product

  • Flue gas operated chiller

    Flue gas operated chiller

    The flue gas operated Lithium Bromide absorption chiller/heater unit is a kind of energy-saving equipment, which is usually applied to recover the waste heat contained in high temperature flue gas (such as exhaust gas from engine, turbine or other combustion equipment), and generating low-temperature chilled water and/or high temperature hot water as valuable utilities.
  • Hot water operated chiller

    Hot water operated chiller

    Hot water operated absorption chiller is a kind of large-size industrial or commercial chilling unit with hot water as the driving energy, lithium bromide solution as the absorbent and water as refrigerant. Depending on hot water temperature, Shuangliang provide full range options of double effect chiller, single stage hot water chiller, two stage hot water chiller, low hot water temperature chiller, two lift hot water chiller to cater different clients’ needs and different working conditions.
  • Direct air cooled condenser system

    Direct air cooled condenser system

    The ACC system is to distribute the exhaust steam discharged by the steam turbine directly to each unit condenser through the pipeline. The large axial flow fan inhales air, skims the tube bundle from the outside, and takes away the heat. The steam condenses into water and goes through the bottom header under the tube bundle to the condensate tank.
  • water saving &plume abatement dry cooling system

    water saving &plume abatement dry cooling system

    In the thermal power plant, the high temperature and high pressure steam produced by the boiler enters the steam turbine to do work to drive the generator to generate electricity, and the exhaust steam is discharged from the tail of the steam turbine into the condenser for the first heat transfer.
  • Absorption Heat Pump

    Absorption Heat Pump

    The lithium bromide absorption heat pump is a heat pump not driven by the conventional electricity, but by various heat sources such as natural gas, steam, flue gas, superheated hot water, based on the vacuum absorption technology. The absorption heat pump could produce high-grade heat (intermediate temperature and high temperature hot water) by recovering the heat from low-grade heat sources (such as cooling water, geothermal water, water from flue gas condensation, waste water from industrial process, etc.). The produced hot water could be used for various industrial processes and comfort heating, district heating. Generally, the lithium bromide absorption heat pumps could be classified into two categories. The 1st category absorption heat pump is able to recover the heat from low temperature heat source, and to produce hot water outlet temperature from 40~ 100°C. The 2nd category absorption heat pump is able to recover the heat from intermediate temperature heat source, and to produce superheated hot water outlet temperature from 100~ 170°C.
  • Coiled Tube Heat Exchanger

    Coiled Tube Heat Exchanger

    It mainly adopted in high temperature, high pressure, and cryogenic, vaporizing, big temperature difference work conditions. Such as flare gas vaporizer, liquid oxygen and liquid Nitrogen vaporization, sulfur tail gas and flue gas treatment etc.
  • Vaporizer

    Vaporizer

    Vaporizer is used to heat liquid gases (such as liquid nitrogen, liquid oxygen, liquefied petroleum gas, liquefied natural gas, liquefied carbon dioxide, etc.) into gaseous state with natural gas or steam as the heat source.
  • Inter Stage Cooler for Compressor and Regeneration Heater

    Inter Stage Cooler for Compressor and Regeneration Heater

    Widely used in electricity, air separation, chemical industry and pharmacy etc.
  • Deep Hole Butt Welding Heat Exchanger

    Deep Hole Butt Welding Heat Exchanger

    Deep Hole Butt Welding Heat Exchanger mainly adopted in big temperature difference, fatigue load, stress corrosion work condition, heat exchange tube and tube sheet jointed by deep hole butt welding. (UOP license)
  • Safety Heat Exchanger

    Safety Heat Exchanger

    It is mainly used in the working conditions where the mixing of two media of the tube side and the shell side are strictly prohibited, such as chemical, metallurgy, food, polysilicon, etc. Double-tube double-tubesheet structure is adopted, completely avoiding the serious consequences of explosion, corrosion, etc. caused by the leakage of the shell-side and tube-side media.
  • TEMA Heat Exchanger

    TEMA Heat Exchanger

    Condenser, Reboiler, Heater and other TEMA standard Shell & Tube Heat Exchangers
  • Double Tube Sheet Heat Exchanger

    Double Tube Sheet Heat Exchanger

    Double-tube sheet design is adopted, with tube side and shell side connected with their own tube sheet, to minimize the risk of cross-contamination, to facilitate the timely detection of potential leakage, and to ensure the safety of production.
12 Next > >> Page 1 / 2