一台100t/h高压饱和水煤浆锅炉的设计

介绍了一台石化企业用100 t/h高压饱和蒸汽水煤浆锅炉的设计特点,重点阐述了该锅炉的运行特点和水煤浆燃料特点对锅炉关键数据的选取、锅炉结构及燃烧器布置等方面的影响。     

4.2MW燃水煤浆热水锅炉的开发

介绍了4．2MW燃水煤浆热水锅炉的结构、设计运行参数、锅炉的工作过程和先进性。研究结果对水煤浆锅炉的开发与设计提供了可靠的理论依据与数据。     

35t/h流化悬浮燃烧水煤浆锅炉的设计与应用

水煤浆作为煤炭深加工的产品,是一种低污染、高效能的新型洁净燃料。针对水煤浆的燃料特点,分析了当前水煤浆锅炉设计与运行中存在的问题,并以35 t/h锅炉为例,着重介绍了流化悬浮燃烧水煤浆锅炉的结构特点及其技术优势,详细分析了流化悬浮燃烧锅炉如何解决水煤浆在小空间燃烧易结焦、燃烧不稳定这一难题,从而真正实现了水煤浆的低温、高效洁净燃烧,对工业锅炉洁净煤技术的发展将产生深远的影响。     

水煤浆锅炉应用与系统设计

以煤代油是我国的一项基本能源政策,水煤浆是煤炭深加工产品--洁净煤的一种.文章以水煤浆锅炉的实际应用为例,介绍水煤浆锅炉在降低用热成本、节约能源、减少排放方面的突出表现,分析水煤浆及水煤浆锅炉的燃烧特点,总结水煤浆锅炉的选型、水煤浆锅炉系统设计以及水煤浆锅炉应用的一些经验.     

水煤浆(锅炉)在城市区域供热中的应用可行性探讨

文章在重点分析水煤浆和水煤浆锅炉技术特点的基础上,从城市区域供热的发展角度,结合实例探讨了水煤浆和水煤浆锅炉在城市区域供热中的应用可行性.     

水煤浆与其它燃料的火焰特性的比较研究

在开发和设计水煤浆锅炉的基础上 ,对水煤浆的燃烧特性和火焰特性作了深入地探讨 ,并把水煤浆跟常用的煤粉、重油、天然气 3种常用锅炉燃料的燃烧特性进行了比较 ,同时分析了同一锅炉在燃用不同燃料时出现的不同辐射特性的原因。研究结果对水煤浆锅炉的开发与设计提供了可靠的理论依据。     

水煤浆锅炉的发展及现状

简单介绍了水煤浆锅炉的概念和区别于其它锅炉的特点。详细介绍了国内、外水煤浆锅炉的发展历程以及现状,即由各式燃油、燃煤锅炉经改造改烧水煤浆的过程,并指出改造后的水煤浆锅炉存在的问题以及专用水煤浆锅炉的诞生。对水煤浆锅炉的主要技术进行了详细的阐述,介绍了一些目前常用的新技术和存在的问题。最后对水煤浆锅炉的未来进行了展望,指出水煤浆锅炉在节能和环保方面将有所作为。     

一种新型水煤浆循环流化高效洁净燃烧锅炉技术与应用

介绍了基于流态重构的新型水煤浆循环流化高效洁净燃烧锅炉的核心技术、锅炉关键部件的设计、锅炉及系统的技术特点。该技术能够实现煤炭燃烧中SO2和NO_x的原始排放达到国家规定的超低排放标准,投资和运行成本大大降低。最后阐述了新型水煤浆锅炉技术的发展前景。     

65t／h锅炉改烧水煤浆燃料的改造设计

水煤浆是一种新型洁净代油燃料，介绍了65t／h锅炉改烧水煤浆燃料锅炉改造设计情况。     

SZS系列水煤浆锅炉的设计

水煤浆是一种新型洁净燃料.介绍了SZS10-1.25-J型锅炉的结构、设计运行参数、锅炉的工作过程和特点.     

新建670 t/h超高压水煤浆锅炉的设计与调试

南海发电一厂新建的超高压670t/h水煤浆锅炉在国内属首创产品.为了对锅炉的设计、制造及安装质量进行检验,并为制定运行规程及今后同类型水煤浆锅炉和配套工程的设计提供试验依据,进行了燃烧调整试验.结果证明锅炉燃料适应性能好,烧油、烧浆和油浆混烧均能满足设计要求,全烧浆时燃烧效率在99.6%以上.它的成功投运具有显著的经济和社会效益.图5表3参4     

The peculiar influence of the mineral impurities content in coal-water fuel on the regularities of fuel drop ignition and combustion

This paper presents the results of the comparative research of combustion specifics of coal-water fuel produced from low-ash and high-ash Ukrainian flame coal. The analysis shows that the effect of the ash content in the coal-water fuel on the duration of the burning of a fuel drop depends on the drop size. The full combustion time of CWF drop based on the low-ash coal can be both less and longer than that of high-ash coal under the identical conditions for different equivalent diameters of the fuel drop. This specific is explained with the domination of different physical factors during the fuel combustion process.The results of this research extend significantly our knowledge of coal-water fuel, allow understanding some issues of its combustion and are important for the design of the specialized energy facility which is used coal-water fuel as an energy source.     

A design methodology for small-scale bubbling fluidized-bed furnaces

A detailed methodology is presented for the design of small-scale fluidized-bed furnaces (SSFBF) in the 15–250 kW capacity range for domestic space and hot water heating. These bubbling fluidized-bed furnaces burn a beneficiated coal-water slurry mixture, and do not have heat exchange tubes in the bed or freeboard regions. Algorithms are developed, based on this methodology, to calculate furnace design and performance parameters. The heat transfer coefficients are calculated for the dense bed and freeboard of the SSFBF. These are then compared with theoretical and experimental heat transfer coefficients in the published literature. Excellent agreement is found between those in the SSFBF and those in the literature. The finding of this work is that the methodology and the heat transfer coefficients obtained provide excellent design tools for the scale-up of bubbling fluidized-bed furnaces in the 15–250 kW range.     

220 t/h燃油锅炉改烧水煤浆的设计与调试

介绍了茂名热电厂 2 2 0t/h燃油锅炉改烧水煤浆的改造情况 ,以及改造后燃烧水煤浆的调整试验 ,总结了水煤浆燃烧的一些经验 ,并针对存在的问题提出了改进建议。     

浅议水煤浆锅炉的技术特点及其应用

本文从节约能源、减少污染物排放的角度出发,阐述说明水煤浆锅炉在节能环保方面的优越性。文章详细介绍了水煤浆燃料的特点;结合工程实例着重说明水煤浆锅炉燃烧系统、除尘、除硫、烟气排放的工艺流程;水煤浆锅炉在燃料消耗、污染物排放2方面与燃煤锅炉的技术经济比较分析,以及水煤浆锅炉的环保效益。     

Engineering equations for determining coal-water fuel combustion stages

Research on the combustion of coal-water fuel has grown significantly in recent years. Many experimental and numerical calculated data are available in the scientific literature. Nowadays, a large number of different models of the combustion of coal-water fuel have been developed for numerical research. However, there is no systematic generalization of all these data in the published results.This article is an attempt to fill the gap in the field of such a generalization. Simple equations are obtained based on a generalization of experimental data on the combustion of coal-water fuel for engineering applications, as well as to verify already existing and new mathematical models being developed. Those equations are basic for calculation of each stage duration of “pure” coal-water fuel (without any additions) combustion parameters in still air; they take into account all metamorphic stages of source coal, the different water content in the range of 25–50% and mineral impurities content (ash) 0.5–60% in the temperature range of the oven medium 550–1000 °C.     

水煤浆粒度分布的分形学研究

在水煤浆燃料的制备过程中，水煤浆中煤粒的粒度分布至关重要。从分形．几何原理出发，理论解析得出了连续分布的水煤浆中煤粒的分形粒度分布公式，并与几种常用的经验型粒度分布和实际应用的粒度分布进行了比较，得出了分形是粒度分布的本质特征。研究结果表明：水煤浆的浓度取决于煤粒的最大、最小粒径和煤粒的粒度分形维数。研究得到的水煤浆中煤粒的分形粒度分布可用于指导高浓度、流动性好的水煤浆燃料的制备。     

水煤浆代油燃烧技术及其应用初探

简要介绍了水煤浆代油燃烧技术（包括煤浆制备、煤浆过滤、煤浆燃烧等）,并结合兰化公司原料动力厂动力车间油锅炉改造方案进行了经济评估。     

两种脱硫剂在水煤浆锅炉燃烧脱硫中的实验比较

通过实验对Ca(OH)2和NaOH两种脱硫剂在水煤浆锅炉燃烧脱硫中的效果进行了分析和实验对比.实验结果表明,使用Ca(OH)2和NaOH作脱硫剂,当Ca/S摩尔比和Na/S摩尔比分别为1和4时,脱硫率分别可达到75%和60%.