现在我国专用生物质成型燃料燃烧设备相继问世，在一些地区已进行示范应用。
The special equipments burning biomass briquette have come out consecutively in our country, and are having been set the example application in some area.
林木生物质成型燃料具有热值较高、可替代煤炭、燃烧洁净、在技术上易于实现的特点。
The briquette of wood based bio-materials could replace coal with its advantages of high heat value, clean burning and easy to make.
模拟得到了生物质成型燃料在不同燃烧阶段的温度场和组分浓度场，并与实验值进行了对比。
The temperature field and species concentration field at different combustion stages are obtained with numerical simulation methods and compared with the test data.
从而为生物质成型燃料燃烧设备热性能、空气动力场、结渣特性、主要设计参数确定等试验奠定了基础。
This will lay the foundation for the thermal performance test, air dynamic field test, dreg characteristic test and determinative test of the main design parameters.
与第一代生物质成型燃料热水锅炉相比，各项热损失、热效率和燃烧效率有着相似的变化规律，但其大小有着不同程度的改变。
Comparing to the 1st generation, all kinds of thermal loss, thermal efficiency and combustion efficiency have the similar variance law, but the degree is different.
生物质燃料年生产能力6万吨，生物质成型机设备年生产能力200套。
Annual production capacity of 60000 tons of biomass fuel, biomass briquetting machine equipment, the annual production capacity of 200 sets.
生物质燃料年生产能力6万吨，生物质成型机设备年生产能力200套。
Annual production capacity of 60000 tons of biomass fuel, biomass briquetting machine equipment, the annual production capacity of 200 sets.
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