智慧調控調控鍋爐補水方法與系統

Intelligent Control and Control Method and System for Boiler Water Supplement

黃政勳(C. G. Huang) ； 黃慶堂(C. T. Huang) ； 林于棟(Y. T. Lin)

《紡織綜合研究期刊》 32卷3期 (2022/07) Pp. 44-52

https://doi.org/10.6439/TTRJ.202207_32(3).0006

摘要

染整製程為紡織產業價值鏈創造50%價值提升，同時也是最耗能工段，台灣為機能性紡織品製造重鎮，因應品牌拉力，碳足跡、清潔製程與節能要求，勢必導向製程與技術節能。一般染整廠的染色機在染色製程的冷卻水、廢熱未能充分回收再應用，導致能源大量耗損，所以建立染色冷卻水回用技術來減少能耗、降低廢熱排放及提升品質，建立鍋爐補水技術來回用具有熱能的熱水來能節能、降低成本及提升品質，讓產業邁向染整全製程節能，維持紡織染整產業競爭力是當務之急。

關鍵字

染整 ； 冷卻水 ； 染色 ； 鍋爐 ； 節能

並列摘要

The dyeing and finishing process creates a 50% value increase for the textile industry. It is also the most energy-consuming industry. Taiwan is a major manufacturing site for functional textiles. In response to brand pull, carbon footprint, clean process and energy saving requirements, it is bound to lead to process and technical energy saving. The cooling water and waste heat in the dyeing process of the dyeing machine of the general dyeing and finishing plant are not fully recovered and reused, resulting in a large amount of energy consumption. Therefore, the dyeing cooling water reuse technology is established to reduce energy consumption Establish boiler water supplement technology to use hot water with thermal energy to save energy, reduce costs and improve quality, reduce waste heat emissions and improve quality, so that the industry process saves more energy.

並列關鍵字

Dyeing and finishing ； cooling water ； dyeing ； boiler ； energy saving