MSW Gasification Electric Generator Plant with Low Tar

Waste gasification is the production of synthetic gases by pyrolysis and oxidation of garbage. Compared with Msw waste gasification, waste power plant has more practicability and benefits. MSW power plant is based on waste gasification, using syngas generated by pyrolysis to connect waste heat boilers, and then driving steam turbines to generate electricity. Waste power plant is a kind of energy power recycling plant. Through waste power generation, so as to achieve limited resources, unlimited recycling.

MSW Gasification Electric Generator Plant with Low Tar

Garbage power generation collects all kinds of garbage and classifies them. Among them: First, high-temperature incineration (which also completely eliminated pathogenic organisms and corrosive organic substances) with high combustion value, the heat energy generated in high-temperature incineration (the smoke generated after treatment) is converted into high-temperature steam, which drives the turbine to rotate and generates electricity. The second is the fermentation and anaerobic treatment of non-combustible organic matter, and finally drying desulfurization to produce a gas called methane, also known as biogas. After combustion, heat energy is converted into vapor. Push the turbine to turn and drive the generator to generate electricity.

Fuel Materials:

Main Features:

a. The gasifier furnace adopt thick heat resisting boiler steel.

b. Water jacket around the gasifier furnace to cooling the furnace and lengthen the service life of the gasifier furnace.

c. Automatic ash discharge, save manpower.

d. Running in a high automatization and intellectualization,less pollution.

e. Big yngas capacity, stable running and less maintenance cost. 

f.  High efficiency syngas purification system, eradicate air pollution.

g. Stable syngas supply keep the stably generating.

h. Easy operation with few manpower and low maintenance cost.

i. Adopt dry type syngas purification,have no waste water.

Advantages:

• Innocuous. When garbage is incinerated, the temperature in the furnace is generally 900 C, and the highest temperature in the furnace core is 1100 C. After incineration, pathogenic bacteria in garbage are completely destroyed, so as to achieve the goal of harmlessness.
• Decrement. After waste incineration, the ash only accounts for 5% of the original volume, so it can be reduced more than other waste landfill treatment methods.
• Energy-saving benefits. Garbage power generation can supplement the shortage of electric energy and has obvious energy-
• saving benefits.

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