煤粉炉结渣问题普遍存在，是目前危机锅炉安全经济运行的一大难题。
The slagging problem with coal-fired furnace is very common, which is now a tough problem to ensure boilers to operate safely and economically.
结果表明，渣油中金属含量高及气化炉温度过高是气化炉结渣与堵塞的主要原因。
The result shows that the high metal contents of the residuum andhigh temperature of the gasifier are the main reasons for slagging and block up in the gasifier.
研究有机浓缩废液焚烧过程中，石灰石添加剂对流化床焚烧炉结焦结渣的抑制作用。
The paper studies systematically inhibited characteristic of limestone on agglomeration during incinerating high organic-condensed wastewater in a laboratory scale fluidized bed combustor.
对娘子关发电厂炉水磷酸盐处理存在的问题进行分析，对降低锅炉水冷壁的腐蚀和结垢提出了建设性意见。
It analyzes the problem of phosphate treatment for boiler water in niangziguan power plant, bring up suggestion, in order to reduce the corrosion and scaling of water wall tube.
本文从生产实际出发，对反应炉的主要故障“物料结壳”进行了认真分析和研究，并实施了改造。
From the practice, the material skull and the main problems for reacting furnace are analyzed and studied, then the paper presents the modification.
从烟化操作、入炉原料和燃料等方面分析了引起结炉故障的原因以及预防结炉的措施。
The causes and prevent measurement of clotted slag in fuming furnace is analyzed in detail on the following way: operating process, raw materials and fuel.
主要通过灰污热流的动态变化、SEM，XRD和能谱分析揭示炉内沾污结渣特性和灰污热流变化规律。
The change rule of resultant flux and the fouling and slagging characteristics in boiler were discussed with dynamic changes of resultant flux, SEM, XRD and element analysis.
以减压渣油为燃料的常减压加热炉在长期生产运行过程中，对流室钉头炉管表面结垢严重。
In the long-term operation of atmospheric and vacuum heat furnace that use vacuum heavy oil as fuel, thesurface of nailhead furnace tube in the convection chamber was seriously deposited.
客观详实地介绍和分析了长袋低压脉冲袋式除尘器在水泥、炉炼钢、结行业除尘系统中的应用状况。
This paper analyzes application of long bag low pressure pulse filter in cement, electric steelmaking and sintering.
对炉烟处理灰水系统进行测试，对结垢原因、运行参数分别进行了评价，并提出了建议。
The flue gas treatment of ash water system was tested. The cause of scaling and operating parameters were evaluated respectively. Suggestion was put forward also.
矿物质是引起灰沉积的根本原因，本文主要通过对矿物元素在炉内的迁移和沉积行为的研究，来揭示沾污结渣机理。
New indices for slagging and fouling are proposed by taking into account the effects of both the chemical composition of thecoal ash and the combustion conditions on the ash deposit.
矿物质是引起灰沉积的根本原因，本文主要通过对矿物元素在炉内的迁移和沉积行为的研究，来揭示沾污结渣机理。
New indices for slagging and fouling are proposed by taking into account the effects of both the chemical composition of thecoal ash and the combustion conditions on the ash deposit.
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