焚烧

As incineration is increasingly used in the treatment of solid waste in China nowadays, it becomes a noteworthy problem to dispose fly ash. Treatment of flue gas ash has become the key measure of preventing pollution of heavy metals.

随着垃圾焚烧技术在各个城市生活垃圾处理中的广泛应用，对生活垃圾焚烧的残余物，主要是飞灰的处理、处置，已成为困扰人们生产生活的重要难题之一。

In order to stabilize and recycle municipal solid waste incineration fly ashes,chemicaltabilization with copperas as agent was firstly applied and then the treated fly ash was solidified by mixing with cement,the resulted concrete blocks are save and strong enough to be used in some special cases.

为实现垃圾焚烧飞灰的无害化和资源化，先将绿矾溶液与飞灰混合后氧化稳定飞灰中的重金属，然后将处理后的飞灰与水泥混合、养护，使焚烧飞灰在双重稳定化的同时，得到的水泥砌块浸出浓度低，具有相当的强度，可以在特殊场合安全利用。

As the pyrolysis technology for MSW, comparing with incineration, has a higher WTE and lower second-step pollution, it has been considered a more advantages MSW deposal technology than incineration. However, it is only in its preliminary step. Till now, there is quite limit successful practical pyrolysis technology applying on MSW and deficient of relative fundamental research on them. So to do some fundamental research about this is both very important and very necessary.

由于固体废弃物热解技术具有比焚烧法更高的能源利用率和较低的二次污染，因此被认为是比焚烧技术更先进的废弃物处理技术，当然，固体废弃物热解技术发展目前还处在起步阶段，迄今为止，已成功应用于处理城市固体废弃物的热解技术还非常有限，与之相关的很多基础研究还很缺乏，因此对固体废弃物热解技术的有关基础研究是十分重要和必要的。

Consequently the diathermancy was strengthened, the effect of heat transfer was improved and the flow and combustion process in the boiler has become much better. First, in this thesis the burn characteristic of the rubbish and the process of combustion in the chain boiler has been studied. A series of mathematic model has been given. This thesis carefully introduced the principle and formula of the turbulent flow model、two-equation model、radiation model、dispersed phase model and standard wall function method. The software FLUENT has been applied to simulate the temperature、pressure、velocity and mass fraction of species in the boiler furnace and stokehole. The analysis and the comparison have been done. The calculation results indicate agreement with the fact and the studies both here and abroad.

首先，本文针对SZL10-1.25-MJ造纸垃圾焚烧锅炉，结合其燃料的特性，对垃圾的燃烧特性以及层燃炉中垃圾的焚烧过程进行分析；给出一套完整的垃圾锅炉炉内传热数学模型，并分别详细阐述了湍流流动模型、双方程模型、辐射传热模型、离散相模型及标准壁面函数的原理及计算公式；借助于Fluent软件平台对炉膛内的温度场、速度场、组分浓度场及炉膛出口的温度分布、速度分布、组分浓度分布等进行数值模拟，分别从定性和定量的角度与实际情况进行了比较，得到了较满意的结果；模拟结果与国内外的很多研究能较好符合。

This paper analyze the status of the waste treatment and indicate the existing problem:the level of management is low , the ideal and anamnesis of management is draggle comparatively;the life waste is continue increase, basic establishment is not enough badly, the problem of single treatment is extrusive;the method of disposal is single, the level of using resource is low;the devotion of funds is not enough

通过对北京市生活垃圾堆肥、焚烧发电、卫生填埋处理项目进行经济分析，提出堆肥、焚烧发电、卫生填埋这三种城市生活垃圾处理方式在技术上和经济上都是可行的，具有显著的社会效益和环境效益，但各有优缺点。针对北京的实际情况，建议北京市采用堆肥、焚烧发电、卫生填埋相结合的综合处理技术。

When medical waste is being incinerated, the carton box shipping it is to be stored in the freezer of the incineraton site by a dedicated vehicle and then medical waste is poured into the feeding port of incinerator through the automatic conveyer. After being metered, waste goes into the incinerator. Under the high temperature of 900-1100℃, waste is burned to dust. The combustion chamber is equipped with auxiliary boiler for adapting to the change of medical waste calorific value and assuring burning temperature and effect.

医疗废弃物焚烧时，用专用车将盛装医疗废弃物的纸箱送到焚烧厂的冷藏室储存，通过自动输送机将医疗废弃物倒入焚烧炉进料口；计量后的垃圾进入焚烧炉中，在900～1100℃高温下，垃圾焚烧成灰烬；为了适应医疗废弃物热值的变化，保证燃烧温度和效果，在燃烧室设置了辅助燃烧器。

Our systems are widely used in industries as ,Metal ,Nonferrous metal,glass(full oxy fibre Glass melting ,oxy zero port fluxing burner, glass containers edge melting, stress disposal, polishing),industry furnaces, automobile coating systems(Dryer ,Coating ,Factory direct heating air condition systems ),environment protection systems ,incinerator systems ,garbage incinerator, food heating,dryer systems,textile machines,solution heating applications ,electric heating ,electric heating ,electric tracer heating systems.

工程业绩遍布各类热加工设备和系统中，如钢铁、有色金属、玻璃(玻纤融化，零号氧枪，玻纤全氧熔炉，玻璃器皿烧口，应力处理，抛光)、镀锌炉等工业炉窑，汽车涂装烘烤设备(汽车涂装烘干，固化；汽车厂房直燃燃气空调，液槽加热，废气焚烧)，环保设备及焚烧燃烧系统(TNV，TAR，RTO)，垃圾焚烧处理，食品烘培、烘干设备，纺织机械，液槽加热，，电加热器，管线电伴热等。

Forbid heat and burn the battery 严禁加热和焚烧电池 If heating or burning the battery, it will caused the isolated element in the battery dissolved, protection function stopped or the electrode burning, over heated, which will make the battery heat, smoke, distort or burning.

加热和焚烧电池将会造成电池隔离物的溶化，安全功能丧失或电解质燃烧，过热就会使电池发热，冒烟，变形或燃烧。

Because the medical waste incinerated flue-gas contains the characteristics of high temperature, complex ingredient and so on.

由于医疗废物焚烧烟气具有温度高、成分复杂等特点，所以医疗废物的焚烧烟气的处理也是医疗废物焚烧处理的重要一部分。

Based on the above actuality, this paper studied the high quality incineration technics and theory in a self-designed rotary incinerator. The variation of several operation conditions such as waste feedrate, excess air ratio, air distribution and rotation speed of the fulcra has been employed to study the formation and control theory of NOx, SO〓and HCl. Based on the experimental results, a simple and comprehensive model has been proposed to describe the process of acid gas formation and reduction. The results show that the formation of pollutants strongly depend on the incineration state of the solid waste in the rotary incinerator.

本研究在—自行设计的新型转式垃圾焚烧炉中，重点研究了焚烧炉的优质焚烧工艺和理论，并在此基础上，研究模化有机垃圾在转式焚烧过程中酸性污染气体NOx，SO〓和HCl的生成控制原理，特别是研究进料率、过剩空气系数、配风和转轴转速等条件对NOx，SO〓，HCl生成的影响，并在此基础上建立了转式垃圾焚烧炉中酸性污染气体的生成理论模型，结果表明，焚烧过程污染物的生成强烈地依赖于垃圾在转式焚烧炉内的燃烧状态，必须在高垃圾燃烬率和低污染物排放之间寻找优化的平衡条件。

Neither the killing of Mr Zarqawi nor any breakthrough on the political front will stop the insurgency and the fratricidal murders in their tracks.

在对危险的南部地区访问时，他斥责什叶派民兵领导人对中央集权的挑衅行为。

In fact,I've got him on the satellite mobile right now.

实际上 我们已接通卫星可视电话了