The rapid pyrolysis process using solid heat carrier is a developing technology which is used for the comprehensive utilization of lignite, oil shale or subbituminous coal.
固体热载体法低温快速干馏是一项对褐煤、油页岩和长焰煤进行综合加工利用的正在开发的新工艺。
The new device consists of paint-drying box, heat carrier boiler, heating pipe, expansion tank, gas separator and oil tank, etc.
该装置主要由热载体烤漆炉、辐射加热管，热载体炉、膨胀器、油气分离器和储油槽等组成。
This paper mainly introduced the research and progress of the technology about heating through heat-carrier during the process of producing bio-oil.
本文简要介绍了生物燃油生产过程中热载体加热技术的研究及进展。
It's the key technology during the process of producing bio-oil to heat through heat-carrier, whether it's advanced or not is connected directly with the cost of bio-oil.
热载体加热是生物燃油生产过程中的关键环节，热载体技术先进与否直接关系到生物燃油的生产成本。
Furnaces using solid heat-carrier retorting technology have a complex structure and construction of such furnace is relatively difficult, but the utilization rate of oil shale approaches 100%.
固体热载体干馏工艺炉型复杂，建设相对复杂，但油页岩利用率接近于100%。
The reaction kettle is electrically heated, takes heat transfer oil and water as heat transfer media and is a carrier reaction kettle suitable for a high-viscosity medium.
本发明采用电加热方式，以导热油、水为传热介质，适宜于高粘度介质的载体反应釜。
The reaction kettle is electrically heated, takes heat transfer oil and water as heat transfer media and is a carrier reaction kettle suitable for a high-viscosity medium.
本发明采用电加热方式，以导热油、水为传热介质，适宜于高粘度介质的载体反应釜。
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