Page 226 - 《精细化工》2022年第5期
P. 226
·1080· 精细化工 FINE CHEMICALS 第 39 卷
成 O/W 型乳状液,降低稠油黏度,较低的界面张力 [15] LI Q (李崎). Preparation of polyethyleneimine based polymer and
以及聚合物在乳状液界面上的吸附提高了乳状液的 their research on the emulsifying properties of extra-heavy oil[D].
Kaifeng: Henan University (河南大学), 2019.
稳定性。 [16] LI Q, WANG X D, LI Q Y, et al. New amphiphilic polymer with
emulsifying capability for extra heavy crude oil[J]. Industrial &
参考文献: Engineering Chemistry Research, 2018, 57: 17013-17023.
[1] SHU Q L (束青林), WANG S H (王顺华), YANG Y L (杨元亮), et [17] SOARES L M C F, AMPARO S Z, RIBEIRO H, et al. Aqueous
al. Key technology of high-speed and high-efficiency development of suspensions of carbon black with ethylenediamine and polyacrylamide-
thin-shallow super-heavy oil reservoir in Chunfeng Oilfield[J]. midofied surfaces: Applications for chemically enhanced oil recovery
Petroleum Geology and Recovery Efficiency (油气地质与采收率), [J]. Carbon, 2016, 109: 290-299.
2019, 26(3): 9-18. [18] LIU G B (刘国宝). Preparation and evaluation of temperature-
[2] CHEN Y X (陈玉祥), WANG X (王霞), PAN C S (潘成松), et al. resistant blocking system for steam channel[D]. Daqing: Northeast
Study on the application of surfactants in viscosity reduction of Petroleum University (东北石油大学), 2020.
viscous crude oil[J]. Journal of Chongqing University of Science and [19] WANG D M (王冬梅), CAO J L (曹金丽), ZHANG Y (张怡), et al.
Technology (重庆科技学院学报), 2009, 11(1): 48-51. The structure characterization of polyethylenimine via FTIR[J].
[3] HU M (胡敏), DONG G J (董国军), SHI X F (史学峰), et al. Spectroscopy and Spectral Analysis (光谱学与光谱分析), 2016,
Properties of emulsification and viscosity reducing of amphiphilic 36(10): 199-200.
polymer[J]. Applied Chemical Industry (应用化工), 2010, 39(9): [20] JIANG H L, KWON J T, KIM Y K, et al. Galactosylated
1289-1292. chitosan-graft-polyethylenimine as a gene carrier for hepatocyte
[4] WANG Z J (王志坚), SUN L Z (孙立柱), WANG J (王静). Research targeting[J]. Gene Therapy, 2007, 14: 1389-1398.
and application of microbial huff and puff technology in extra heavy [21] SUN Q W (孙齐伟), ZHANG C H (张翠红), GAO Y (高燕), et al.
oil reservoir in Chunfeng Oilfield[J]. Shandong Chemical Industry Study on preparation and properties of P(AM-AMPS) microgels by
(山东化工), 2018, 47(22): 98-101. dispersion copolymerization[J]. Journal of Functional Materials (功
[5] ZHOU L B (周林碧), QIN B (秦冰), LI W (李伟), et al. 能材料), 2012, 43(9): 1151-1154.
Development and application of heavy oil viscosity reduction [22] ZHANG X Z (张夏真), ZHANG X H (张夏虹), TANG S (唐诗), et
technology at home and abroad[J]. Oilfield Chemistry (油田化学), al. Synthesis of AM/AMPS/AA copolymer and its application in
2020, 37(3): 557-563. self-compacting concrete[J]. Construction Technology (施工技术),
[6] XIONG Y(熊钰), LENG A R (冷傲然), SUN Y H (孙业恒), et al. 2016, 55(S2): 538-540.
Dispersion mechanism of viscosity reducer and evaluation of [23] ZHAO W X (赵文学), HAN K J (韩克江), ZENG H (曾鹤), et al.
displacement experiment for cold production of heavy oil[J]. Mechanisms and research progress of heavy oil viscosity reduction
Xinjiang Petroleum Geology (新疆石油地质), 2021, 42(1): 68-75. methods[J]. Contemporary Chemical Industry (当代化工), 2015,
[7] LUO S C (罗慎超), GUO J X (郭继香), YU Z J (余子敬), et al. 44(6): 1365-1367.
Study on the temperature-resistant and salt-tolerant surfactant BHJ-2 [24] MIN J L (闵敬丽). Study on synthesis and properities of temperature
for EOR[J]. Fine Chemicals (精细化工), 2016, 33(1): 98-104. resistance and salt tolerance polyacrylamide copolymer[D]. Jinan:
[8] LI Q (李崎), WANG X D (王晓冬), LI Q Y (李秋叶), et al. Research Shandong University (山东大学), 2017.
progress and development trend for viscosity reduction technology of [25] KURENKOV V F, ZAITSEVA O A, SOLOVEV D A. Kinetics of
heavy crude oil[J]. Chemical Research (化学研究), 2018, 29(5): radical copolymerization of acrylamide with magnesium 2-acrylamido-
441-454. 2-methyl propane sulfonate in aqueous solutions[J]. Russian Journal
[9] XING Y (邢钰), WU Y H (吴艳华), GUO J X (郭继香), et al. of Applied Chemistry, 2001, 74(3): 505-509.
Microscopic properties of viscous key components in heavy crude [26] ZHOU H, CAO X L, GUO L L, et al. Studies on the interfacial
oils[J]. Science Technology and Engineering (科学技术与工程), dilational rheology of films containing heavy oil fractions as related
2020, 20(5): 1833-1838.
[10] MEI S N (梅苏宁), YANG J M (杨建明), ZHANG Q (张前), et al. to emulsifying properties[J]. Colloids and Surfaces A, 2018, 541:
Research progress on application of polyethyleneimine in the new 117-127.
field[J]. New Chemical Materials (化工新型材料), 2017, 45(10): [27] DUY N, VITTORIA B. Emulsification of heavy oil in aqueous
30-32. solutions of poly(vinyl alcohol): A method for reducing apparent
[11] CHEN M G (陈明贵), ZHOU Z (周智), LYU X (吕行), et al. viscosity of production fluids[J]. Energy & Fuels, 2013, 27(4):
Research on feasibility of amphiphilic polymer for chemical flooding 1736-1747.
in heterogeneous heavy oil reservoir[J]. Petroleum Geology and [28] XU X H (徐晓慧), ZHANG J (张健), CUI Y X (崔盈贤), et al.
Recovery Efficiency (油气地质与采收率), 2015, 22(6): 116-120. Emulsifying and viscosity reducing capacity of amphiphilic polymer
[12] ZHOU J Z (周继柱), SHI W L (时武龙), FU Z H (付增华), et al. for crude oil recovery[J]. Oilfield Chemistry (油田化学), 2016,
Preparation and properties research of viscosity reducing of salt and 33(3): 456-461.
temperature resistance amphiphilic polymer[J]. Applied Chemical [29] WANG X D (王旭东), ZHANG J (张健), SHI L T (施雷庭), et al.
Industry (应用化工), 2014, 43(10): 1843-1846. Study on viscosity reduction mechanism and oil displacement effect
[13] LI J (李娟). Synthesis and performance of water-soluble polymer for of heavy oil activator[J]. Special Oil and Gas Reservoirs (特种油气
heavy oil viscosity reduction[D]. Jinan:Shandong University (山东大 藏), 2020, 27(6): 133-138.
学), 2019. [30] MA C (马超), ZHANG M H (张明华), ZHANG X (张雄), et al.
[14] WU X (吴旭). Synthesis and aggregation properties of sulfonic Synthesis and viscosity reduction properties of amphiphilic polymer
amphiphilic statistical polymers[D]. Harbin: Harbin Engineering heavy oil viscosity reducer[J]. Polymer Materials Science and
University (哈尔滨工程大学), 2010. Engineering (高分子材料科学与工程), 2020, 36(4): 61-66.