分析皮肤鞣革行业的材料、能源和毒性,以确定清洁生产策略

A. Nugraha, Ono Suparno, dan Nastiti Siswi Indrasti
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引用次数: 1

摘要

皮革行业被认为是对环境不友好的行业,因为它在生产过程中产生了大量的废物。本研究的目的是分析材料、能源和毒性(MET),并确定可应用于皮革制革厂的清洁生产策略。这项研究是调查研究。采用目的取样、MET矩阵、废水分析、文献查阅、专家讨论等方法。研究表明,加工过程中使用的一些化学物质具有刺激性、腐蚀性和致癌性;废水29.5立方米,固体废物1,749.14公斤。废水和固体废物中的有害污染物是硫化物、氨和铬。划界和焙烧过程氨氮产生量为4701.48 mg/L。在复鞣、染色和加脂过程中产生的铬6+为2.09 mg/L。石灰化过程产生的硫化物为646.4 mg/L。出发是能耗最高的一步,从总能耗的632.08千瓦时上升到336.37千瓦时。结果表明,有一些清洁生产策略可以应用于皮革加工。可以采用的优先战略是水控制和水再利用。关键词:清洁生产;MET;毒性
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ANALISIS MATERIAL, ENERGI DAN TOKSISITAS (MET) PADA INDUSTRI PENYAMAKAN KULIT UNTUK IDENTIFIKASI STRATEGI PRODUKSI BERSIH
Leather industry is known as industry that unfriendly to the environtment, since it produces a lot of wastes in its processes.  The objectives of this study were to analyze material, energy and toxicity (MET) and to identify cleaner production strategies which can be applied in leather tannery. This study was survey research.  The method used were purposive sampling, MET matrix, wastewater analysis, literature review, dan expert discussion. The study showed some chemical materials which used in processing were irritant, corrosive, and carcinogenic; wastewater of 29.5 m 3 and solid wastes of 1,749.14 kg. Hazardous pollutans in the waste water and solid wastes were sulfide, ammonia, and chrome.  Ammonia-N produced in deliming and bating process was 4,701.48 mg/L. Cr 6+ produced in the retanning, dyeing and fatliquoring processes was 2.09 mg/L. Sulfide produced in liming process was 646.4 mg/L. Setting out was the highest step to consumed energy, namely 336.37 kWh from 632.08 kWh of total energy consumed. The result of identification showed there were some cleaner production strategies which could be applied in the leather processing. The priority strategies which could be applied were water control and water reuse. Key words: cleaner production, MET, toxicity, wastes
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