1.
Sludge Treatment by RRS Dry-chemical Method + Pyrolysis & Incineration
RRS干化+热解焚烧污泥处理方案
2.
Study on Pyrolysis and Incineration of Municipal Solid Waste Using the Recycled Bed Material of CFB as Heat Carrier;
以循环灰为热载体的垃圾热解焚烧技术研究
3.
The Combustion Control of Firebox in Solid Waste Incineration with Retort Pyrolysis Gasification;
干馏热解气化焚烧炉燃烧室的燃烧过程控制
4.
Application of Brown Burner on Air Controlled Incinerator
布朗燃烧器在控气式热裂解焚烧炉中的应用
5.
Research on Process Control of the Medical Waste Incineration Plant Baced on Intellectual Algorithm;
医疗垃圾热解气化炉焚烧过程智能控制研究
6.
Research and Development of CAO-based Incinerator System of Retort Pyrolysis Gasification
基于CAO技术的干馏热解气化焚烧系统的研发
7.
Ryton(poly phenylene sulfide): incinerators, coal fired boilers, chemical plants, excellent chemical resistance, high resistance to hydrolysis, high resistance to heat.
莱顿：焚化炉，烧煤炭的锅炉，化工厂；强耐化学性，强耐水解性，强耐热性。
8.
Study on the Transfer Characteristics of Bromine in Pyrolysis and Incineration of Typical Components of Medical Waste;
医疗废物典型组分热解和焚烧过程中溴的迁移特性研究
9.
Study on the Transfer Rules of Chlorine in the Process of Pyrolysis & Incineration of Typical Components in Medical Waste;
医疗废物典型组分的热解及焚烧过程氯的迁移规律研究
10.
Disposal: Incineration in an incineration plant mainly produces water and carbon dioxide. Heating value is equivalent to 1 kg of oil.
处置:在焚烧炉中焚烧生成水和二氧化碳，热值相当于1千克油
11.
INFLUENCE OF WASTE HEAT VALUE AND COMPONENT CHANGE ON INCINERATOR
垃圾热值及成分变化对焚烧炉的影响
12.
A Discussion on the architectural design of the waste incineration-steam supply and power generation plant
论垃圾焚烧热电联产工程的建筑设计
13.
Thermodynamic Calculation and Optimization of a New Type Medical Waste Incinerator
新型医疗垃圾焚烧炉热力计算及优化
14.
Design and Application of Electrothermal Exhaust Gas Incinerator
电加热可控废气焚烧炉的设计和应用
15.
Experimental Investigation of the Properties of Sintered Deposits on Heat Exchange Surfaces in Municipal Wastes Incineration;
垃圾焚烧过程受热面积灰烧结特性实验研究
16.
Simulation of Enhancing Heat Transfer on Waste Heat Boiler of the Incinerator and Analysis of Its Slagging and Fouling;
焚烧炉余热锅炉强化换热数值模拟与结渣分析
17.
To prevent emission problems by generating less heat, no oil dripping and less smoke when burning. No damage to the incinerator.
降低发热量，焚烧时不滴油、冒黑烟，无二次公害产生，且不损伤焚化炉。
18.
Thermal Separation Technology of Heavy Metals in MSWI Fly Ash;
垃圾焚烧飞灰中重金属的热分离工艺研究