Chinese National WEEE Recycling Engineering Technology Research Center
The Chinese National WEEE Recycling Engineering Technology Research Center (hereinafter referred to as “Engineering Research Center” or “Center”), takes benefits from the support of Jingmen GEM Co., Ltd. as a supporting institution, and is builtbased on the basis of Hubei Urban Mining Resources Recycling Engineering Research Center which GEM has established. by the GEM company. The Center adheres to increased standardization, and specialization, scale and marketization inof the operationoperational management.
The Center setshas set up 5 research laboratories, including: a WEEE recycling laboratory, a research laboratory for rare metalmetals, rare earth metalearths and dissipated metalmetals recycling research laboratory, waste , a plastic waste research laboratory, a material refabricating research laboratory, and a research laboratory for equipment manufacturing research laboratory.
The Center sets up 1 implemented one service testing service center --, specifically a WEEE recycling testing center and service platform, combining the research and developmentR&D tasks of both engineering and technology research center, it would providecenters. It undertakes research, test, measurement, and evaluation serviceservices for the center; atAt the same time, it will provideprovides personnel training, job training, networking and information technology consulting services for schools and enterprises.
The Center sets uphas established 4 technological achievementsadvancement transformation bases which are respectively located in Jingmen GEM Co., Ltd., GEM (Wuhan) Urban Mining Recycling Industrial Park Development Co., Ltd., Jiangxi GEM Resources Recycling Co., Ltd.,. and Henan GEM Resource Recycling Co., Ltd.
Chinese National WEEE Recycling Engineering Technology ResearchThe Center mainly focuses its research on the technology and equipment development of WEEE recycling including used batteries, waste electrical and electronice- products, waste print circuit boards, CRT display, permanent magnet motor, LED waste LED, waste fiber and so on,etc., to achieve thea high valuerate recovery of a large number of useful elements present in WEEEs and gain the WEEE, such as rare metalmetals (nickel, cobalt), precious metalmetals (gold, silver, platinum, palladium), rare earth metalmetals (neodymium, samarium, yttrium, terbium and europium etc.), and scattered metalmetals (gallium, germanium and indium etc.), while.). At the same time, the Center also makingprocesses waste plastics and other non-metallic waste materials into high value-added recycling,recycled products, in order to achieve thecomplete an overall recycling of WEEEsWEEE.
With complete detection equipmentsequipment including inductively couplingcoupled plasma spectrometer (ICP), scanning electron microscopymicroscope (SEM), atomic absorption spectroscopyspectroscope, laser particle analyzer, X-RAY diffractiondiffractometer and other dozens of sets of international advanced equipmentother modern devices, the Center can conduct overall processcomprehensive testing on the materialmaterials composition, size, structure and function. At the same time, the Center couldis also capable of quickly and accurately and fast analysesconducting analysis and teststesting on physical properties of WPC such as hardness, and conducts bending test, tensile test, impact toughness test, differential thermal analysis, and thermal deformation analysis, density test, aging test, mildew proof test, water absorption test, moisture content test, expansion rate test, freezing and thawing test and so on, so asetc., to guide the material procurement, of materials, the associated research and production development and production, to . The recurring tests ensure that the company's leading levelGEM to maintain top-notch levels of technology and technical innovation ability. This part sounds very familiar and seems like it has been mentioned somewhere else in the previous documents.