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

RESEARCH, SCIENCE

Boronates: Esters and Salts of Boronic Acid

Boronates are esters and salts of boronic acid. Boronic acid is a compound related to boric acid in which one of the three hydroxyl groups has been replaced by either an alkyl or an aryl group. The boronic acids are derived from boron, an element found in the earth's crust as boric oxide (B(OH)O). Boronic acids are produced when a borate salt reacts with acetic or propionic acid to form the corresponding boronic acid

Vegetable Garden
APPLICATIONS, Biocides, FOOD SECURITY

Vegetable Garden: An Ultimate Guide To Using Boron

Gardeners looking to add boron to their vegetable garden can do so in various ways. This helpful mineral plays a vital role in plant growth and development and can help improve overall yields. Learn how to add boron to the vegetable garden. Understand the benefits that this mineral can provide not only in the soil but also in the transportation and nutritional value boron brings to garden vegetables, and plants for that matter.

NEWS

Boron and the war on Cancer

Boron - Cancer

Boron is a natural mineral that helps with different aspects of health. One of the most important roles it plays in our bodies is to help maintain healthy tissues. This includes bones and cells. It is an effective treatment for many types of cancer. Because it can stop tumor growth and reduce inflammation in the body. Let’s take a look at how this mineral works its magic on some common cancers. So does Boron battle cancer?

Welding with Boron Steel

Welding with Boron Steel

Welding with Boron Steel: Boron is widely used in construction materials as a strengthening agent and anticorrosive agent. When it comes to steel structures, boron has a particular role in strengthening and anti-fracturing steel welds. Boron oxide and boron carbide are the most commonly used compounds in this context.

Boron at Fukushima

Boron at Fukushima

Boron at Fukushima: In 2011 a severe nuclear meltdown occurred in Fukushima at the atomic reactor on the coast. Authorities resorted to spreading a boron compound on the site to halt the spread of radiation. How did boron help mitigate radiation and meltdown at the time? How does it also act as an inhibitor in the nuclear rods themselves?

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GUIDE TO BORON

APPLICATIONS

Fire Retardants

Zinc Borates Fire Retardants

Zinc borates can be used as a flame retardant, char promoter, afterglow and smoke suppressant, and anti-arc agent in polymer systems. They combines the optimum effects of zinc and boron oxides with water release for flame-retardant.

CHEMISTRY

Chemistry, SCIENCE

The Fascinating World of Tourmaline

Tourmaline is a group of boron silicate minerals with similar physical properties and a standard crystal structure but the minerals vary widely in chemical composition. A wide variety of compositions, trace elements, and shade facilities causes tourmalines to occur in more colors and color combinations than any other mineral group.

Chemistry, SCIENCE

An Introduction to Lithium Borate

Lithium Borate salts is being studied for use in lithium-ion batteries given its excellent thermal stability, environmental friendliness and cost-effectiveness. Lithium Borate is an essential chemical compound in many fields. It has a polymeric borate backbone structure.

RESEARCH

RESEARCH, SCIENCE

Boron Fluoride

Boron and Fluorine have several forms, mono fluoride, boron trifluoride and diboron tetrafluoride. Boron monofluoride is often referred to as Boron fluoride. Boron trifluorid is a stable gas at low temperature. While diboron tetrafluoride boils at -34 degrees centigrade. Boron fluoride compounds have several applications in health and remediation technology and agricultural fields.

BENEFITS

Agriculture, Human Health

Canola Needs Boron to Thrive

Canola is a Brassica family member with especially high boron requirements. Boron deficiency significantly impacts seed production; yields are doubled when 2 lbs of boron per acre are applied to the canola field with no visual anomalies.

FOOD SECURITY, Human Health

Managing Malnutrition with Boron

Boron is important in the development of bones, teeth, and other tissues. Boron deficiency can lead to problems like osteoporosis, poor bone density leading to fractures, and malnutrition. Boron is required for strong fetal skeletons in the earliest stages of pregnancy.

MINING BORON & BORATES

MINING

Chemistry, MINING

Boron Minerals

Boron minerals are found in the Earth's crust; its various forms come from different geological structures, such as pegmatite and metamorphic rocks. The most common boron minerals include Tincal, Tincalconite, Colemanite, Kernite, Ulexite, Pandermite, Boracite, Hydroboracite, Inderite, Ascharite, Datolite, Sassolite, Meyerhofferite, Inyoite, and Probertite.

MINING

Country Profile of Argentina

Argentina is the fifth-largest producer of natural borates. Deposits of borate can be found throughout Argentina, including in the provinces of Neuquén (Gran Chaco), Rio Negro, San Juan, and Mendoza (Cordoba). The first boric acid in Argentina was produced in 1894 at the La Plata mine when sodium tetraborate ore was extracted for the first time. The country became a major producer in 1900.

ADVANCED ENERGY, DECARBONIZATION, MINING

Boron and Nuclear Fusion

Boron and nuclear fusion: Is Boron the key to Unlocking Energy via Nuclear Fusion? For the past eighty years, scientists have been exploring ways to capture energy to provide an inexhaustible supply of quasi-free, green energy. Boron via laser technologies, may finally provide the key to moving beyond the laboratory to commercialisation.

INVEST IN BORON

INVEST IN BORON, MINING

Billion Dollar Boron

Billion dollar boron. In 2021, borates sales hit billions of dollars. Why? The demand for boron is increasing rapidly in strategic sectors such as aerospace and defense, zero-carbon, and advanced energy solutions, which depend on boron-based technologies to reduce emissions. Recent forecasts predict that boron demand will increase by 30% by the end of the decade.

PLANET BORON

DECARBONIZATION

DECARBONIZATION

Boron in Bioconversion

Rio Tinto Mine. The Serbian government has finally revoked Rio Tinto's licenses for lithium exploration in Serbia in the latter part of January 2022. The government gave in to the protesters who have been opposed to the Anglo-Australian mining company's project on environmental grounds. Last year, the company committed to the project as global miners push for metals necessary to transition to green energy. This includes lithium which is used in the production of electric vehicle batteries. The project was already suspended in December 2021 due to environmental deterioration and forced displacement concerns.

ADVANCED ENERGY

ADVANCED ENERGY, Batteries and Capacitors

Advanced Energy – Nissan EV Battery Move

Nissan is currently the only automaker with a complete lineup of electric vehicles, including full-electric cars, plug-in hybrids, and zero-emission light commercial vehicles. The company’s goal is to be an industry leader in advanced energy and zero-emission mobility by 2030. As a leader in developing new battery technologies to improve efficiency and power for their lineup of vehicles, use of rare earth metals and near rare earth metals such as boron and lithium is at the heart of the battery power program. But batteries have a limited lifespan. Once it comes to recycling, there is too much waste. Nissan is tackling this problem with Waseda University to produce breakthrough innovations in Electric Vehicles technology.

FOOD SECURITY