SPX DRY COOLING USA LLC  

Bridgewater,  NJ 
United States
http://spxdrycooling.com
  • Booth: 4735


Welcome to the SPX Dry Cooling Booth!

SPX Dry Cooling is an innovative global leader in air cooled condensers & coolers, with the largest installed base. This success has been the result of offering the most extended range of dry cooling solutions, covered by numerous patents. We are your global partner, with the promise of excellence in quality and speed, supported by our own manufacturing plants. SPX Dry Cooling continues to offer state-of-the-art cooling expertise for power and industrial plants in coal, oil & gas, cogeneration, biomass, solar and geothermal applications worldwide. Headquartered in Europe, SPX Dry Cooling is a member of the Paharpur Group, now the worldwide leader in wet and dry cooling. Together we form a unique, vertically integrated, full range world leader in process cooling technologies in all continents, and operating under all climates and conditions with innovative technologies. Our commitment to the industry is to continue to revolutionize and introduce cutting edge products and systems.

Brands: ACC, dry cooling, air cooled condenser, condensate, heat exchanger, power plant, manufacturer, power, energy, Paharpur, indirect dry cooling, cooling tower, direct cooling, solar, coal, gas, biomass


 Products

  • Air Cooled Condensers
    Air Cooled Condensers directly condense exhaust steam from the steam turbine without water consumption. They are frequently used in electrical power plants and waste to energy plants of all sizes.
    ...

  • Traditional A-Frame, is the state-of-the-art Air Cooled Condenser (ACC), suitable for small to large power plants in a large variety of site conditions (low ambient temperature, high wind, high seism, low noise…).

    The heat exchanger’s finned tube, the core technology of the Air Cooled Condenser, is the Single-Row Condenser (SRC®) tube – an elongated aluminum cladded carbon steel flat tube with brazed aluminum fins.

    The excellent corrosion and freeze resistant SRC® finned tubes are manufactured in the SPX Dry Cooling fully owned state of the art factories.

    Heat exchangers are supported by an A-Frame structure, which can be mounted on concrete or steel structure. Both primary and secondary type heat exchangers are provided to ensure good non-condensable gas extraction to the air evacuation unit.

    Airflow is delivered by forced draft axial fans, driven by electric motors and gearboxes, installed below the heat exchangers.

    The typical scope for an ACC installation includes the heat exchangers, the fan motor groups, the supporting structure, the steam ducting from the steam turbine interface, auxiliaries such as the condensate and drain pumps, condensate tank, the air evacuation units and related piping works, electrical and instrumentation. With over 200 SRC ACC installations, SPX Dry Cooling has extensive experience in designing, manufacturing, delivering and constructing A-Frame ACC’s all over the world.

  • ModuleAir®
    ModuleAir® is an innovative modular A-frame air-cooled condenser design, featuring factory assembled structural components, duct and modular heat exchanger bundles with construction.
    ...

  • Advanced design ModuleAir® ACC modules are made up of standard finned tubes of approximately 2 meters in length, arranged in delta on top of a supporting structure. A large portion of the steel structure is made of factory pre-assembled steel trusses for an easy erection on site.

    Airflow is delivered by forced draft axial fans, driven by electric motors and gearboxes, installed below the heat exchangers.

    The factory pre-assembled ModuleAir® fin tube bundles with Single-Row Condensers (SRC®) tubes, include steam and condensate manifolds, eliminate site welding ensuring ultimate quality. Both primary and secondary finned tube zones are provided to ensure good non-condensable gas extraction to the air evacuation unit.

    The heat exchanger’s finned tube, the core technology of the Air Cooled Condenser, is the Single-Row Condenser (SRC®) tube an elongated aluminum cladded carbon steel flat tube with brazed aluminum fins.

    The excellent corrosion and freeze resistant SRC® finned tubes are manufactured in the SPX Dry Cooling fully owned state of the art factories.

    The typical scope for an ACC installation includes the heat exchangers, the fan motor group, the supporting structure, the steam ducting from the steam turbine interface, auxiliaries such as the condensate and drain pumps, condensate tank, the air evacuation units and related piping works, electrical and instrumentation

  • Hexacool®
    Hexacool® is a standardized, modular Air Cooled Condenser (ACC), easy to erect and robust in performance, well suited for small power plants from a few megawatts to 50 megawatts, and for use in waste to energy, biomass and industrial co-generation.
    ...

  • The heat exchanger’s finned tubes, the core technology of the Air Cooled Condenser, is the Single-Row Condenser (SRC®) tube – an elongated aluminum cladded carbon steel flat tube with brazed aluminum fins.

    The excellent corrosion and freeze resistant SRC® finned tubes are manufactured in the SPX Dry Cooling fully owned state of the art factories.

    Finned tubes are arranged vertically on the sides of the Hexacool®, where both primary and secondary finned tubes zones are provided to ensure good non-condensable gas extraction to the air evacuation unit.

    Airflow is delivered by induced draft axial fans, driven by electric motors and gearboxes, installed above the heat exchangers.

    The typical scope for an ACC installation includes the heat exchangers, the fan motor groups, the supporting structure, the steam ducting from the steam turbine interface, auxiliaries such as the condensate and drain pumps, condensate tank, the air evacuation units and related piping works, electrical and instrumentation.

  • Indirect Dry Cooling (IDCT) systems
    Indirect Dry Cooling (IDCT) systems have been used for over 50 years, for various applications in the power industry. SPX Dry Cooling has supplied the largest indirect system presently in operation in the world.
    ...

  • Indirect dry condensing systems, coupling a dry cooling tower with a steam condenser, are available for any large capacity condensing unit. Steam flowing from the turbine is condensed by cold cooling water in either a surface condenser or in a jet condenser. The heated water is then pumped to the heat exchangers arranged vertically around the concrete tower. The natural draft-cooling tower creates airflow across the heat exchangers.

    The finned tubes bundles are arranged vertically in delta cooling elements around the perimeter of the tower. The delta cooling elements incorporate louvers on the front and finned tube heat exchangers on the back sides, to control airflow and prevent freezing during cold conditions.

    The finned tube is the key component. The indirect dry cooling tower is equipped with either MCT – a multi-channel aluminum cladded carbon steel flat tube with brazed aluminum fins providing outstanding reliability and performance or RAFT – round aluminum tubes with aluminum fins.

    There is enough space inside the tower to install a FGD unit. Due to the natural draft created by the large concrete shell, only a short chimney is necessary to lift the flue gas.

    The typical scope for an IDCT installation includes the heat exchangers, the louvers, the supporting structure, the water piping and tanks, auxiliaries such as the circulation pumps, cleaning system and instrumentation.

  • BoxAir ACC ™
    BoxAir ACC ™ is an innovative Induced Draft Air Cooled Condenser (ACC), suitable for all power plants ranging from 1 to 30 MWe.

    ...

  • BoxAir ACC is an ACC type, integrating standard boxes that are easy to erect. The extended standardization, also enables to insure a very short delivery schedule, and a high reliability level.

    BoxAir ACC‘s typical applications are waste incineration plants, biomass, solar and geothermal power plants, or capacity increase of any existing power plant.

    BoxAir ACC is an Induced Draft Air Cooled Condenser (ACC), made of several standard boxes in- stalled side by side.

    The Single-Row Condenser tubes (SRC®) are arranged in two deltas inside the BoxAir ACC box. The deltas are delivered with welded-on steam manifold and condensate collection headers.

    The air is drawn across the finned tubes thanks to two axial ow fans located on top of the BoxAir ACC box.

    This ACC concept drastically reduces site welding and presents a much higher degree of preassembly, compared to a standard A-frame design. The construction duration is therefore minimized. 

  • W-Style ACC ™
    Our W-Style ACC ™ is an innovative induced draft Air Cooled Condenser (ACC) directly condensing the steam turbine exhaust ow. The condensate returns to the boiler without water loss as in traditional ACC.
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  • With its unique “W” heat exchanger arrangement, the amount of structural steel and overall ACC height are dramatically reduced as compared to traditional forced draft arrangements. With its reduced finned tube length as compared to other ACCs, reduced ACC back pressure can be achieved and ow accelerated corrosion risk notably reduced. The W-Style ACC module utilizes our proven Single-Row Condenser (SRC®) finned tubes. The heat exchangers are arranged in a “W” orientation. Two large steam manifolds at the bottom distribute the steam to the heat exchangers. To promote erective non-condensable gas extraction, the heat exchanger arrangement includes primary, secondary and tertiary tubes. Mounted above the heat exchangers are the induced draft axial fans, gearboxes and motors. The “W” arrangement provides central support for the fan bridge mitigating vibration.

    The induced draft arrangement mitigates the erect of wind on the ACC performance. The fan deck provides easy access for fan drive maintenance.

    The “W” arrangement reduces number of foundation and provided increased flexibility in the foundation location. 

  • Mechanical Draft Cooling Tower
    Mechanical draft towers in counterflow or crossflow design are custom engineered to meet client’s requirements for Oil & Gas, Power Generation, Fertilizer, Petrochemical...
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    • Crossflow / Counterflow design
    • Low drift
    • Designed for dependability, durability and operational simplicity
    • Low pumping head
    • In-line or back-to-back configurations
    • PVC film/splash/3D splash type fill
    • PVC drift eliminators
    • Available in more than 20 combinations of cell length and fill height with a variety of fill and fan options
  • Natural Draft Cooling Tower
    Counterflow hyperbolic towers custom engineered to meet power generation requirements with minimum operating costs, built with the latest technologies.
    ...

  • -Suitable for the largest heat load applications

    -Absence of fans results in energy saving

    -Simplicity of operation

    -Total avoidance of heated air recirculation


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