Innovation

Boron-based Polymers for EV Storage
FOOD SECURITY, Innovation, RESEARCH, SCIENCE

Boron-based Polymers for EV Storage

Boron-based Polymers for EV Storage: Boron-based Polymers to Improve Electric Vehicle Energy Storage: Boron-based polymers such as BNNTs are 2D nanomaterials with excellent properties for improving electric vehicle energy storage given their high surface areas, large aspect ratios, and good thermal conductivities. Borates Today examines the potential for use of BNNTs in electric vehicle transmissions and batteries.

Boron Neodymium Magnets
Innovation, RESEARCH

Boron Magnets Prize for Inventor

Boron Magnets Prize: Dr. Masato Sagawa, President of NDFEB Corporation in Kyoto, Japan, has been awarded the 2022 Queen Elizabeth Prize for Engineering for innovative work on Boron magnets. He invented the neodymium-iron-borate magnet, which is at the heart of green energy and carbon reduction efforts, powering wind turbines and other renewable systems.

Lithium Boron Project Ioneer
Innovation

Lithium Borate Project Ioneer

A collaboration between Ioneer and Sibanye Stillwater has recently been announced toa Lithium-boron mining project. Ioneer chose this established mining company as a partner for this joint venture. A feasibility study provided definitive results in 2020, validating the project as a world-class resource.

boron thermal conductivity
Innovation

Rio Tinto Ramps Up Jadar Valley Green Lithium Efforts

Extract: The Jadar Lithium Borate project in Serbia by the Rio Tinto group will produce battery-grade lithium carbonate and borates essential for developing and operating renewable energy equipment. Rio Tinto intends to finish the construction of the underground mine in 2026. The company plans to invest $200 million in the project and begin construction in 2022. Rio Tinto expects to finish the land acquisition, technical documentation preparation, and environmental assessment study by the end of 2021.

Clean Fuels Boron - Electric Vehicles
ADVANCED ENERGY, Clean Fuels, Efficient Power Sources, Innovation

Clean Fuels Using Boron for a Cleaner Future

Boron is essential when we talk about clean fuels for ecomonical future. The Advanced Energy sector is on fire in recent years as it continues to grow and innovate new technologies. It will power our homes, cars, and businesses for generations. To combat climate change, we need to cut our reliance on fossil fuels. Renewable energy is the answer. We are now in a position where technology is advanced enough.

Tensile strength
Innovation, RESEARCH

Tensile Strength in Auto Manufacturing

Boron alloy steels with high tensile strength can be carbon, low alloy, HSLA, and carbon-manganese. Boron's high neutron absorbtion means that stainless steels used for nuclear industry, for instance, are often enriched with boron. It can be as high as 4%, but is more commonly 0.5 to 1 percent.

Boron-based Polymers for EV Storage

Boron-based Polymers for EV Storage

Boron-based Polymers for EV Storage: Boron-based Polymers to Improve Electric Vehicle Energy Storage: Boron-based polymers such as BNNTs are 2D nanomaterials with excellent properties for improving electric vehicle energy storage given their high surface areas, large aspect ratios, and good thermal conductivities. Borates Today examines the potential for use of BNNTs in electric vehicle transmissions and batteries.

Boron Magnets Prize for Inventor

Boron Neodymium Magnets

Boron Magnets Prize: Dr. Masato Sagawa, President of NDFEB Corporation in Kyoto, Japan, has been awarded the 2022 Queen Elizabeth Prize for Engineering for innovative work on Boron magnets. He invented the neodymium-iron-borate magnet, which is at the heart of green energy and carbon reduction efforts, powering wind turbines and other renewable systems.

Lithium Borate Project Ioneer

Lithium Boron Project Ioneer

A collaboration between Ioneer and Sibanye Stillwater has recently been announced toa Lithium-boron mining project. Ioneer chose this established mining company as a partner for this joint venture. A feasibility study provided definitive results in 2020, validating the project as a world-class resource.

Rio Tinto Ramps Up Jadar Valley Green Lithium Efforts

boron thermal conductivity

Extract: The Jadar Lithium Borate project in Serbia by the Rio Tinto group will produce battery-grade lithium carbonate and borates essential for developing and operating renewable energy equipment. Rio Tinto intends to finish the construction of the underground mine in 2026. The company plans to invest $200 million in the project and begin construction in 2022. Rio Tinto expects to finish the land acquisition, technical documentation preparation, and environmental assessment study by the end of 2021.