Chitosan, the second-most abundant natural polysaccharide, is a cationic polymer widely used for the preparation of particles, hydrogels, or scaffolds intended for biomedical purposes [1,2]. All…
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During the normal operation of a nuclear reactor, the nuclear fuel in the reactor’s core is continuously being “burned”, i.e., the fissionable material, usually uranium…
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In the midst of a global energy transition, collaborations between academics and practitioners are becoming increasingly important. While these partnerships have primarily served to validate…
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The chemical industry influences all our lives daily, everything from the components in the screen you are reading this article on to the fertilizer used…
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The use of fossil fuels is being questioned for future energy requirements because of its environmentally hazardous substance emissions, price variations, and depletion of resources,…
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Currently, a brand new worldwide consensus is gradually forming: hydrogen energy acts as an interactive link among a variety of energy systems and is the…
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Triboelectricity, one of the most frequent experiences in our everyday life, is a contact-induced electrification in which two surfaces are electrically charged when they are…
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Sustainable production of energy and industrial materials from non-food crops can substantially reduce our reliance on non-renewable fossil fuel reserves. Jatropha curcas is a promising…
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Nanofluid is a dilute suspension of particles, varying in size from 1 nm to 100 nm, suspended in a base fluid (e.g. water). Compared to…
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Hydrogen is a clean source of energy as its combustion only results in water vapor. This is unlike the situation with fossil fuels, wherein its…
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The Swedish government has decided that Sweden shall be one of the world’s first fossil-free welfare nations. By 2045, no net greenhouse gas (GHG) emissions…
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