中国特种设备安全
中國特種設備安全
중국특충설비안전
China Special Equipment Safety
2015年
10期
15-18
,共4页
有机热载体锅炉%结垢%过热%主动温差激励
有機熱載體鍋爐%結垢%過熱%主動溫差激勵
유궤열재체과로%결구%과열%주동온차격려
Organic heat transfer material heater%Scaling%Overheating%Active excitation of temperature difference
以导热油为介质的有机热载体锅炉因其运行温度高，使用不当易发生有机热载体裂解和性能劣化、受热面结垢、过热，且较难通过宏观检验发现，常导致锅炉失效和火灾。本文提出了一种主动温差激励的方法，研究了温差激励下受热面结垢区域的外壁温度变化，并结合检验实例探索了一种有机热载体锅炉结垢检验新方法。
以導熱油為介質的有機熱載體鍋爐因其運行溫度高，使用不噹易髮生有機熱載體裂解和性能劣化、受熱麵結垢、過熱，且較難通過宏觀檢驗髮現，常導緻鍋爐失效和火災。本文提齣瞭一種主動溫差激勵的方法，研究瞭溫差激勵下受熱麵結垢區域的外壁溫度變化，併結閤檢驗實例探索瞭一種有機熱載體鍋爐結垢檢驗新方法。
이도열유위개질적유궤열재체과로인기운행온도고，사용불당역발생유궤열재체렬해화성능열화、수열면결구、과열，차교난통과굉관검험발현，상도치과로실효화화재。본문제출료일충주동온차격려적방법，연구료온차격려하수열면결구구역적외벽온도변화，병결합검험실례탐색료일충유궤열재체과로결구검험신방법。
Heat transfer oil as a medium of the organic heat transfer material boiler serves at a high operating temperature, and the undeserved application of which would lead to failure and ifre disaster of the boiler due to organic heat carrier pyrolysis and deterioration, heat exchangers scaling and overheating, which are dififcult to ifnd through macroscopic examination. In this paper, a new method of active temperature difference excitation is proposed, and the temperature distribution of the outer wall of the heating surface tube is studied under an active temperature difference excitation, then a new scaling test method of organic heat carrier boiler is explored with a test case.
