source：International MiningEnergy Fuels Inc, in partnership with a team from Penn State, is to start work on a project evaluating and developing a conceptual design to allow for the commercial production of mixed rare earth oxides (REO) from coal-based resources in an environmentally-benign fashion.The company said it has been advised by the US Department of Energy (DOE) Office of Fossil Energy (FE) and the National Energy Technology Laboratory (NETL) of their intent to award a contract to Energy Fuels, working with the team from Penn State, on this project. Furthermore, the DOE has the option...
Release time:
2020
-
09
-
22
viewed：1
source：Laboratory EquipmentA group of physicists led by Rashid Valiev, associate professor at TSU’s Faculty of Physics, has created a model for calculating the photophysical characteristics of molecules—one that is applicable for molecules of any nature, including rare earth lanthanides. Due to the introduction of the anharmonicity effect, the model can predict the properties of molecules even before their synthesis, without carrying out experiments. An article about the new model was published in the journal Physical Chemistry Chemical Physics.Knowledge of the photophysical and photochemical ...
Release time:
2020
-
09
-
21
viewed：0
source：resource recyclingUrban Mining Co., which uses an innovative process to recycle rare earth magnets, has received financial backing as part of the U.S. response to the coronavirus pandemic.San Marcos, Texas-based Urban Mining Co. operates a magnet recovery facility that’s about 130,000 square feet in size just south of Austin.The company employs a magnet-to-magnet method to recycle the neodymium iron boron magnets (referred to as NdFeB magnets) used in hard disk drives, audio equipment and some industrial equipment.The U.S. Department of Defense recently announced it will provide $28.8 m...
Release time:
2020
-
09
-
16
viewed：1
Australian Strategic Materials produces key heavy rare earth metal dysprosium at Korean facility source：Proactive Investors AustraliaThe metallisation process has now been proven for the Dubbo Project’s key permanent magnet rare earth products - dysprosium, praseodymium and neodymium.Australian Strategic Materials Ltd (ASX:ASM) has produced another key permanent magnet metal, dysprosium, via its partner Ziron Technology Corporation at a laboratory at the Ziron Tech facility in Korea.The company produced 0.76 kilograms of high purity dysprosium which assayed at 99.6% using less energy...
Release time:
2020
-
09
-
15
viewed：1