The “innovation” of Gas Engine and Gas Genset
■ Can effectively solve the common problem – high heat load of gas engine
The problem will lead to high-temperature of exhaust gas engine, and will damage the piston, valve, cylinder head and other parts, and will leads the gas engine’s speed and power cannot be raised. The engine enhanced level will be restricted by the high heat load. The gas generating units will run abnormally and unstable due to the high heat load.
■ Can effectively control the ratio of mixture, to keep a good start performance,high thermal efficiency and good emission.
Control the gas engine’s mixture ratio is an
If the gas composition and pressure are unstable, we adopted a closed-loop equal p adjustable balanced pressure proportional and pressure regulation valve (or pontoon-type regulator), which can effectively resolve the impact on the gas engine caused by the gas source’s instability.
■ Can effectively optimize the combustion system and turbo systems
After many years experience in research and development, combined with the internal combustion engine test theory, we have formed a complete system of optimized calculation method, which let our engine's average effective pressure raise from the ordinary 6-9bar to 11-14bar. In Brief, the power is nearly 1.5 to 2 times than the domestic product. Reduce gas consumption of the engine, improve the thermal efficiency, greatly increase the engine power and reduce the material consumption, let the gas engine small in size, big power.
Owning to the reasonable organization of the engine combustion system, reducing the exhaust temperature, and cooling system’s heat loss and improve the thermal efficiency of the engine.
■ The waste heat of engine exhaust gas can be effectively used as client’s requirement.
Based on the user’s actual demand, we can collect the waste heat reuse system for the users, which provide hot water, vapor, and processing heat. By use of the Lithium Bromide unit to provide heating and cooling, and can also use the exhaust-heat boiler and steam turbine for power generation. Improve the comprehensive utilization rate of energy, so that the integrated thermal efficiency can reach 80 percent or more.