2024-12-01
1、 Project Background
Project Name: Zhongrun Solar 15GW Battery Cell Project
Construction unit: Ruisheng Environmental Protection
Project scale: Annual production of 15GW battery cells
Geographical location: The specific geographical location needs to be determined according to the actual situation
2、 Waste gas generation and treatment goals
Waste gas generation: During the production process of battery cells, various types of waste gases are generated, mainly including volatile organic compounds (VOCs), nitrogen oxides (NOx), sulfur dioxide (SO2), and particulate matter.
Governance objective: To ensure that exhaust emissions comply with national and local environmental standards, reduce pollution to the surrounding environment, and achieve sustainable development.
3、 Waste gas treatment measures
Source control:
Optimize production processes and reduce the amount of waste gas generated.
Use low volatility raw materials to reduce VOCs emissions.
Exhaust gas collection and treatment:
Set up an efficient exhaust gas collection system to ensure that exhaust gas is not directly discharged into the atmosphere.
Adopting advanced waste gas treatment technologies such as catalytic oxidation, activated carbon adsorption, wet oxidation, etc., to purify the waste gas.
End of pipe treatment:
Install online monitoring equipment at the exhaust emission outlet to monitor the concentration and amount of exhaust emissions in real time.
According to the monitoring results, adjust the exhaust gas treatment measures in a timely manner to ensure compliance with emission standards.
4、 Governance effectiveness and monitoring
Governance effect: After the implementation of the above-mentioned waste gas treatment measures, the concentration and amount of waste gas emissions from the 15GW solar cell project of Zhongrun Solar have been significantly reduced, meeting the requirements of national and local environmental protection standards.
Monitoring and evaluation: Regularly maintain and inspect waste gas treatment facilities to ensure their normal operation. At the same time, a third-party testing agency is commissioned to conduct regular monitoring and evaluation of exhaust emissions to ensure the sustained and stable effectiveness of the treatment.
5、 Case Insights
Pay attention to environmental protection investment: Enterprises should increase environmental protection investment, adopt advanced waste gas treatment technologies, and ensure that waste gas emissions meet standards.
Strengthening source control: By optimizing production processes and using low volatility raw materials, measures can be taken to reduce the amount of waste gas generated from the source.
Strengthen monitoring and evaluation: Establish a comprehensive waste gas monitoring and evaluation system, promptly identify and solve problems, and ensure the sustained and stable effectiveness of governance.
It should be noted that the above case framework is based on the experience of exhaust gas treatment in general battery cell production projects and relevant environmental requirements, and is not directly targeted at the specific case of Zhongrun Solar's 15GW battery cell project. If you need specific information on the waste gas treatment case of this project, it is recommended to directly contact Zhongrun Solar Energy Company or consult relevant environmental reports and materials.
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