From the past decade, Thai Shinryo has expanded its interest in Co-Generation and District Cooling System (DCS) technologies to become a leading Engineering, Procurement and Construction (EPC) Contractor in Thailand. Those efforts have been in line with our corporate policy in terms of environmentally friendly, contributions to society, urban life and all mankind.

In September 2006, our first 55 MW Co-generation project, "DISTRICT COOLING SYSTEM & POWER PLANT PROJECT at SUVARNABHUMI INTERNATIONAL AIRPORT", was complete and commercially operation for supplying Power Energy, Steam and Chilled Water to Suvarnabhumi International Airport.

Today, many SPP Projects in Thailand have been developing very fast. Meanwhile Thai Shinryo has progressively developed our team to cope with larger scale and variety of Power Generation System. We have completed more projects and achieved owner objectives as reducing air pollution, saving energy, countering global warming and efficient using of new energy resources. All of those projects were designed to provide stable and cost-effective energy supplies whilst respecting environmental friendly by the process.

Combined Cycle Power Plant and Cogeneration

Combined Cycle Cogeneration Power plant uses natural gas fuel to generate electricity by Gas Turbine Generator while it minimizes thermal energy discharged to environment by heat recovery process and steam turbine process.

Combined cycle process combines gas turbine and steam turbine thermodynamic cycles by using Heat Recovery Steam Generator (HRSG) to capture the exhaust heat energy discharged from gas turbine. Firstly, the fuel is ignited at Gas Turbine to produce mechanical energy and to drive an electric generator. Electric generator then generates electric power. High temperature waste heat from the ignition will then be used to heat up water by HRSG and transform it into high pressure steam. High pressure steam will be fed to a steam turbine for more electricity generation.

For a Combined Cycle Co-generation Power Plant, some part of lower pressure steam is extracted at steam turbine to used as process steam. Such process steam can be supplied directly to industrial users or fed to a steam absorption chiller to produce chilled water for air conditioning or process cooling applications.