Some scientific research results show that:
1) In 2004, the most advanced key fluid technology for efficient development of horizontal wells in China was developed;
2) In 2005, the leading domestic reservoir drilling and completion fluid and its supporting gel breaking completion technology were developed;
3) In 2006, the leading technology of weighted cementing flushing fluid in China was developed;
4) In 2007, the most advanced oil-based drilling fluid technology with ultra-low additive content in China was developed and applied;
5) The world's leading sulfur-free ultra-high temperature water-based drilling fluid technology was put forward in 2008;
6)2065 438+00, the water-based constant current variable drilling fluid technology was put forward for the first time in the world;
7)20 1 1, and put forward the first complete set of key fluid technology for shale gas development in China.
8)20 1 1, proposing the first shale gas drilling fluid and its supporting cementing technology in China;
9)20 1 1, the first cement slurry technology for hydrate disaster prevention and control in China;
10)20 1 1, and developed the first cement slurry technology to prevent shallow flow disasters in China;
11) In 2012 years, the first supersaturated brine cement slurry technology in China was developed;
12)20 12 Liquefied clean drilling fluid-well opening technology was put forward and developed for the first time in China.
13)20 13 years, the first research and development application of all-oil oil-based drilling fluid technology in China. He has presided over nearly 60 projects, including 863 national projects 1, 2 major national projects and 3 provincial and ministerial projects.
1)2008-20 10, major national science and technology project-cementing technology research of multi-branch diversion wells, responsible for.
2) July 20, 20091.12, National 863 Plan-Development of Low-temperature Cementing Experimental Instruments and Experimental Evaluation of Systems, responsible for.
3) 2011.01-2015.06, a major scientific and technological project-research on cement slurry system in special environment of deepwater drilling, responsible for.
4) 2010.05-20/kloc-0.12, major scientific and technological project-testing of key additives for deep water cementing and performance test and analysis of cement system for rapid treatment of shallow hazards, person in charge.
5) 2010.05-20/kloc-0.12, testing and analysis of key additives for deepwater drilling and completion fluids, the backbone of the project.
6)2007.07-2009. 12, responsible for the research of high-density cement slurry system.
7) 2010.1-2011.12, technical research on cementing slurry for offshore low-permeability oil and gas fields, in charge.
8) From June, 2007 to June, 2009, he was the research leader of high-pressure salt water, gypsum salt and H2S/CO2 cement slurry system.
9)2007. 10-2009.06, head of cementing technology research for low porosity and low permeability oil and gas reservoirs in East China Sea.
10) June 2008-June 2008 12, Panyu 30- 1 Research on oil-based drilling and completion fluids for gas field extended reach wells, responsible for.
11) 2008.11-2009.5438+0, feasibility study and evaluation of LWI oil well scrapping scheme, the backbone of the project.
12) 2008.11-2009.06, Panyu 5-8- 1, analysis, evaluation and optimization of high temperature mud system for risk exploration wells, responsible person.
13) February 2009-2009.12, LF 13- 1 oilfield cement slurry system formula review and optimization service, person in charge.
14) 2010.03-2010.12, oil-based drilling fluid performance optimization, in charge.
15) 2010.08-20110.06, pilot test of deepwater surface cementing slurry research, responsible for.
16) 2010.06-2010.09, optimization research of low temperature constant current variable water-based drilling fluid in South China Sea, responsible for.
17) 2010.12-2011.03, head of cementing technology research of low temperature and low density cement in Nanhai.
18) 2011.04-2011.09, responsible for the compatibility study of sand control screen and oil-based mud in Xijiang oilfield.
19) 2011.07-201.10, head of drilling and completion fluid system and compatibility research in Liu Hua 19-5 gas field.
20) Be responsible for the cementing technology research of Liu Hua 19-5 gas field 2011.07-201.10 drilling and completion fluid project.
21) 2011.07-201.10, head of formation water scaling experiment in Liu Hua 19-5 gas field.
22) 2011.08-2011.12, research on evaluation method of drilling fluid carrying efficiency in horizontal wells, responsible for.
23) 2012.1-2013.11,the person in charge of single well cementing quality inspection technology and cement slurry.
24) 2012.07-2013.06, research on reservoir sensitivity and drilling fluid compatibility, responsible for.
25) 2012.12-2013.06, Huizhou block19-12 and Lufeng block 13- 1 deep drilling and completion fluids and fluids. Since 2004, we have applied for patents 17, including invention patents 12; It passed the appraisal of scientific and technological achievements twice in Hubei Province and won the third prize of scientific and technological progress in Hubei Province.
Part of the patent exhibition:
1) study on supersaturated sodium chloride cementing slurry system, Yangtze university
2) Marine deepwater water-based constant current drilling fluid, Yangtze University.
3) High and low temperature autoclave, Yangtze University
4) Yangtze University High and Low Temperature Pressurized Thickener
5) Borehole channeling detector for cementing, China Offshore Oil Corporation, China Offshore Oil Research Center and Yangtze University.
6) Indoor devices for simulating on-site perforation, China Offshore Oil Corporation, China Offshore Oil Research Center and Yangtze University.
Up to now, more than 60 papers have been published in academic journals at home and abroad, including 5 SCI papers.
1) experimental study on the performance of flat base drilling fluid, correspondent, SPEJ, 20 13.
2) Design and preliminary application of a new high-temperature and high-pressure reliability tester, Communication, AMM, 20 12.
3) Theoretical analysis of host-guest interaction in chlorine hydrate, third author, Int. Journal of quantum chemistry. , 20 13.
4) Laboratory study on high temperature and high pressure rheology of water-based drilling fluid, third author, AMM, 20 13.
5) Application of polymers in oil and gas field exploitation, first author, China Geo University Press, 20 10.
6) Study on new polyol ether lubricant for drilling fluid, first author, Oilfield Chemistry, 2002.
7) Laboratory study on effective degradation of PRD drilling fluid by low temperature gel breaker JPC, correspondent, oilfield chemistry, 2005.
8) Study on low-temperature and low-density cement slurry system with dual filling in offshore deepwater, first author, Oilfield Chemistry, 2006.
9) Study on fluid barrier performance of polymer latex cement slurry, first author, Oilfield Chemistry, 2009.
10) Laboratory study on properties of weak gel solid-free polyamine drilling fluid, first author, Oilfield Chemistry, 2009.
1 1) study on high-temperature resistant solid-free weak gel drilling fluid system, first author, oilfield chemistry, 20 12.
12) Study on the performance of polyalphaolefin synthetic-based deepwater drilling fluid system, the first author, Journal of Jianghan Petroleum Institute, 2004.
13) study on properties of additives for high temperature and high density oil-based drilling fluid, first author, Journal of Jianghan Petroleum Institute, 2003.
14) Laboratory study on performance of offshore deepwater cement slurry system, first author, Journal of Petroleum and Natural Gas, 2005.
15) new drilling fluid system for horizontal wells, first author, journal of petroleum and natural gas, 2006.
16) Study on low-temperature cement slurry system with zero thickening conversion time for offshore deepwater cementing, first author, Journal of Oil and Gas, 2007.
17) Effect of fiber length on properties of polymer cement slurry, first author, Journal of Petroleum and Natural Gas, 2008.
18) Dose limit of an efficient emulsifier for oil-based drilling fluid, first author, Journal of Petroleum and Natural Gas, 2008.
19) High-performance oil-based drilling fluid for simplifying field operation, first author, Journal of Petroleum and Natural Gas, 2008.
20) Study on the protective effect of bio-enzyme gel breaking on PRF drilling fluid, first author, Journal of Petroleum and Natural Gas, 2009.
2 1) A new method to obtain high-temperature water-based drilling fluid with stable rheology and filtration effect, the first author, Journal of Petroleum and Natural Gas, 2009.
22) Study on hydration heat release of cement slurry for deepwater cementing, first author, Journal of Petroleum and Natural Gas, 20 10.
23) Application of drilling non-vessel operation technology in offshore abandonment, first author, Journal of Petroleum and Natural Gas, 20 10.
24) Study on flexible cement slurry system suitable for horizontal well cementing in offshore low permeability gas fields, first author, Journal of Petroleum and Natural Gas, 20 12.
25) Development of new high-performance polyamine polymer drilling fluid, first author, natural gas industry, 2008.
26) Factors affecting cementing performance of cementing interface, first author, Journal of Daqing Petroleum Institute. 2007
27) Experimental study on properties of micro-expansive fiber reinforced cement slurry, first author, Petroleum Geology and Engineering, 2007.
28) Laboratory study on flexible cement slurry system, correspondent, Journal of Petroleum and Natural Gas, 20 10.
29) Laboratory study on polymer cement slurry without thickening inversion, correspondent, Journal of Petroleum and Natural Gas, 20 10.
30) Laboratory study on plugging system of branch outlet of branch diversion well, correspondent, Journal of Petroleum and Natural Gas, 20 10.
3 1) Laboratory Experimental Study on Shearing and Cementing Strength of Offshore Deepwater Surface Cementing, Correspondents, Petroleum Drilling Technology, 2007.
32) Study on the Influence of High Pressure Deep Formation Lithology on Cementing Quality, correspondent, Oil Drilling Technology, 2007.
33) A method for evaluating the flushing efficiency of flushing fluid before cementing, Communication, Drilling Fluid and Completion Fluid, 2009.
34) Study on Silicate Cement Slurry System for Deep Water Surface Cementing, Correspondent, Petroleum Drilling Technology, 20 10.
35) Laboratory study of ultra-high temperature water-based drilling fluid, correspondent, drilling fluid and completion fluid, 20 12.
36)PRD drilling fluid performance evaluation, correspondent, natural gas exploration and development, 2006.
37) Optimization evaluation of gas-based drilling fluid system with low emulsifier content, correspondent, Journal of Yangtze University (Natural Science Edition), Science and Technology Volume, 2008.
38) Study on the Performance of an Anti-freezing Latex Cement Slurry for Well Cementing in Cold Areas, the first author, Journal of Yangtze University (Natural Science Edition), Science and Technology Volume, 2009.
39) Compilation and Application of Drilling Fluid Hydraulics Software, correspondent, Journal of Yangtze University (Natural Science Edition), Science and Technology Volume, 2009.
40) Optimization evaluation of polymer low-density cement slurry system, correspondent, Journal of Yangtze University (Natural Science Edition), Science and Technology Volume, 2009.
4 1) hydrate prevention and hazard treatment methods in deepwater drilling, first author, Journal of Yangtze University (Natural Science Edition), Science and Technology Volume, 20 10.
42) Synthesis and performance evaluation of an oil-based swelling plugging agent, correspondent, Journal of Yangtze University (Natural Science Edition), Science and Technology Volume, 20 10, Application of polymers in oil and gas field development, edited by Xu Mingbiao and Liu Weihong, China Geo University Press, 20 10.