GUIDELINES FOR THE MANAGEMENT OF SOLAR CELLS AND INDUSTRIAL WASTE FOR TAPIOCA FACTORIES AND RELAVANT FACTORIES IN THAILAND

บทคัดย่อ

Continuously increasing energy price volatility, Thailand uses a lot of fossil energy. The government promotes the procurement of new forms of renewable energy to create energy security for the country, reduce pollution and greenhouse gases that cause global warming. Solar cell electricity generation technology is an appropriate alternative for Thailand's geography. In 2017, Thailand generated 250.80 MWp of electricity from solar cells (Department of Alternative Energy Development and Efficiency, 2018) and its use has increased. It is estimated that in 2016, Thailand will have 43,500-250,000 metric tons In 2016, it was estimated to be 0.1% - 0.6% and will increase by another 4% in 2030. It is estimated that in 2025, 5,000 tons of waste PV will be generated, and in 2030, Thailand will generate at least 8,000 tons of waste PV per year. Research reviews policies, guidelines for the disposal of hazardous waste from deteriorated or expired solar cells, life cycle assessment (LCA), deteriorated or expired solar panels, disposal plans, and technologies for the disposal of hazardous waste from deteriorated or expired solar cells in Thailand, which will increase in the future. The feasibility of disposing of hazardous waste from deteriorated or expired solar cells in Thailand and abroad Develop guidelines policies, regulations, guidelines and promotion for the proper disposal of hazardous waste from deteriorated or expired solar cells in Thailand. from deteriorated or expired solar cells in Thailand.