During the coal chemical process, a large amount of exhaust gas is generated, which contains harmful gases such as high concentrations of CO and CO2. In order to effectively utilize these tail gas resources, reduce environmental pollution and energy waste, the coal chemical tail gas power generation unit scheme has emerged. The basic principle of coal chemical tail gas generator set is to use harmful gases in the tail gas as fuel, generate electricity through a generator, and convert it into a usable energy source. This plan can effectively convert harmful gases into useful energy, while achieving environmental and energy-saving effects. Specifically, this plan includes the following technical processes:

1. Exhaust gas collection system: Collect the exhaust gas emitted during the coal chemical process and send it to the exhaust gas purification system for treatment.

 

2. Exhaust gas purification system: Purify harmful gases in the exhaust gas, remove harmful components such as particles and oxides, and ensure the quality of the gas entering the generator set.

 

3. Gas turbine: The purified exhaust gas is converted into electrical energy through the gas turbine, while achieving the goal of zero pollution emissions. This system typically includes equipment such as generators, control systems, and cooling systems, and can customize units of different specifications according to user needs.

 

4. Exhaust gas treatment system: Process the exhaust gas generated during the power generation process to reduce the impact of exhaust gas emissions on the environment. Currently, the coal chemical tail gas power generation unit scheme has been widely applied both domestically and internationally. The advantage of this plan lies in the effective utilization of exhaust gas resources, reduction of environmental pollution, and reduction of energy consumption, which has become an important means for coal chemical enterprises to achieve green development. However, in practical applications, it is still necessary to ensure the safety, reliability, and operational efficiency of the equipment through measures such as selection and maintenance.

 

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