We can provide total solutions to environmentally friendly thermal power plants based on different kinds of high-performance thermal power generation technologies (enterprise captive thermal power plant, island power plant, resources-recycling power plant "Power Plant with Comprehensive Utilization of Gas, Power Station / Power Plant with Utilization of Waste Heat"). We have the technologies of sub-critical, high-temperature ultra-high-pressure, high-temperature high-pressure, medium- temperature medium-pressure boilers which use gas, coal, oil and biomass as main fuels. According to the changes in electric and thermal loads (including the heat for steam-driven blower), we can select the proper thermal power generation technologies and the process equipment to meet the requirements from various load fluctuations during seasonal changes, and optimize the utilization of the surplus gas. We boast of pure condensing, extraction steam condensing, back-pressure and make-up steam condensing steam turbine power generation technologies. We also take pride in our technologies of steam turbine driven blowers, thermoelectric blowers, and a complete package of various steam-driven blower technologies at home and abroad. In the past 30 years, we have supplied a large number of thermoelectric blower stations and thermal power plants for steel producers in China and overseas, with a total capacity of more than 2,000MW.
2x135MW High-temperature Ultra-high-pressure Gas-fired Boiler Power Plant of Shagang Group, China
Data of boiler: Capacity: 400t/h;
Pressure: 13.7MPa;
Fuels: Blast furnace gas/converter gas;
Data of steam: Temperature: 540°C;
Flow rate: 400t/h;
Steam turbine: 135MW intermediate primary reheating condensing type;
Generating efficiency: 38.12% (measured);
Start-up: January, 2015.
2x65MW High-temperature Ultra-high-pressure Boiler Power Plant of Shandong Taishan Iron & Steel, China
Data of boiler: Capacity: 1x220t/h;
Pressure: 13.7MPa;
Fuels: Blast furnace gas/converter gas;
Data of steam: Temperature: 540°C;
Flow rate: 220t/h;
Steam turbine: 2x65MW intermediate primary reheating condensing type;
Generating efficiency: 38% (designed);
Start-up: November, 2016.
| Project/Client | Fuel Type | Steam Pressure (MPa) | Steam Temperature (°C) | Start-up |
| 3x135MW High-temperature Ultra-high-pressure Gas-fired Boiler Power Plant of Shagang, China | Mixed gas | 13.7 | 540 | 2015 |
| 1x65MW High-temperature Ultra-high-pressure Gas-fired Boiler Power Plant of Anyang Iron & Steel, China | Mixed gas | 13.7 | 540 | 2016 |
| 2x65MW High-temperature Ultra-high-pressure Power Plant of Shandong Taishan Iron & Steel, China | Mixed gas/coal | 13.7 | 540 | 2016 |
| 3x38MW High-temperature High-pressure Island Power Station of Nickel-iron Smelting Plant, Indonesia | Coal/submerged arc furnace gas | 9.8 | 540 | 2016 |
| Electrically/Steam-driven Blower Station of South Xinjiang Plant, Bayi Iron & Steel, China | Mixed gas/coal powder | 3.82 | 450 | 2013 |
| COREX Gas-fired Power Generation and Oxygen Generation Plant of Bayi Iron & Steel, China | COREX gas | 9.81 | 540 | 2014 |