Compendium of Technologies for the Recovery Materials from e-waste
2017 | RRC.AP
This compendium describes information on commercially available or near commercially available technologies and associated techniques for resource recovery from WEEE/e-waste and subsequent treatment of residual wastes. The key fields of information in the compendium are: type of technology – detailed process description, type of waste handled, products (if any), emissions, job potential and capacities available; Operational/technical details including parameters for specifications for procurement, operation and maintenance requirements, and specific aspects for developing countries; Environmental and social considerations; Investment and operating costs; Institutional and regulatory requirements; Pros and Cons with respect to developing countries; Examples of real life applications; Photographs and sketches and Suppliers. The compendium is comprised of six chapters: introduction, classification of WEEE/e-waste and WEEE/e-waste streams, perspective of WEEE/e-waste management, compendium of technologies for the recovery of materials from WEEE/e-waste, WEEE/e-waste technology selection, and case studies.
The manual aim to support both formal and informal recycling enterprises in preventing plastic pollution by advocating best practices and promoting proper housekeeping within informal recycling facilities.
The main goal of this study is to evaluate plastic and pellet losses and leakage from the logistical handling and pre-processing operations of informal recycling groups in Thailand, focusing on recovered post-consumer plastic waste and factory processing operations. The focus areas of this study are the Nonthaburi Municipality and Pattaya City.
This study was conducted following on a simplified three-step approach: 1) collect and analyse data and information relevant to plastic leakage from informal sector recycling; 2) engage with key stakeholders; and 3) disseminate the outcomes of the study.
The guidelines aim to fill knowledge gaps and promote contextually appropriate best practices. They will also encourage industry actors to implement measures to prevent and contain plastic and pellet leakages. Based on the findings of a preliminary assessment of the post-consumer plastic recycling value chain, which analyzed primary sources of plastic loss and leakage, including technology applications, resource availability, access, and regulatory and policy gaps, these guidelines are designed.
