Basing on the analysis of municipal solids waste components of China and abroad, a gasification & melting furnace preferred to process China municipal solids waste was proposed.
在分析国内外城市生活垃圾特点的基础上，提出了一种适合于我国垃圾现状的气化熔融处理方式。
In the view of the distribution and balance of energy, mathematic model of biomass gasification and waste incineration combined power generation system was simplified in this paper.
从系统能量分配和平衡的角度，简化了生物质气化与废弃物焚烧联合发电系统的数学模型。
This paper also set up a multicomponent model based on the whole medical waste, which solved the difficulty of simulating mixed wastes' pyrolysis and gasification process.
本文还从医疗废物总体出发，建立了多组分模型，解决了以往对混合性废物热解气化模拟的难点。
The technology in municipal solid waste treatment includes disposal, combustion, refuse derived fuel technology, MSW anaerobic ferment, pyrolysis and gasification.
这些技术涉及垃圾卫生填埋、垃圾梦烧、垃圾衍生燃料技术、垃圾厌氧发酵和垃圾的热解气化等。
In the present study, a down-draft gasifier is applied to treat municipal solid waste (MSW) in Guangzhou City through air gasification.
使用下吸式气化炉对广州城市生活垃圾进行了空气气化实验，并对燃气成分、焦油含量和灰渣重金属含量进行了分析。
Introduce the application of gas floatation technology in coal pressure gasification waste water at Harbin gasification Plant, and expound its process principle and scheme.
介绍了气化技术在哈尔滨气化厂煤加压气化废水中的应用，并详细阐述了其工艺原理及工艺流程。
The volume percentages of hydrocarbon and CO in generated gas are higher in N2 atmosphere. Gasification is more efficient in organic waste disposal.
同时发现N2气氛下产生的气体中烃类和一氧化碳的体积百分比明显高于空气气氛下的百分比，气化工况对有机物的处理比较充分。
Furthermore, the sections are also moved forward. The volume percentages of hydrocarbon and CO in generated gas are higher in N2 atmosphere. Gasification is more efficient in organic waste disposal.
同时发现N2气氛下产生的气体中烃类和一氧化碳的体积百分比明显高于空气气氛下的百分比，气化工况对有机物的处理比较充分。
The new technique and the new design used in the LR-2000 type gasification waste heat recovery units are the effective paths to overcome the difficulty.
LR- 2 0 0 0型造气余热回收装置中应用的新技术、新设计是化肥行业节能降耗，走出困境的有效途径。
The new technique and the new design used in the LR-2000 type gasification waste heat recovery units are the effective paths to overcome the difficulty.
LR- 2 0 0 0型造气余热回收装置中应用的新技术、新设计是化肥行业节能降耗，走出困境的有效途径。
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