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2974
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1858
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1428
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452 (Abstract)
571 (Download)Abstract: When Eric Fawcett and Reginald Gibson discovered polyethylene accidentally, they never realized how useful their discovery will be for mankind, similar to how Charles Goodyear’s idea of adding sulphur to polyisoprene would revolutionize the tire and other rubber industries. Although those discoveries centuries ago have never realized their current impact, however, the fact is undeniable on how polymer science has conquered the world, gaining an... More
1163 (Abstract)
792 (Download)Abstract: The replacement of fossil raw materials by renewable alternatives is imperative. Renewable, biodegradable, and compostable polymers are options to be developed and adopted. Embedded in this concept, the present study evaluates whether biopolymers are sustainable alternatives to replace traditional polymers used in packaging, such as polyethylene. To that end, a systematic literature review (SLR) was carried out on biopolymers applied to... More
2974 (Abstract)
1719 (Download)Abstract: The purpose of this study was to offer a general concept and overview of the textile industry’s environmental sustainability assessment. The textile and garment industries cause environmental damage at every stage of manufacturing, from the cultivation of raw materials through the disposal of finished goods. Chemical loading, high water consumption, high energy consumption, air pollution, solid waste, and odour creation are all key environmental... More
609 (Abstract)
563 (Download)Abstract: It was required to determine relative merits of commonly used renewable energy (RE) systems for which estimation of their individual sustainability percent achievable was chosen as the single criterion assessment tool. The methodology developed for estimating sustainability included identification of individual sustainability indices (SI) and examining the scope of sustainability percent input /kWh power generation for each of SI indices and... More
606 (Abstract)
659 (Download)Abstract: Activated carbon fiber (ACF) is undoubtedly one of the most significant carbon nanocomposite materials to consider from the perspective of application in adsorption. Compared to other commercial porous storage materials, it offers many benefits. With a fiber-like shape and a clearly defined porosity structure, activated carbon fiber (ACF) is a potential microporous material. In general, synthetic carbon fiber (CF) can be used to commercially... More

