Global warming: Boron is key. It is a key element in combatting carbon emissions and fuel efficiency. It is an essential component of solar panels and wind turbines and is used to manufacture highly efficient batteries.
The biogeochemical cycle of boron is active in three main areas: the atmosphere, terrestrial, and marine (hydrosphere). Boron is present in trace amounts in these reservoirs and plays a vital role in many geochemical processes.
Palm trees are commonly found in tropical environments, and benefit from the micronutrient boron. Without sufficient micronutrients, their health and growth can be affected.
Fluid Catalytic Cracking catalyst provides flexibility to mild and moderate-resid feed units. The Borotec portfolio based on BBT uses boron in the catalyst formulation.
In today's podcast, we’re going to look at the Fukushima nuclear accident in 2011 and how Boron helps to contain the radiation and the potential spread of nuclear fallout.
Sustainable mining is the sustainable extraction, processing, and use of mineral resources. It impacts the environmental and its economic feasibility.
Metal recovery refers to the process of extracting precious metals from various materials. One method for metal recovery involves using boron.
Sustainable future using materials science is achieved through developing new materials and technologies that can help address climate change and resources.
Sustainable agriculture uses micronutrients such as boron, zinc, and copper to promote soil health and support healthy plant growth.
Boron reduces carbon dioxide: Boron is one such amazing catalyst that reduces CO2 in the presence of only water and light irradiation. This serves as a foundation for a new and more efficient method of transforming CO2 into a usable carbon source for manufacturing fuels and chemicals.
The formation and applications of porous Boron Nitride have been the subject of popular research lately. Its high porosity and thermal stability will help pave the way for improving large-scale industrial gas and liquid separations, such as those used in carbon capture or water treatment processes by reducing the amount of energy required.
The push for increased decarbonization is being felt worldwide as investors pressure companies to take this issue seriously. The fossil fuel industry is feeling the heat, too, with some of its well-known members stepping up their efforts to reduce emissions and make a difference. Governments are also taking notice of these changes, and there has been an increase in legislation designed to incentivize investments in clean energy technology. How can Boron help?
Modern civilization has been heavily influenced by the discovery of petrochemicals. The entire human race is driven by this natural resource, dubbed liquid gold. Petrochemical derivatives are overwhelmingly present in our lives --- as plastic bags/wrappers that...
Micronutrients play an important role in plants' life and growth. Mineral deficiencies can lead to serious problems with the plants such as stunted growth and rougher leaves. It can also result in interveinal chlorosis of leaves, purpling of leaf margins and...
Progressively Agriculture needs to become efficient to give a population that Is developing. As a factor that is crucial to crop development. Boron feeds the world
Boron is a metal useful to modern societies for over 100 years. It is most commonly available as borax in household cleaning products. Or, as the boric acid in eye drops and mouthwashes. However, it has many other uses in urbanization. It is present in construction...
Global warming: Boron is key. It is a key element in combatting carbon emissions and fuel efficiency. It is an essential component of solar panels and wind turbines and is used to manufacture highly efficient batteries.
The biogeochemical cycle of boron is active in three main areas: the atmosphere, terrestrial, and marine (hydrosphere). Boron is present in trace amounts in these reservoirs and plays a vital role in many geochemical processes.
Palm trees are commonly found in tropical environments, and benefit from the micronutrient boron. Without sufficient micronutrients, their health and growth can be affected.
Fluid Catalytic Cracking catalyst provides flexibility to mild and moderate-resid feed units. The Borotec portfolio based on BBT uses boron in the catalyst formulation.
In today's podcast, we’re going to look at the Fukushima nuclear accident in 2011 and how Boron helps to contain the radiation and the potential spread of nuclear fallout.
Sustainable mining is the sustainable extraction, processing, and use of mineral resources. It impacts the environmental and its economic feasibility.
Metal recovery refers to the process of extracting precious metals from various materials. One method for metal recovery involves using boron.
Sustainable future using materials science is achieved through developing new materials and technologies that can help address climate change and resources.
Sustainable agriculture uses micronutrients such as boron, zinc, and copper to promote soil health and support healthy plant growth.
Boron reduces carbon dioxide: Boron is one such amazing catalyst that reduces CO2 in the presence of only water and light irradiation. This serves as a foundation for a new and more efficient method of transforming CO2 into a usable carbon source for manufacturing fuels and chemicals.