杨瑞钧. 加热炉技术改造的预测和实践[J]. 油气储运, 1987, 6(5): 49-53.
引用本文: 杨瑞钧. 加热炉技术改造的预测和实践[J]. 油气储运, 1987, 6(5): 49-53.
Yang Ruijun. Prospect and Practice of Improvement of Heater Technique[J]. Oil & Gas Storage and Transportation, 1987, 6(5): 49-53.
Citation: Yang Ruijun. Prospect and Practice of Improvement of Heater Technique[J]. Oil & Gas Storage and Transportation, 1987, 6(5): 49-53.

加热炉技术改造的预测和实践

Prospect and Practice of Improvement of Heater Technique

  • 摘要: 本文介绍了输油管道使用的方箱式和弹簧式加热炉的概况和存在问题,结合近年来对这些老式加热炉进行技术改造的实践,提出了今后技术改造的目标和一些有待解决的问题,以供输油管道加热炉技术改造过程中参考。作者认为老炉的技术改造目标必须达到: (1)使运行热效率要达到85%或以上,改造工程概算控制在原炉造价的50%左右; (2)改造后炉子的出力应达到原设计热负荷,最好能具有超负荷5%的能力; (3)改造后的炉管压力降不得超过原设计值,以便与同一泵站没改造的炉并列运行; (4)改造炉的泵站需增添1台热水锅炉,逐步向“两把火”过渡; (5)实行大、小加热炉匹配。并结合经验教训和对今后展望,提出了自已的看法。

     

    Abstract: The article gives a brief introduction to the heaters used in oil pipelines and their problems, Linking with the technical improvement made recently of these old types of heaters, it raises the target for future technical reform, and some problems still waiting to be solved for reference in this direction of work. The author ascertains that the purpose of improving the old heaters must: (1) make the heat efficiency higher than 85% and the reform cost as low as about 50% of the heater's cost of construction; (2) make the improved heater work as well as the original design for heat load, better to be 5% overloadable; (3) make the pressure drop in heater pipes overtake the original design value so as to run in parallel with the unimproved pump stations; (4) equip the improved pump station with one more boiler, transfering step by step to"TW0 FIRES"; (5) make big heaters match with small ones. The author voices his views in regards to the prospect and make comment on the lesson we have learnt.

     

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