source:Global Mining ReviewGeneral Atomics Electromagnetic Systems (GA-EMS) has finalised negotiations with the U.S. Department of Energy’s (DOE) Advanced Manufacturing Office for facility design and engineering in preparation for the construction and operation of a rare earth element (REE) separation and processing demonstration plant. GA-EMS is teaming with GA Europe’s Umwelt-und-Ingenieurtechnik GmbH (UIT), Rare Element Resources, Ltd (RER), and LNV, an Ardurra Group, Inc. company to begin the 40-month project to design, build and operate the REE separation and processing demonstration faci...
Release time:
2021
-
12
-
28
viewed：0
SOUCRCE:Digitimes AsiaNissan will set up electric vehicle (EV) battery recycling plants in Europe and the US through its subsidiary before the fiscal year 2025, apart from continuing promoting battery recycling in Japan.The decision comes when rare metals for producing lithium-ion batteries become much more expensive and the demand for battery recycling grows more urgent.According to Nikkei and Business Insider, 4R Energy, a joint venture between Nissan and Sumitomo Corporation, will build battery recycling facilities outside of Japan for the first time. The company expects to put a European p...
Release time:
2021
-
12
-
28
viewed：0
source：The News MotionDr. Huo Zhipeng and his student Zhao Sheng from the Hefei Institutes of physical science (HFIPS) of the Chinese Academy of Sciences recently developed a lead-free neutron and gamma ray composite shielding material that has high shielding properties and is environmentally friendly. Their results were published in Nuclear Materials and Energy.The composite, modified-gadolinium oxide/boron carbide/high density polyethylene (Gd2O3/B4C/HDPE), was tested safe and effective to shield neutron and gamma rays through a series of intricate and comprehensive experiments.Neutron, as a...
Release time:
2021
-
12
-
27
viewed：2
source:AZO NANORecently, rare earth elements (REE) have become a fundamental part of advanced industries. However, industries suffer a shortage in REE materials, predominantly due to the lack of robust recovery strategies associated with sustainable REE removal. Scientists have used nanotechnology to develop nanocellulose that can effectively recover REE, using a novel and sustainable method.Besides being useful in traditional sectors, rare earth elements are useful metals in many futuristic industries, such as lasers, fluorescent lamps, atomic batteries, engine turbines, and super magnets.At ...
Release time:
2021
-
12
-
24
viewed：13