结焦威胁着CFB锅炉的启动。
研究了火炬气结焦的性能及其动力学。
The coking performance of flare gas and it's kinetic were studied.
总结了目前我国催化裂化装置的结焦情况。
糠醛树脂化结焦是导致催化剂失活的主要原因。
Resinification of furfur al on the catalyst was the main cause of deactivation.
论述了锅炉结焦的相关因素，提出了防止结焦的措施。
The factors concerning slagging are discussed and countermeasures are put forward.
讨论了不同的炉温下，在还原性气氛的条件下的结焦现象。
The coke phenomena have been discussed in the reductive atmosphere on different temperatures.
分析了重油催化裂化（RFCC）沉降器结焦的影响因素和机理。
The factors influencing coking within resid fluid catalytic cracking(RFCC) disengagers and the mechanism are analyzed.
在一套连续管式反应器中对轻柴油的裂解结焦抑制剂进行了研究。
The inhibitor for coke formaation in the Pyrolysis of light gas oil is studied using a set of continuous tube reactors.
SO3磺化生产经常会出现这样的问题．即磺化器的结焦处理及标定。
The production of SO3 sulfonation is in common present a problem, that is coking disposal and demarcate of the sulfonator.
吸附标记乙醇的升温脱附产物的分析结果表明，吸附态乙醇并不结焦。
Analysis of labelled ethanol desorbed at different temperatures indicated that the adsorbed ethanol did not take part in the coke formation.
本文研究了有结焦抑制剂YZS1存在时的轻柴油裂解和结焦反应动力学。
Gas oil pyrolysis reaction and coke-formation with coking-inhibitor YZS1 has been studied.
在流动系统中，用碳- 14标记化合物研究了丁二烯催化剂上的结焦过程。
The coke formation on butadiene catalyst was studied in a flow system by means of carbon-14-labelled compounds.
实验表明，轻柴油裂解时，TLE结焦机理为传质、冷凝-表面缩聚反应机理。
It was clear from the experiment that the coking mechanism in TLE was mass transfer and condensation-surface poly-condensation reaction.
为改善催化裂化原料油雾化状况，降低结焦和干气收率，将原料重油进行乳化。
To improve the heavy oil atomization situation of FCC feed stock and decrease the yield of carbon and dry gas, the feed stock, heavy oil, is emulsified.
影响分馏塔底结焦的因素有分馏塔底油浆的组成、温度、催化剂含量及停留时间。
Factors affecting coking at the bottom of the fractionator are composition of slurry, temperature, catalyst content and residence time.
在不同的炉型和不同的结焦时间条件下，研究了焖炉时间对焦炭热态性能的影响。
Under the condition of different furnace type and coking time, influence of banking time of coke oven on coke thermal state performance is studied.
探讨了重质油在管式加热炉里结焦的问题，得到了比较理想的延迟焦化操作参数。
The coking problem of heavy oil in tube heating furnace is studied to obtain more ideal operating parameter fro delayed coking.
它们不但抑制均相、非均相结焦过程，而且会影响裂解产物分布和提高乙烯选择性。
The coking inhibitors not only inhibit the homogeneous and heterogeneous coke deposition processes but also influence pyrolysis product distribution and ethylene selectivity as well.
燃烧调整试验较好地改善了炉内燃烧特性，有效地减少了锅炉结焦、渣和熄火现象。
The experiment for combustion adjustment can effectively improve combustion as well as limit the probability of slagging and flameout.
提高结焦温度或延长结焦时间，结焦机制发生转变，焦炭形貌也逐渐转变为颗粒状。
Either raising the coking temperature or prolonging the coking time results in change of the coking mechanism, and the deposited coke tends to show a particle like morphology.
在裂解原料或稀释蒸汽中添加结焦抑制剂是目前延长装置运转周期较为有效的方法之一。
Adding coking inhibitor to the dilute steam or cracked raw materials is one of the effective methods to lengthen unit-operating cycle at present.
控制合适的操作条件，在大油气管线进分馏塔入口处增加蒸汽环管，可以有效防止结焦。
Coking at the inlet of large gas line to fractionator has been effectively prevented by setting up steam circle pipes under appropriate operation conditions.
分馏系统加注油浆防垢剂及控制合适的外甩油浆量和分馏塔底温度，可以有效防止结焦。
Coking in the fractionation system has been resolved by injecting slurry antifoulant and controlling the amount of slurry running down and the bottom temperature.
解决大瓦斯线结焦是延长焦化装置生产周期，确保高负荷加工劣质原料的关键手段之一。
Solving this problem is helpful to prolong the working cycle of the delayed coking equipment and insure treatment of low quality material in high load.
分析宽炭化室焦炉在更换结焦时间下生产管理的几点体会和在强化生产下技术管理的经验。
The article described the Management experience in changing coking time and understanding on strengthening production on wide-chamber coke oven.
对烟气轮机叶片结垢和设备结焦堵塞的原因进行了分析，从中总结经验教训，提出防范措施。
The causes of fouling in expander blade, coking and blockage in equipment have been analyzed and the precautions proposed.
对烟气轮机叶片结垢和设备结焦堵塞的原因进行了分析，从中总结经验教训，提出防范措施。
The causes of fouling in expander blade, coking and blockage in equipment have been analyzed and the precautions proposed.
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