Waste gas treatment of syngas power generation

Waste gas treatment of syngas power generation

Short Description:

Grvnes environmental protection has developed a set of “grvnes” SCR denitration system for the treatment of nitrogen oxides in syngas power generation after years of painstaking research. After special design, the system can still realize high-efficiency operation under the condition of unstable exhaust temperature and gas quality; Important parts can withstand the common impurities in landfill gas and ensure the long-term stable operation of the system.


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Technical introduction

Landfill gas power generation refers to power generation through a large amount of biogas (LFG landfill gas) produced by anaerobic fermentation of organic matter in the landfill, which not only reduces the air pollution caused by waste incineration, but also makes effective use of resources.

Because the emission of nitrogen oxides in the process of landfill gas power generation needs to meet the requirements of the environmental protection department, it needs to be treated before it can be discharged into the atmosphere.

Waste gas treatment of syngas power generation (1)

Grvnes environmental protection has developed a set of "grvnes" SCR denitration system for the treatment of nitrogen oxides in landfill gas power generation after years of painstaking research.

The exhaust gas emitted by the syngas engine usually contains excessive nitrogen oxides, and special equipment is required to reduce the nitrogen oxide content to the local environmental protection standard before it can be discharged.

In response to the above problems, Grvnestech is based on the international mainstream SCR denitration technology (selective catalytic reduction method).

This series of denitrification devices can be designed one-to-one according to different operating conditions of generators and local weather conditions to meet the requirements of environmental protection departments.

Technical advantages

1. Mature and reliable technology, high denitration efficiency and reducing ammonia escape.

2. Fast reaction speed.

3. Uniform ammonia injection, low resistance, low ammonia consumption and relatively low operation cost.

4. It can be applied to denitration at low, medium and high temperatures.

Waste gas treatment of syngas power generation1

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