13th AICLST Congress · 2026 · TF-68-P
Moumita Mukherjee, Saraswathy g., Sujata Mandal, Bhabendra Nath Das
Synthesis and Optimization of Industrial Biodegradable Moumita Mukherjee*, Saraswathy g#., Sujata Mandal#, Bhabendra Nath Das* * Directorate of Ordnance (C&S), Kolkata, Department of Defence Production, Ministry of Defence. #CSIR-Central Leather research Institute Sarder …
Open original PDF →13th AICLST Congress · 2026 · TC-17-O
Shan Cao1*, Jindi Li, Shenglong Li, Xinde Wang, Shichang Fan, Qianfang Yu
… The tanned mycelial leather alternative also exhibits excellent thermal stability exceeding 1500C. The tanning mechanism was investigated, and the environmental impact of the obtained mycelial leather alternative were evaluated. It showed a soil biodegradation …
Open original PDF →13th AICLST Congress · 2026 · TI-99-P
Karthik Vijayarangana,c, Mohammed Abu Javidb,c, Vijayakanth Nandhuc, Lakshmanan Akashc; Lokeshc, Anandhan Punitha Velmurugana,c
Growing environmental concerns and strict regulation on the use of synthetic dyes have increased interest in eco-friendly and sustainable alternatives for leather processing. Natural dyes derived from plant sources offer a biodegradable, non …
Open original PDF →13th AICLST Congress · 2026 · TC-19-O
Ramya Gunasekaran a, N Nishad Fathima *a
Waste from leather industries poses a significant challenge to the environment. Research towards reducing this waste will have an additional significance if it leads to the production of value-added product(s). Hair waste …
Open original PDF →13th AICLST Congress · 2026 · TI-48-P
Anjali C. Venkitesan, Nitin P. Lobo, N Nishad Fathima
Collagen is regarded as important biomaterial in biomedical and cosmetic applications due to its biocompatibility and biodegradability. Glycerol, a polar green solvent, enhances collagen stability by substituting water molecules in the hydration shell, maintaining …
Open original PDF →13th AICLST Congress · 2026 · K-TF-112-O
Bhabendra Nath Das
… With advances in polymer science and technology, many new materials are now replacing leather. Appearance-wise, these materials are so similar that even an experienced leather technologist may find it difficult to distinguish them …
Open original PDF →13th AICLST Congress · 2026 · TI-36-P
Bo Jie Chen a,*
… releases polysaccharides, polyphenols and saponins from longan seeds; selective periodate oxidation converts these extracts into a novel, biodegradable, chromium-free tanning agent, providing a sustainable alternative for the leather industry and valorising agro-waste.
Open original PDF →13th AICLST Congress · 2026 · TF-82-P
Rajesh Chengamchetty Muralia , T. Loganathana , Jeevanandham Sadhanandhama; Duraisamy Suresh Kumara, Sureshkumar Perumal Singaraja, Ashish Singha
… especially in knit, mesh, and synthetic leather uppers. Players typically replace 2–3 pairs of shoes per quarter, incurring high personal costs and contributing significantly to non-biodegradable footwear waste. Currently, no rapid, in …
Open original PDF →XXXVII IULTCS Congress · 2023 · O-112-162
Claudia Florio; Rosario Mascolo; Claudia Cirillo; Gaetano Maffei; Andrea Loi; Maria Sarno
… leather for footwear, leather goods and the automotive industry, determining the impacts in terms of economic and environmental impacts, which highlighted the feasibility of the approach for obtaining finishes with increased performance, biodegradability and …
Open original PDF →XXXVII IULTCS Congress · 2023 · P-1195
Xuyang Wang; Xihuai Qiang; Chao Xie; Xuebin Ding
Traditional chrome-free tanning agents, especially organic chrome-free tanning agents, tend to enhance the electronegativity of the fibers of crust leather during the tanning, which is negative for the absorption and binding of …
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