
equipment.

22 SPX Selected Solar References
Gila Bend, USA
Solana
challenge
spx solution
customer benefits
scope of supply spx water-cooled condenser (11),
spx Cooling Technologies evaporative
cooling tower (11)
owner Arizona Solar One, LLC
operated by ASI Operations, Inc.
capacity 280 MW
commissioning 2013
Currently largest parabolic trough plant with 280 MW
High performance spx turbine condenser and spx Cooling
Technologies evaporative cooling tower
Proven technology and lowest investment cost
turbines 2 × 140 MW steam turbines
general
information
Enough capacity to power 70,000 homes,
avoiding 475,000 tons of carbon dioxide.

Hassi R’ Mel, Algeria
Hassi R’ Mel
challenge
spx solution
customer benefits
scope of supply spx Cooling Technologies air-cooled
condensers (11), spx copes-vulcan
turbine bypass valve (12)
owner Solar Plant 1 (JV Abener/Sonatrach)
operated by NEAL
capacity 81 MW steam turbine /
2 × 47 MW gas turbine
Integrated solar combined cycle power station comprising
a parabolic trough concentrating solar power
array and a combined cycle gas turbine plant, for a
total power output of 150 MW
Minimal water consuming spx air-cooled condenser
and spx copes-vulcan turbine bypass valve
Lowest investment cost, minimum water and
power consumption and maximum availability
commissioning 2011
turbines Siemens SST-900 / 2 × SGT-800
general
information
SPX Selected Solar References
23
Covering an area of 180,000 m2 the hybrid power station is the fi rst
of its kind.

24 SPX Company
Where Ideas Meet Industry
The SPX Corporation
We develop new ideas and powerful solutions
to help our customers overcome their
challenges and be success in the long term in
what is an increasingly complex market.
With more than 15,500 employees, we operate
globally in over 35 countries from our
headquarters in Charlotte, North Carolina.
SPX STANDS FOR QUALITY AND PRECISION,
FOR INVENTIVENESS AND INNOVATION.
As a multi-national, multi-line group and a Fortune 500 company,
we produce highly specialized technical solutions for the energy
market, the food industry, automotive, construction and industrial
process technology. Our products help to meet the globally
growing needs of modern societies. They play an important role in
the expansion of global infrastructure and help to meet increasing
energy requirements. spx technologies not only support conventional
energy production but also renewable energy such as biogas,
solar energy and geothermal energy.

SPX THERMAL EQUIPMENT & SERVICES
IN THE WORLD
HEADQUARTERS
spx corporation
13515 Ballantyne Corporate Place
Charlotte, NC 28277 / United States
tel +1 704 752 4400
Main Contacts per Region
AMERICAS
spx cooling technologies
7401 West 129th Street
Overland Park, Kansas 66213 / United States
tel +1 913 664 7400
spx Heat Transfer Inc.
2121 North 161st East Ave.
Tulsa, Oklahoma 74116 / United States
tel +1 918 234 6000
APAC
spx asia pacific corporate services
2F Treasury Building, 1568 Hua-Shan Road
Shanghai, 200052 / China
tel +86 21 2208 5888
EMEA
spx cooling technologies / balcke-dürr
Ernst-Dietrich-Platz 2
40882 Ratingen / Germany
tel +49 2102 1669 0
spx Cooling Technologies (Dry Cooling)
Avenue Marcel Thiry 81 B2
1200 Brussels / Belgium
tel +32 (0)2 761 61 11
thermal.solarpower@spx.com
www.spx.com
www.spxft.com
www.WaukeshaElectric.com
www.balcke-duerr.com
www.spxcooling.com
IMPRINT
Publisher
Balcke-Dürr for
spx Thermal Equipment & Services
Concept and design
wirDesign Berlin Braunschweig
August 2011

WHERE IDEAS MEET INDUSTRY
www.spx.com