• Liquid flow rate                     Up to 190 kg/s

• Water heating by steam      2.5 – 15 MW 

• Plate types                           TS20M plates

• Frame types                         FG and FS

The Surface Condenser generates a vacuum back-pressure to ensure the output of the turbine, and also condenses waste steam from the end of the steam turbine. The steam is then condensed and recirculated towards the boiler.

Feed water heater is utilized to heat the feed water with steam from turbines. This is served to improve the cycle efficiency of power plants and to minimize the thermal effect results from the difference of temperature between steam generator and feed water.

Thermal design with HTRI, HTFS and detail design. In accordance with AMSE, TEMA, JIS, JAPAN HPGCL, API, etc. for shell & tube heat exchangers utilized in power plants, petro-chemical plants, offshore plants, and utilities

The Air Cooler is used in the gas turbine to provide a stabilized temperature, as the high-pressure, high-temperature steam rotates the turbine

If air enters the Vacuum Steam Condenser in the Steam Turbine, the heat-transfer drops and the vacuum state inside of the Surface Condenser is released, lowering the efficiency of the Condenser. The Ejector Vacuum System is used to eject air from the Surface Condenser.

Competitive range of Waste Heat Recovery Unit designs (WHRUs). These range from traditional, rectangular units with a separate exhaust gas bypass stack and heat exchanger to an integrated bypass and heat exchanger unit.