B&W SPIG Cooling Systems Projects

Cooling System Success Stories

B&W Environmental, through its SPIG product line, is a global provider of custom-engineered cooling systems and services. Established in Italy in 1936, SPIG solutions are known throughout the world, with project-based solutions and operations in nearly 50 countries. Our Paruzzaro cooling system center of excellence employs approximately 150 people in locations worldwide.

Our experience includes wet, dry and wet/dry hybrid cooling solutions as dictated by site specific requirements. We can supply both mechanical and natural draft systems and design for a wide range of project specifications such as high seismic loads, vibration control, corrosion, noise control, sub-freezing operation, and sea water use. The projects highlighted below are examples of how B&W SPIG has provided industry leading cooling system solutions for customers worldwide.

Highlights of our proven experience

Years of Experience: 85
No. of Wet Cooling Tower cells: >10,000
No. of Dry Cooling Systems: >400
No. of Hybrid Cooling Systems: >35
No. of Countries: >80

The following project summaries represent a small cross-section of our successful projects executed around the world.

Hybrid Cooling
Projects

Wet Cooling Systems

Indonesia

Coal-fired power plant
30-cell cooling tower
FRP structure
Sea water

Brazil

Combined cycle power plant
28-cell cooling tower
FRP structure
Sea water
Noise abatement systems

Malaysia

Power Plant
16-cell cooling tower
FRP structure

Spain

Combined cycle natural gas plant
7-cell cooling tower
FRP structure
Reliance on chemicals for water treatment

Oman

Air separation plant
2 towers, 18 cells each
FRP structure
Sea water

Russia

Petrochemical plant
22-cell cooling tower
FRP structure
Winterization design for cold climate

Dry Cooling Systems

Air-Cooled Condensers (ACC)

Turkey

Combined Cycle Power Plant
No. of Modules Each Unit: 42
MW/Cell: 10.52
Design Ambient Temperature [°C]: 15

Turkey

Combined Cycle Power Plant
No. of Modules Each Unit: 40
MW/Cell: 11.37
Design Ambient Temperature [°C]: 15

United Kingdom

Biomass Plant
MW/Cell: 6.03
Design Ambient Temperature [°C]: 15

South Africa

Thermosolar Plant
No. of Modules Each Unit: 18
MW/Cell: 10.11
Design Ambient Temperature [°C]: 27

Turkey

Combined Cycle Power Plant
No. of Modules Each Unit: 25
MW/Cell: 12.55
Design Ambient Temperature [°C]: 15

Croatia

Biomass Plant
MW/Cell: 3.66
Design Ambient Temperature [°C]: 25

Air Fin Coolers (AFC)

Turkey

Combined Cycle Power Plant
No. of Modules Each Unit: 16
MW/Cell: 1.18
Design Ambient Temperature [°C]: 42

Lithuania

Waste to Energy Plant
No. of Modules Each Unit: 3
MW/Cell: 14.34
Design Ambient Temperature [°C]: 35

Turkey

Combined Cycle Power Plant
No. of Modules Each Unit: 12
MW/Cell: 1
Design Ambient Temperature [°C]: 15

Portugal

Pico Alto Plant
No. of Modules Each Unit: 5
MW/Cell: 4.5
Design Ambient Temperature [°C]: 23°C

Wet/Dry (Hybrid) Cooling Systems

USA

Power Plant
9-cell Cooling Tower
FRP Structure

United Kingdom

Power Plant
3 x 10 Cells Cooling Tower
Wood Structures

Spain

Power Plant
12-cell Cooling Tower
FRP Structure
Sea Water

Italy

Power Plant
12 Cells Cooling Tower
Concrete Structure

QUICK NAVIGATION

Wet Cooling Systems

We can supply both mechanical and natural draft wet cooling tower systems and design for a wide range of project specifications such as high seismic loads, vibration control, corrosion resistance, noise control, sub-freezing operation, and seawater use. Cooling towers can be manufactured using fiber reinforced polymer (FRP), concrete or wood.

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Dry Cooling Systems

Dry cooling technology, both air-cooled condensers (ACC) and air fin coolers (AFC), represent a substantial portion of B&W's global business, as water preservation is increasingly becoming a priority for plant owners and operators.

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Hybrid Cooling Systems

Environmentally friendly wet/dry (hybrid) cooling towers are the optimal solution for plume abatement and water saving. Hybrid cooling towers are specifically designed to avoid visible plume in cold, humid ambient conditions and when local constraints require this technology, such as at airports and residential areas.

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