Development and combustion performance of a laminated woody biomass combustion furnace in greenhouse agricultural products production

本文主要研究了高效燃烧炉的研制和薄板状木质生物质燃料的燃烧过程。本文的研究结果表明，木质生物质燃烧界面附近的热传递有很大影响的是燃料的不均匀。另外，燃烧室的浮力，被发现影响着氧气的运动方向，它是抑制燃烧还是促进燃烧。这些结果，我们认为可以为热电联产系统的发展做出很大贡献，包括发电设备和节能，由于生物质燃烧。

This study has focused on the development of high-efficiency combustion furnace and combustion process of a thin plate-like woody biomass fuelThe results of this study, woody biomass combustion interface, has a great influence on heat transport near the interface is non-uniformity of the fuel. In addition, the buoyancy of the combustion chamber, was found to affect the direction of travel of the oxygen, it is suppressed combustion or promotion.These results, we think the ones that can contribute greatly to the development of co-generation systems, including power generation equipment and energy saving, due to biomass burning.