Research results
Showing 11–20 of 23 papers, ranked by topic relevance.
Globally, tanneries are producing approximately 6 million tons of solid and liquid waste per year. About 80% of solid wastes produced during leather process are generated from pre-tanning stage, whereas 20% of wastes …
Open original PDFDeep eutectic solvents (DES), were first studied during twenty first century. The availability of low-cost raw material and near absence of purification steps have quickly made DES attractive to scientific community. Additionally, the …
Open original PDFLeather processing is different from many other manufacturing sectors because it combines biological variability with complicated chemical changes. This makes it both difficult and a good fit for smart systems. This article examines established …
Open original PDFIn response to the growing demand for environmentally sustainable, resource- efficient leather processing technologies, this study presents the development of a novel amphoteric polymeric fatliquor synthesized from allyltrimethylammonium bromide (ATMA) via free-radical polymerization …
Open original PDF… The outcome of the study could help in synergetic approach for sustainable combined treatment and disposal of the fibrous banana peduncle by pyrolysis and utilize the biochar during Anaerobic Digestion (AD) of fleshing waste …
Open original PDFWater pollution resulting from tannery effluents in the leather industry poses a striking environmental challenge due to high organic load and toxic heavy metals. This study proposes a Long Short-Term Memory (LSTM)–based …
Open original PDFDespite the fact that the Indian leather sector employs about 4.42 million people and brings in around USD 5 billion in export revenue, with plans to reach USD 30 billion by 2030, stakeholders …
Open original PDFLime splits, a by-product of the splitting process following unhairing and liming, are utilized not only for split leather production but also as raw materials for food and cosmetics, such as collagen and …
Open original PDFThe increasing restrictions on halogenated flame retardants, particularly brominated compounds, have created an urgent need for environmentally benign and high-performance alternatives in leather manufacturing. This study presents the development of a bromine-free …
Open original PDF… These challenges are amplified by sector-specific constraints, including biological variability of raw hides, high water and chemical intensity, reliance on shared effluent treatment infrastructure, uneven technological maturity, and persistent skill gaps. This study …
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