黑龙江环境通报
黑龍江環境通報
흑룡강배경통보
Heilongjiang Environmental Journal
2015年
3期
66-68,71
,共4页
环保%生物质%锅炉
環保%生物質%鍋爐
배보%생물질%과로
Environmental protection%Biomass%Boiler
本研究根据生物质燃料的燃烧特性,经反复推算,研究开发出适合于生物质燃料的燃烧设备—1.4MW双炉室气化燃烧一体化环保型生物质热水锅炉,并对锅炉进行了热工和环保指标测试,结果表明,该锅炉具有很好地热工和环保性能,此项技术的成功研发对推广利用生物质能,改善我国煤烟型大气污染日益严重的状况具有重大的现实意义.
本研究根據生物質燃料的燃燒特性,經反複推算,研究開髮齣適閤于生物質燃料的燃燒設備—1.4MW雙爐室氣化燃燒一體化環保型生物質熱水鍋爐,併對鍋爐進行瞭熱工和環保指標測試,結果錶明,該鍋爐具有很好地熱工和環保性能,此項技術的成功研髮對推廣利用生物質能,改善我國煤煙型大氣汙染日益嚴重的狀況具有重大的現實意義.
본연구근거생물질연료적연소특성,경반복추산,연구개발출괄합우생물질연료적연소설비—1.4MW쌍로실기화연소일체화배보형생물질열수과로,병대과로진행료열공화배보지표측시,결과표명,해과로구유흔호지열공화배보성능,차항기술적성공연발대추엄이용생물질능,개선아국매연형대기오염일익엄중적상황구유중대적현실의의.
We researched on the combustion characteristic of biomass fuel and developed combustion equipment suitable for biomass fuel-1.4 MW double furnace chamber gasification and combustion integration environmental protection type hot water biomass boiler and tested thermal and environmental indexes of the boiler. the results showed that the boiler has good thermal and environmental performance. The success of this technology can promote use of biomass energy and improve the increasingly serious air pollution due to coal combustion.