废液循环利用对棉花湿法加工的有效预处理

Yenesew Mullu Emrie
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摘要

纺织工业正致力于通过使用可持续技术和发明新方法来最大限度地降低生产成本。预处理是纺织品湿法加工的核心。大多数纺织企业都采用废气半连续法联合预处理工艺。处理结束后,含有残留化学物质的浴液被排到污水处理厂。本研究尝试通过再次补充测定量的化学物质进行联合预处理,对残留化学物质进行再利用。对预处理后、排水前主要化学物质的浓度进行了分析和定量。在跳汰机的预处理过程中,将有残留化学物质的液经过3圈(6端)排出,然后评估H2O2和NaOH的浓度。棉卷漂白是将织物卷在蒸汽室中旋转12小时,然后在逆流洗衣机中洗涤,洗涤结束后分析化学物质的浓度。根据化学分析结果,通过补充测量量的化学物质,在实验室规模和批量生产中重复进行预处理,最多可达四次,不更换水;它是用废水和淡水混合而成的。从吸光性、白度、黄度等方面评价预处理效果,并从每次预处理后的色强、色差、牢度等方面评价预处理对后续活性染色和颜料印花的影响。结果表明,预处理液的重复利用可以得到满意的结果,满足产品的要求。
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Recycling of Liquid waste for effective and satisfactory Pretreatment in Cotton wet Processing
Textile industries are focusing on minimizing their production costs by using sustainable technologies and by inventing new methods. Pretreatment is the heart of textile wet processing. Most of the Textile Companies are using combined pretreatment process with exhaust and semi-continuous method. After the treatment is over, the bath with residual chemicals are drained out into effluent treatment plant. In this study, an attempt has been made to reuse the residual chemicals by replenishing the measured amounts of chemicals again for combined pretreatment process. The concentration of the main chemicals, after pretreatment, before draining was analyzed and quantified. In case of pretreatment process in a Jigger machine, the liquor is drained out after three turns (6 ends) with residual chemicals, then the concentrations of H2O2 and NaOH was assessed in that. In case of pad-roll bleaching, the fabric roll is rotated in the steaming chamber for twelve hours and washed in a counter current washing machine, then the concentration of chemicals was analyzed after washing is over. Based on the chemical analysis results, by replenishing with measured amounts of chemicals, pretreatment is done in both laboratory scales repeatedly up to four times without changing water and on the bulk production; it has been done by mixing used water and fresh water. The effectiveness of pretreatment was evaluated in terms of absorbency, whiteness, yellowness and the effect in subsequent reactive dyeing and pigment printing in terms of colour strength, colour difference and fastness properties after each pretreatment. It was observed that acceptable results which can fulfill the requirements of the products can be obtained by reusing the pretreatment bath.
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