承擔科研課題
1.MES膠束/納米TiO2自組裝體係的流變動力學研究(50904076),國家自然科學基金,2010-2012
2.長效抗汙染聚醚碸/納米TiO2複合超濾膜製備與應用工藝研究(Q2007B01),山東省自然科學基金,2007-2010
3.低滲氣藏功能納米流體壓裂控水機理與再利用方法研究(BS2012HZ029),山東省優秀中青年科學家科研獎勵基金,2012-2014
4.頁岩氣藏水平井滑溜水壓裂支撐劑輸送機理研究(ZR2012EEM001),山東省自然科學基金,2012-2015,主要完成人
5.新型微乳液開發及在增產改造中的應用研究,橫向課題,2010-2011
6.致密砂岩油氣藏壓裂降阻劑開發與效果評價,橫向課題,2012-2013
7.低滲氣藏控水壓裂技術研究與應用,橫向課題,2012-2013
8.纖維暫堵重複壓裂技術研究與應用,橫向課題,2013-2014
9.速溶酸液稠化劑研究與應用,橫向課題,2013-2014
10.水平井相滲改善與流量控製協同控水技術研究,橫向課題,2015-2016
11.致密油儲層低摩阻納米磁流體壓裂液構築及滲吸驅油機製(51874334).國家自然科學基金,2019-2022
12.致密油儲層納米磁流體壓裂滲吸增油控水機理研究(ZR2018MEE010),山東省自然科學基金,2018-2021
13.磁流變暫堵液的研究技術,橫向課題,2018-2019
14.綠色可降解酸液體係的開發,橫向課題,2018
15.淺海油田注水井工況分析與診斷技術研究,橫向課題,2018
16.CO2與水基壓裂液體係堵塞物生成機理研究,橫向課題,2017
17.自生熱增能壓裂液技術研究,橫向課題,2019
18.油田新區難壓儲層預處理酸化體係優選及試驗,橫向課題,2020
19.互穿網絡雜化凝膠封竄劑研製,橫向課題,2020
20.相滲改善微支撐劑研發,橫向課題,2021
21.平涼北新型自生熱壓裂液體係試驗,橫向課題,2021
22.陸相頁岩儲層多功能一體化壓裂液開發,勝利揭榜掛帥項目,2022
論文
1.Xiaodong Si, Mingliang Luo, et al. Experimental study on the stability of a novel nanocomposite-enhanced viscoelastic surfactant solution as a fracturing fluid under unconventional reservoir stimulation. Nanomaterials,2022,12(5)
2.Mingliang Luo, et al. Experimental study on the temporary plugging performance of magnetic responsive hydrogel in hydraulic fracturing of hydrocarbon reservoirs. Colloids and Surfaces A: Physicochemical and Engineering Aspects,2022,646
3.Mingliang Luo, et al. A novel polymer encapsulated silica nanoparticles for water control in development of fossil hydrogen energy-tight carbonate oil reservoir by acid fracturing. International Journal of Hydrogen Energy.2021,46
4.Mingliang Luo, et al. Experimental Study on the drag reduction performance of clear fracturing fluid using wormlike surfactant micelles and magnetic nanoparticles under a magnetic field. Nanomaterials,2021,11(4)
5.Jingyang Pu,Xiaoyu Gu, Mingliang Luo, et al. Polyelectrolyte complex induced Stimuli-responsive self-association and reinforcement of interpenetrated poly(acrylamide-co-vinyl acetate)/alginate particles for fossil energy recovery. Journal of Molecular Liquids,2021,343.
6.Xiaohan Jia, Mingliang Luo, et al. Numerical simulation of CO2 huff-and-puff process in a hydraulically fractured horizontal well in a tight oil reservoir. The Leading Edge. Special Section: CO2,2020
7.Mingliang Luo, et al. Performance evaluation of water control with nanoemulsion as pre-pad fluid in hydraulicallyfracturing tight gas formations.Energy&fuels,2017,31(2)
8.Mingliang Luo, et al. Simulation on the water controlling performance of RPM in hydraulic fracturing of low permeability reservoirs. SPE 130207, 2010
9.Mingliang Luo, et al. Stimulation mechanism of SDS nanoemulsion in tight gas reservoirs. Advanced Materials Research, 2012, 418-420
10.Mingliang Luo, et al. Rheological behavior and microstructure of an anionic surfactant micelle solution with pyroelectric nanoparticle. Colloids and Surfaces A: Physicochemical and Engineering Aspects, 2012, 395(2)
11.Haijun Fan, Mingliang Luo, et al. Effect of nano-SiO2 on the rheology of anionic viscoelastic solutions formed by the biodegradable surfactant fatty acid methyl ester sulfonate. Materials Science Forum.2011,694.
12.Mingliang Luo, et al. Fabrication of SPES/ nano-TiO2 composite ultrafiltration membrane and its anti-fouling mechanism. Chinese Journal of Chemical Engineering, 2011, 19(1)
13.Mingliang Luo, et al. Dielectric analysis of dynamic fouling behavior on surface of polyethersulfone composite ultrafiltration membrane. Chinese Journal of Chemical Physics.2010, 23(2)
14.Mingliang Luo, et al. Electrokinetic phenomena of sulfonated polyethersulfone ultrafiltration membrane modified by TiO2 nanoparticles. Advanced Materials Research. 2011, 152-153
15.雷明,羅明良等. 化學自生熱壓裂液技術研究進展. 油田化學,2022,39(1)
16.羅明良等.硼交聯胍膠壓裂液高壓流變性及其非氧化破膠方法. 中國石油大學學報(自然科學版),2021,45(4)
17.羅明良等.液態CO2前置壓裂地麵管線堵塞模擬及抑製方法. 中國石油大學學報(自然科學版),2020,44(2)
18.羅明良等.環境友好型交聯酸的性能及其反應動力學.精細化工,2020,37(4)
19.羅帥,羅明良等.碳酸鹽岩底水油藏控水技術研究進展.油田化學,2020,37(2)
20.羅明良等.連續油管緩蝕用微乳液的製備與性能. 精細化工,2018,35(10)
21.羅明良等.壓裂液技術及其高壓流變性研究進展.油田化學,2018,35(4)
22.羅明良等.致密氣層控水壓裂用納米乳液的製備及性能評價.中國石油大學學報(自然科學版),2016,40(1)
23.羅明良等.低滲透油藏 RPM 控水壓裂液性能評價與應用.西安石油大學學報(自然科學版),2016,31(3)
24.羅明良等.磁流變液智能流體研究進展 、 應用及展望.應用化工 ,2017,46(9)
25.羅明良等.納米TiO2改善MES黏彈性膠束溶液的性能. 石油學報(石油加工). 2012, 28(3)
26.羅明良等.環保型MES中相微乳液改善壓裂助排的效果.石油學報(石油加工).2011, 27(3)
27.羅明良等.低滲油田壓裂控水用聚電解質複合溶液性能研究.應用化工,2010, 39(8)
28.劉佳林,羅明良等.防垢功能納米乳液製備與性能研究. 應用化工, 2011, 40(4)
29.劉佳林,羅明良等.微乳液型油氣增產助劑研究進展.應用化工.2011, 40(8)
30.劉卓,孫厚台,羅明良等.低滲氣井化學控水采氣技術研究進展. 應用化工.2012, 41(12)
31.羅明良等.纖維基納米複合清潔壓裂液性能研究. 應用化工. 2012, 41(12)
32.羅明良等.壓裂酸化用粘彈性表麵活性劑溶液研究進展.應用化工,2010,39(6)
學術交流
1.羅明良 司曉冬等.Peformance evaluation on the temporary plugging performance of magnetic responsive hydrogel in hydraulic fracturing of hydrocarbon reservoirs. The 14th InterPore Annual Meeting(InterPore2022),2022年5月30~6月2日,Khalifa University,Abu Dhabi UAE.
2.賈曉涵,羅明良等.納米磁流體改變致密砂岩表麵潤濕性效果評價.IPPTC,2021年6月6~8日,北京.
3.韓雲龍,羅明良等.壓裂裂縫示蹤監測技術研究與應用進展.IFEDC,2020年9月23~25日,四川成都.
4.羅明良等.納米磁流體裂縫監測數值模擬研究. 第九屆全國流體力學學術會議,2016年10月20~23日,江蘇南京.
5.羅明良等.致密氣井納米流體控水壓裂效果數值模擬研究.第十四屆全國滲流力學學術會議,2017年8月23~26日,浙江杭州.
6.黃萬裏,羅明良等.環境友好型納米乳液助排劑製備與性能評價.中國化學會第十六屆膠體與界麵化學會議,2017年7月24-28日,山東青島.