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Study Recycling of Plastic and Crts From Electronic Waste


Affiliations
1 Department of Chemistry, Medicaps Institute of Technology & Management, Indore - 452001, India
2 Sinergy Institute of Technology, Dewas, India
3 Medicaps Institute of Technology & Management, Indore, India
 

The major objective of this paper is to build capacity of practitioners and decision makers to guide and handhold them to plan, design and implement E-waste management. It includes policy, collection, transportation and treatment in a city geographical area and country, here is a scope of further reduction of technology costs if the developing country has got infrastructure to for the local fabrication of machinery and equipment. A key recommendation is that the outstanding logistics issues are addressed in order to enable recyclers to define optimized processes for materials acquisition, processing and recovery. WEEE deposited at CA and other central collection sites should be segregated as far as possible into distinct streams that are compatible with subsequent transport and recycling technology choices. There is an ongoing need to educate designers regarding choices of materials and the implications of their choices on materials recycling.

Keywords

E-Waste, Waste Management, E-Waste Treatment Systems, CRTs, Plastic, etc.
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  • Study Recycling of Plastic and Crts From Electronic Waste

Abstract Views: 239  |  PDF Views: 4

Authors

Preeti Jain
Department of Chemistry, Medicaps Institute of Technology & Management, Indore - 452001, India
Mukata Rani Bhawsar
Sinergy Institute of Technology, Dewas, India
Jitendra Bhawsar
Medicaps Institute of Technology & Management, Indore, India

Abstract


The major objective of this paper is to build capacity of practitioners and decision makers to guide and handhold them to plan, design and implement E-waste management. It includes policy, collection, transportation and treatment in a city geographical area and country, here is a scope of further reduction of technology costs if the developing country has got infrastructure to for the local fabrication of machinery and equipment. A key recommendation is that the outstanding logistics issues are addressed in order to enable recyclers to define optimized processes for materials acquisition, processing and recovery. WEEE deposited at CA and other central collection sites should be segregated as far as possible into distinct streams that are compatible with subsequent transport and recycling technology choices. There is an ongoing need to educate designers regarding choices of materials and the implications of their choices on materials recycling.

Keywords


E-Waste, Waste Management, E-Waste Treatment Systems, CRTs, Plastic, etc.