玻璃纤维
玻璃纖維
파리섬유
FIBER GLASS
2011年
6期
32-35,49
,共5页
徐加壮%鹿庆果%王振水%王伟
徐加壯%鹿慶果%王振水%王偉
서가장%록경과%왕진수%왕위
玻璃纤维%拉丝空调%余热%板式换热器
玻璃纖維%拉絲空調%餘熱%闆式換熱器
파리섬유%랍사공조%여열%판식환열기
glass fiber%air conditioning for fiber drawing%waste heat%plate heat exchanger
分析了玻璃纤维窑炉冷却水余热回收的可行性，介绍了采用板式换热器回收该部分热量并用于拉丝空调的技术和效益。改造实施半年验证结果表明，此技术回收大量余热，降低产品的成本，获得良好经济和社会效益。
分析瞭玻璃纖維窯爐冷卻水餘熱迴收的可行性，介紹瞭採用闆式換熱器迴收該部分熱量併用于拉絲空調的技術和效益。改造實施半年驗證結果錶明，此技術迴收大量餘熱，降低產品的成本，穫得良好經濟和社會效益。
분석료파리섬유요로냉각수여열회수적가행성，개소료채용판식환열기회수해부분열량병용우랍사공조적기술화효익。개조실시반년험증결과표명，차기술회수대량여열，강저산품적성본，획득량호경제화사회효익。
The feasibility of recovering waste heat of fiberglass furnace cooling water is analyzed, and the technology and benefits of using plate heat exchangers to recover this waste heat for air conditioning for fiber drawing are described. The actual use of the renovated system for half a year has demonstrated that this technology can recover a lot of waste heat and reduce the product cost, resulting in remarkable economic and social benefits.
