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Cotton seed hull gasification generator

Features:
Cottonseed husk, also called cotton husk, is the outer shell left after the cottonseed is separated by a peeler. According to different types of peeling machinery, different cotton seed varieties, different producing areas, different moisture content, and different sieving degrees of crushed cotton kernel powder after peeling. The size, color, lint length, and nutrients (including cotton kernel powder) of the processed cottonseed hulls are also different. Cottonseed husks are mainly used for: br

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Cotton seed hull gasification generator

Cottonseed husk, also called cotton husk, is the outer shell left after the cottonseed is separated by a peeler. According to different types of peeling machinery, different cotton seed varieties, different producing areas, different moisture content, and different sieving degrees of crushed cotton kernel powder after peeling. The size, color, lint length, and nutrients (including cotton kernel powder) of the processed cottonseed hulls are also different. Cottonseed husks are mainly used for: breeding edible and medicinal fungi, as feed, raising livestock, etc. One of the most important uses is gasification for power generation

 

The cottonseed hull gasification power generation system is mainly composed of four main engines: a gasifier, a cooling and filtering device, a gas engine, and a generator. Its working process is: first, the biogas is cooled and filtered to the gas engine, and the heat energy of the gas is converted into mechanical energy. Then drive the generator to generate electricity.

 

Cottonseed hull gasification generator gasification power generation can be achieved through three ways: cottonseed hull gasification produces gas as

The fuel directly enters the gas boiler to produce steam, and then drives the steam turbine to generate electricity; the purified gas can also be sent to the gas turbine for combustion and power generation; the purified gas can also be sent to the internal combustion engine for direct power generation. In terms of power generation and investment scale, they correspond to large-scale, medium-scale and small-scale power generation respectively.

The cottonseed hull gasification generator is the most commercially successful biomass gasification internal combustion power generation technology. It has a small installed capacity, flexible layout, low investment, compact structure, reliable technology, low operating costs, significant economic benefits, simple operation and maintenance. The characteristics of low gas quality requirements, etc., have been widely promoted and applied

The cottonseed shell gas generator gasification internal combustion power generation system is mainly composed of a gasifier, a gas purification system and an internal combustion generator:

The gasifier is a device that converts the biomass of cotton seed hulls from solid into fuel gas. The cotton seed husk is incompletely burned by controlling the air supply in the gasification furnace to realize the conversion of low-value biomass energy from solid to gaseous state to produce hydrogen (H2), carbon monoxide (CO), methane (CH4), and more. Fuel gas with combustible components such as carbon hydrocarbon (CnHm) completes the gasification process of biomass.

Cotton seed hull gasification generator

The outlet temperature of the gas produced by gasification varies with the type of gasifier. It is between 350°C and 650°C, and the gas contains impurities such as tar and dust that are not completely cracked. In order to meet the requirements of long-term reliable operation of internal combustion engines, gas Carry out cooling and purification treatment to reduce the gas temperature to below 40°C and the tar dust content to be controlled within 50mg/Nm3. After the gas is purified, it enters the internal combustion engine to generate electricity.

In the internal combustion engine, the gas mixed with air is combusted to produce work, which drives the main shaft to rotate at a high speed, and the main shaft drives the generator to generate electricity.

Biomass gasification and internal combustion power generation is through the above process, turning various wastes into treasures and transforming them into high-quality electricity, solving the problems of waste pollution and rational use of energy.

Power 200KW-3MW

Frequency 50-60 Hz

Voltage 440V

 



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