BORON AND BORATES NEWS

Borates Today publishes news, insights, guides, and latest special reports about boron, borates, and borax for investors, researchers, and readers interested in Decarbonization; Advanced Energy, Food Security and Micronutrients.

NEWS

Boron - Audio
Chemistry, RESEARCH, SCIENCE

Introduction to Boron and Borates

The role of Boron has become much more strategic. Boron is now at the heart of tackling global warming, decarbonization, food security among other uses and applications. Borates Today has an initiative to bring awareness of Boron to the forefront of our thinking: We have only one planet. Resources are finite, and it is our joint responsibility to take action to make the world a better place for future generations.

NEWS

How Toxic is Boron?

How Toxic is Boron

How toxic is Boron? Despite its low toxicity, boron can still be dangerous to humans if consumed in large amounts. It is well-known that excess boron can also affect plant growth and reproduction. In fact, toxicity of boron is considered one of the major causes of reduced crop production. In plants, high concentrations of boron can retard vegetative growth and decrease seed set.

Potassium Borates

Potassium Borates

Potassium Borates - Salts is a naturally occurring mineral. The ionising properties of borate salts can inhibit protein synthesis and disrupt the bacterial cell membrane. This can affect growth and function. This mineral can be toxic to humans and pets. It can also be used as a disinfectant. There are many uses for potassium borate salts.

Extracting Lithium from Boron Waste

Boron Waste 300x169

Research has revealed that lithium can be extracted from boron waste. The connection between boron waste and lithium offers opportunities to create battery-grade lithium for supply in a sustainable manner. It can be done via three-phase extraction or by simply extracting lithium from boron clay by roasting and leaching. Both Rio Tinto and Eti Maden claim to be the world's first to market with methods to extract lithium from boron.

Ford Boron Steel Bodywork

Ford Boron Steel

Automotive makers, including Ford, are taking advantage of boron's high tensile strength to build stronger, safer, and lighter cars. Boron steel is a crucial ingredient in the Ford Fiesta's pillars and structural elements and its other car brands. Boron steel is steel alloyed with small amounts of boron. It is four times higher than the average high-strength steel.

Boron and Energy Management Systems

Boron - Energy Management

Advanced energy is a concept that has been around for centuries. It is the idea of using less fuel to do more work. Energy management systems using new minerals such as boron are becoming an integral part of advanced energy. They help minimize power generation costs, power loss, and environmental effects by optimizing system efficiency. Advanced Energy Management Systems are designed to maximize energy efficiency to reduce your company's carbon footprint and increase profitability. What is Advanced Energy? Nowadays, companies are striving to become more sustainable and energy-efficient....

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GUIDE TO BORON

APPLICATIONS

APPLICATIONS, MINING

Boron Blue Diamonds

Boron blue diamonds - Diamonds are valued for their lustre and sparkle, making them precious commodities. Creating the beautiful diamond jewels that people adore as betrothal or pure indulgence symbols is a complex and lengthy process. Some diamonds are rarer than others. Believe it or not, Boron is the trace element that gives some rare diamonds a blue colour - the story of the Hope diamond is one such beneficiary of Boron's colour.

CHEMISTRY

RESEARCH

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.

ADVANCED ENERGY, RESEARCH

Boron Nanotubes BNNT Stability for Electronics

The Boron Nitrate Nanotube is a novel material with unique properties, including high thermal conductivity and chemical stability. It has been used in many applications such as heat transfer fluids, lubricants, coatings for semiconductors, catalysts, etc., but its use in batteries was not explored until recently. The first report of the application of BNNTs in Li-ion batteries appeared only in 2020.

BENEFITS

MINING BORON & BORATES

MINING

Company Profiles, MINING

Extracting Lithium from Boron Waste

Research has revealed that lithium can be extracted from boron waste. The connection between boron waste and lithium offers opportunities to create battery-grade lithium for supply in a sustainable manner. It can be done via three-phase extraction or by simply extracting lithium from boron clay by roasting and leaching. Both Rio Tinto and Eti Maden claim to be the world's first to market with methods to extract lithium from boron.

MINING, PODCASTS

Podcast – Boron and U.S. Rare Earths

Podcast - Today, we're going to take a look at boron and US rare earths and the stockpiling policy. The US is boosting the stockpile of its rare earth materials, such as cobalt and lithium. But why is this? The answer is partly to reduce dependence on China and partly to have a strategic policy towards rare earth sourcing and distribution.

INVEST IN BORON

INVEST IN BORON, MINING

ABR Appoints 2 Key Executives for US Listing

American Pacific Borates (ABR) has just announced the appointment of two senior executives to support its value engineering activities and US listing and to maximize shareholder value through operational excellence, strategic planning, and parallel diversification initiatives. The company also has plans for a listing in the US. To bring it all to fruition, the company is in discussions with various US-based investment banks, potential US partners, and debt capital market advisors.

PLANET BORON

DECARBONIZATION

DECARBONIZATION, MINING

Balancing Habitat versus Critical Mineral Mining

Balancing Habitat versus Critical Mineral Mining: Lithium and boron are two examples of crucial minerals essential in reducing our planet's carbon footprint for industries such as defense, automotive, construction, aviation, and aerospace. It is challenging to preserve the natural environment when starting new mines to extract these resources. How do companies such as Rio Tinto, American Pacific Borates (currently rebranding to 5E Advanced Materials), and Ioneer manage this dilemma and obtain the permits necessary in their respective locations?

ADVANCED ENERGY

Batteries and Capacitors, INDUSTRY SECTORS

Boron in Electronic Devices

Boron-infused components and advance materials are being used by electronics manufactures in many ways to improve and enhance consumer and industrial electrical devices. Boron in electronic and smart devices offer a longer product life, provide better energy performance – longer battery life -, give off less heat, offer low resistance protection against electrical currents, are wear-resistant, and act as protective coatings and add strength to metals and glass.

ADVANCED ENERGY

Boron Advanced Materials

Boron advanced materials have unique characteristics which make them extremely useful in multiple applications. Boron's many forms include Boron Nitride, a superior heat conductor and insulator, hexagonal boron nitride tubes, a structure with superior tensile strength, stability, and thermal conductivity, and cubic boron nitride, whose hardness characteristics is used for coating cutting tools and as grit for polishing and grinding wheels.

FOOD SECURITY

FOOD SECURITY

Boron and Food Security Utilization

Food Utilization, or food metabolization, is one of three drivers of Food Security (the other two being Availability and Accessibility). Food Utilization is all about the ability of animals and humans to use and benefit from nutrients in their food either through absorption or intake via the proper natural consumption of food.

MICRONUTRIENTS