The Environmental Impact Assessment Of Polymer Lithium-ion Battery Production

With the widespread popularity of notebook computers, smart phones, digitalcameras and other electronic devices, the demand for lithium-ion batteries isincreasing every year. Here are talking about liquid lithium-ion battery. Although ithas some advantages, its biggest drawback is that leakage and security issues. Tosolve this problem, people began to focus on the production of polymer lithium-ionbattery research. The liquid organic electrolyte is adsorbed on a polymer substrate. Inthis way, the production process more environmentally safe and effective solution tothe leakage problem. Currently the rapid development of polymer lithium-ion battery,the application rate year by year. There is a growing concern polymer lithium-ionbattery in the production process which will produce environmental pollution. Thescope and extent of the effects of pollution.In the past, traditional economic development, builders tend to focus only on themost direct and immediate economic benefits. No environmental benefits will becounted in the cost of production. Some builders even at the expense of resources andthe environment in exchange for short-term profit growth. The inevitable result ofresource depletion and environmental pollution caused by, resulting in sharpcontradiction to economic development and environmental sustainability.Implementation of environmental impact assessment system can effectively improvethis contradiction.Through the polymer lithium-ion battery production environmental impactassessment can provide a scientific basis for reform industrial design, construction,production, environmental management and pollution prevention and control.Maximum degree of reduction of the adverse effects of construction projects aroundthe environmentally sensitive sites. Achieve economic, environmental and socialbenefits.Law evaluation, early intervention, completeness, broad participation is theoverall guiding principles of environmental impact assessment work. Identificationand evaluation of environmental factors factor screening is the foundation of theenvironmental impact assessment, and also determines the direction of the evaluation.Considering the actual text of the characteristics of polymer lithium-ion battery production project. Study the national and local laws and regulations, policies,standards and related programs on environmental protection. Also studied the relevanttechnical documentation. On the basis of the analysis carried out engineering andenvironmental status of the investigation, completed the screening factoridentification and evaluation of environmental factors, a clear focus on the evaluationand environmental goals, determine the level of evaluation, assessment and evaluationof the scope of the standard, each completed environmental elements of theenvironmental impact prediction and evaluation. And proposed environmentalprotection measures, carried out technical and economic feasibility study, theconclusion that overall conclusions.