stripper efficiency

英 [ˈstrɪpə(r) ɪˈfɪʃnsi] 美 [ˈstrɪpər ɪˈfɪʃnsi]

网络  汽提塔[解吸塔]效率

化学



双语例句

  1. After renovation, the acetone stripper raises its efficiency, which was rather low in the original acetic acid recovery system for removing acetone.
    原醋酸回收系统中丙酮汽提塔脱丙酮的效率很低,损失大量己烷。
  2. High-speed stripper can effectively wipe off returning flow of fibres and decrease stopping rate, thus protecting doffer card clothing. Recovery efficiency of the gas reservoirs was enhanced after upward producing gas in low-efficient, inefficient and abandoned wells.
    高速清洁辊有效去除返花,降低停车率,保护道夫针布。利用部分低效、无效及报废井上返采气,提高了气藏的采收率。
  3. Through the cold modle experiment, the multi-stage combination stripper for FCC spent catalyst has been successfully developed to improve the stripping efficiency.
    从冷模试验入手,以提高汽提器汽提效率为目标,开发了催化裂化沉降器待生催化剂多级组合式结构汽提器。
  4. Finally, it is found that two-segment annular stripper has higher stripping efficiency under the same experimental conditions.
    最终发现在实验条件下,新型环流汽提器具有更高的汽提效率,和空筒结构相比,最多可减少82%的可汽提焦炭量;
  5. The factors to influence the efficiency of ammonia stripper tower in urea device are analyzed. The operating mode of ammonia stripper tower is improved, the stripping efficiency is advanced by summarization of experience and optimization of operation.
    分析了影响尿素装置氨汽提塔汽提效率的因素,并结合实际生产总结经验,优化操作,改善氨汽提塔工况,提高汽提效率。
  6. A new low volatile stripper with benzene alcohol ( BA), methyl propyl alcohol ( MPA) and di-ketone alcohol ( DKA) as the main solvents is prepared. The effects of the type and amount of main solvent, accelerant on the stripping efficiency are discussed.
    以苯甲醇(BA)、丙二醇乙醚(MPA)和二丙酮醇(DKA)为主溶剂制成低挥发性脱漆剂,考察了主溶剂、促进剂的种类、用量等因素对脱漆效果的影响。
  7. A dynamic model of mechanism has been developed for the reactor and stripper of a fluid catalytic cracking unit ( FCCU) with a high efficiency regenerator.
    建立了前置烧焦罐式高效再生器催化裂化装置的提升管反应器和汽提段的动态数学模型。
  8. CO2 concentration in solvent and the pressure of stripper are the two key factors. The reduction of efficiency of power plant would be decreased if proper concentration and pressure are chosen.
    CO2在吸收液中的浓度和再生塔压力是最关键的影响因子,研究表明恰当的CO2浓度和再生塔压力将有效地减少电厂效率的降低。