研究领域

长期从事碳转化与评价、油气加工和油田化学领域的研究工作。研究方向包括碳利用方法学、炼油过程的工艺优化与评价、低渗油田提高采收率技术等

代表性研究成果

[1] 油田污水生物处理系统生物强化与节能减排应用基础研究，国家自然基金项目，负责人，2014-2017；

[2] 渤海油田化学剂驱对原油品质的影响，国家科技“十二五”重大专项三级课题，共同完成人，2011-2015；

[3] 促进炼化企业转型升级研究.国家能源局课题，2016-2017；

[4] 中国石油低碳炼厂构建，中国石油科技“十三五”重大专项课题，2016-2020；

[5] 中国石油炼厂碳产业链的构建与优化，中国石油科技“十二五”重大专项课题，2011-2015；

[6] 我国与世界主要国家石油工业发展的比较研究，国家能源局，2011

[7] 油价波动对中国产业的影响，国家商务部，2009；
[8] 提高天然气开发利用效率路线图及政策措施研究，国家能源局,2012；

[9] 天然气产业链全周期碳里程研究，中海油,2013；

Publications

[1] Yang Chunpeng，Hu Zhiyuan，Song Zhaozheng，Jiang Qingzhe.Self-assembly properties of ultra-long-chain Gemini surfactant with high performance in a fracturing fluid application [SCI]. JOURNAL OF APPLIED POLYMER SCIENCE, 2017, 3

[2] Sun Shanshan; Fang Li; Song Zhaozheng; Jiang Qingzhe .Bioaugmentation for improving the activated sludge process of treating refinery spent caustic: laboratory and field pilot-scale studies[SCI].DESALINATION AND WATER TREATMEN，2016，57（ 47）: 22695-22702

[3] Chunjuan Hou, Qingzhe Jiang, Zhaozheng Song,Guorong Tan and Zhan Shi.Combined heating and chemical treatment for oil recovery from aging crude oil[SCI]. Waste Management & Research 2016，34(7)：686-690

[4] Yan, Ximing; Ke, Ming; Song, Zhaozhen；Jiang Qingzhe. Etherification over H beta zeolite modified by lanthanum ion exchange combined with low-temperature steam treatment [SCI]. RSC ADVANCES，2016， 6: 14799-14808

[5] Qianqian Song, Qingzhe Jiang, ZhaozengSong.Optimization of CO2 separation technologies for Chineserefineries based on a fuzzy comprehensive evaluation model [SCI].Petroleum Science, 2015, 12(1):197-206.

[6] Yanming Xu,Wenju Xin, Dongrui He, Qingzhe Jiang, Zhaozheng Song, Qianqian Song. A biomass energy route for refineries from alow-carbon perspective [EI].Advanced Materials Research, 2013, 616-618: 1137-1142.

[7] Qianqian Song, Qingzhe Jiang, Zhaozheng Song, et al. Economic Evaluation of CO2Separation Technologies in Chinese Refineries[EI]. Advanced Materials Research,2014, 864-867: 1725-1731.

[8] Lei Chen, Qingzhe Jiang, Zhaozheng Song, Dusko Posarac. Optimization of methanol yield from a reactor of LURGI type[SCI,EI]. Chemical Engineering & Technology. 2011, 34(5), 817-822.

[9] Lei Chen, Zhaozheng Song, Qingzhe Jiang. Optimization of inlet temperature of methanol synthesis reactor of LURGI type(EI). 2010 International Conference on Future Industrial Engineering and Application, Shenzhen, China, December 17-18, 2010, 4, 402-405. (EI, Chapter 2 in this thesis）