Research results
Showing 41–50 of 58 papers, ranked by topic relevance.
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… Leather is durable, repairable, and biodegradable—qualities that resonate strongly with circular economy principles. Marketing strategies must move away from defensive comparisons with synthetic substitutes and instead position leather as a material that prevents …
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… However, to avoid the presence or excess of certain chemicals in the leather – the product- but also in the fi nal waste, Manufacturing Restricted Substance Lists (MRSL) have been developed to check the chemicals …
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The leather industry produces large volumes of solid wastes, particularly fleshing and trimming residues, which are rich in collagenous proteins but often disposed of without value recovery. This study presents a sustainable approach to …
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… environmental analysis of DESs involves a balance of factors such as toxicity, biodegradability, energy consumption, and the overall sustainability of the raw materials [11]. In comparison to traditional solvents, DESs generally present a better alternative, but the specific environmental impact can vary depending on the components involved. This analysis and their respective findings are in line with green chemistry principles and thus DESs become a potential alternative to traditional solvents considering the present environmental consciousness. 3. Uses of DESs in Leather processing The manufacture of leather is a challenging and complicated process, which …
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… in various fields such as biomedical engineering, tissue engineering, food packaging and leather manufacturing due to their excellent biocompatibility, biodegradability and ease of functional modification [1-7]. However, natural collagen fibers suffer from …
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… The care and maintenance required for a leather material is higher compared to a synthetic material. Proper conditioning, cleansing and restoration is vital to address the microbial deterioration of leather and to extend its …
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… product as corn, sugarcane or potatoes and, due to its biocompatibility and biodegradability, it is used in many applications in substitution of petrol-based plastics for automotive components, food packaging, degradable plastic. \[25\]. With a view on circularity, some studies have been carried out on PLA filled using different natural reinforcements and nanoparticles as clay, talc \[26-29\], carbon-based nanoparticles \[30\] and natural fibers \[31-32\]. Specific studies using collagen from leather wastes have been carried out on the mechanical and thermal characterization of …
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… Vegetable oils have consistently been attracted extensive attention by some researchers due to their advantages such as renewability, biodegradability, non-toxicity, low cost,etc2. Wherein Paola Stradolini successfully converted castor oil and soybean oil …
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To mitigate chromium pollution in leather manufacturing, we developed a novel biomass-based chrome-free tanning agent (polyphenol–cyanuric chloride derivative, PCC) by grafting cyanuric chloride (CC) onto tea polyphenol (TP). Exploiting the pH …
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Modular Effluent Treatment System for Medium-Scale Department of Leather Technology, Harcourt Butler Technical University (HBTU), Kanpur Ref. No. TC-27/P Tannery Wastewater Samrat Shukla, Abhyudaya Dixit Abstract This paper presents the design …
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