| 1. | The study of the thermo - tube heat exchanger in oil field water injection boilers
热管技术在油田注汽锅炉上的研究与应用 |
| 2. | Technical specification for manufacture and installation of wet steam generators used in oil - fields
油田注汽锅炉制造安装技术规范 |
| 3. | Research and application of explosive deflagration ash - cleaning technology on steam injection boiler for heavy oil heating recovery
稠油热采注汽锅炉弱爆炸除灰技术应用研究 |
| 4. | The best deoxiding conditions and the deoxidant which is used for the vapor injection boiler in oil fields will be confirmed by the effects of the variables on sodium sulfite deoxidization
作者从静态方面测量一些变量对亚硫酸钠除氧效果的影响,来确定适用于油田注汽锅炉除氧的最佳条件和除氧剂。 |
| 5. | Abstract : the best deoxiding conditions and the deoxidant which is used for the vapor injection boiler in oil fields will be confirmed by the effects of the variables on sodium sulfite deoxidization
文摘:作者从静态方面测量一些变量对亚硫酸钠除氧效果的影响,来确定适用于油田注汽锅炉除氧的最佳条件和除氧剂。 |
| 6. | It is not applicable that sodium sulfite is used alone as the deoxidant for the vapor injection boiler in oil fields . because of the high remains of sodium sulfite and the severe acid erosion in the water
若单独用硫酸钠作除氧剂，则因水中亚硫酸钠的残余量高，产生严重的酸腐蚀，而不适用作油田注汽锅炉除氧剂。 |
| 7. | If the fewer the remains of sodium sulfite in water sample and the lower the water treatment expenditure are , the better the judge criterion is ; cabaltous sulfate catalyzing sodium sulfite is the most applicable deoxidant used for the vapor injection boiler water
若按处理后水样中亚硫酸钠的残余量和吨水处理费用越少越好为衡量标准，硫酸钴催化亚硫酸钠除氧剂是最适合用作油田注汽锅炉用水除氧的除氧剂。 |
| 8. | This paper has analyzed and synthesized the problems of burning heavy viscosity petroleum about injecting steam boilers in liaohe oil field . the heat balance experiments on injecting steam boilers burning heavy viscosity petroleum is made first . the main causes of low thermal efficiency and heat lose of flue gas are the poor effect of atomization and burning with old - fashioned oil nozzles , worse ash gathered on . heat exchange surface and high temperature of flue gas
本论文在分析综述了辽河油田注汽锅炉燃用高粘度稠油时存在的问题的基础上，首先对燃用稠油的注汽锅炉进行了正、反热平衡试验，分析了注汽炉热效率偏低、排烟热损失偏高的主要原因是原喷油嘴改烧高粘度稠油时雾化和燃烧效果差、换热面积灰严重、排烟温度太高。 |
