One of the many industrial applications is by creating the chemical compound, Hydrogen-Boron. Boron with the chemical symbol, B is an element vital to plant growth, and can also be used for a wide range of other industrial applications (Editors of Encylopedia Britannia, 2019). It is virtually untraceable to the five human senses: taste, touch, smell, and sight proceeding with caution is paramount as Hydrogen is known to be a flammable gas with a poor track record regarding the Hindenberg (Jolly, 2019). The act of creating energy through Hydrogen-Boron Fusion can be a great asset for future energy consumption as demand is expected to rise 50-percent with a population of roughly 4-billion more people (Sachs, 2015). Conventional wisdom deems fossil fuels as the sole contributor to our current socio-economic and environmental conditions, yet there are many other factors associated like education, food, water, land use, and materials. Energy is one of the many components sustainable development intends to address. Precisely aimed to avoid the depletion of Earth's resources and ensure a healthy quality of life for future generations with three pillars to sustainability: economic, environmental, and social (Asheim, 1994). Sustainability is the long-term ecological balance and management of Earth, its climate, and resources.
This article attempts to highlight the creation of Hydrogen-Boron Fusion and mention a few industrial hygiene practices. This reaction produces a chemical compound into a renewable energy source that challenges nuclear fission, fission being the adverse reaction of fusion when splitting two elements from one another rather than uniting them. When uniting the chemical element Boron (B) with Hydrogen, we create fusion, or in this case, Hydrogen-Boron Fusion. Hydrogen (H) is one of the most abundant chemical elements in the universe.
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