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Recent trends in leather making: Processes, problems, and pathways

delete2007-01-12
delete143
PRE
AI
P
P. Thanikaivelan
R
Rao, JR
B
Balachandran Unni Nair
T
T. Ramasami
DOI:10.1080/10643380590521436delete
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摘要

摘要

En 中文
Leather processing has emerged as an important economic activity in several developing countries. Awareness of environmental problems has increased considerably and during recent years protecting environment has become a global issue. Currently the leather processing industry is going through a phase change due to global environmental regulations. The article summarizes the current leather processing methods with their rationale and environmental problems. It has been revealed that pretanning and tanning processes contribute 80-90% of the total pollution load (BOD, COD, TS, TDS, Cr, S2-, sludge, etc.). Further, toxic gases like ammonia and hydrogen sulfide are also emitted. Volatile organic compounds, heavy metals, and carcinogenic arylamines from posttanning and finishing operations are also creating severe concern. Apart from this, a great deal of solid wastes like lime sludge-from tannery and chrome sludge from effluent treatment plants are being generated. Advanced processing techniques as well as effluent treatment strategies for combating environmental and human health risks are reviewed in detail. The leather processing industry in various countries, however, is facing a serious challenge from the public and government. This is in spite of the implementation of several advanced processing techniques and treatment systems. Hence, there is a need to revamp leather processing methods anew for the sustainability of leather industry. Some of the novel concepts in leather processing are briefly mentioned and discussed.
Keyword:
chemical oxygen demand
dehairing
effluent treatment
enzyme
fiber opening
leather processing
pollution
sludge
tanning
total solids

期刊

Critical Reviews in Environmental Science and Technology 封面图
Critical Reviews in Environmental Science and Technology
IF:
13.2
论文数:
1.3K
被引数:
1.3W

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