Dr. Jianjia余

余建佳，博士

助理教授

化学工程

 

研究领域:

  • Hollow fiber membrane design, fabrication and performance evaluation
  • Desalination and resource recovery from high-salinity brines
  • 采出水处理
  • 气体分离净化
  • 碳捕获
  • 纳米颗粒稳定CO2 泡沫

获奖荣誉:

  • NA

出版物:

  • L. 邹,X. 张,P. Gusnawan G. 张, J. Yu*交联PVDF基亲水性-
    hydrophobic dual-layer hollow fiber membranes for direct contact membrane
    distillation desalination: from the seawater to oilfield produced water, 杂志
    膜科学, 619 (2021) 118802.
  • L. 邹,G. 张, J. Yu, Desirable PVDF hollow fiber membrane engineered with
    synergism between small molecular weight additives for DCMD treating of a hypersaline
    盐水, 水处理工程学报 45 (2022) 102345.
  • G. 张, J. Yu, Effect of commonly used EOR polymers on low concentration surfactant
    阶段的行为, 燃料, 286 (2021) 119465.
  • L. 邹,Y. 张, J. Yu, S. 咋,R. 关,年代. 聚偏二烯的研究
    fluoride)/hydrophobic silica sol hybrid hollow fiber membrane for treatment of
    produced water via direct contact membrane distillation, 水处理学报
    工程 44 (2021) 102345.
  • G. 张, J. Yu, Effect of commonly used EOR polymers on low concentration surfactant
    阶段的行为, 燃料, 286 (2021) 119465.
  • P. Gusnawan,年代. Ganegamage, M. Heagy, J. Yu*，反应性co2吸收机理
    a soybean-based (SBB) solvent containing 18 amino acid salts in polyvinylidene fluoride
    (PVDF) hollow fiber membrane-based gas-liquid membrane contactor, 化学
    工程杂志, 399 (2020) 125819.
  • L. 邹,P. Gusnawan G. 张, J. Yu*, Study of the effective thickness of the water-
    intrudable hydrophilic layer in dual-layer hydrophilic-hydrophobic hollow fiber
    membranes for direct contact membrane distillation, 膜科学杂志, 615
    (2020) 118552.
  • P.J. Gusnawan L. 邹,G. 张, J. Yu*，可持续的再生行为
    Bioinspired Soybean-Based Solvent for CO 2 Capture, ACS可持续化学 &
    工程, 8 (2020) 3929-3937.
  • L. 邹,P. Gusnawan Y.-B. 江,G. 张, J. Yu*， macrovooid - inhibitory PVDF中空
    Fiber Membranes via Spinning Process Delay for Direct 联系 Membrane Distillation,
    ACS应用材料公司 & 接口 12 (2020) 28655-28668.
  • 邹露丝，Pri Gusnawan，张国银， Jianjia余 *. 新型Janus复合中空纤维
    membrane-based direct contact membrane distillation (DCMD) process for produced
    海水淡化. 膜科学杂志 (2020) 597:117756.
  • 潘丽，邹露丝，张国银， Jianjia余 *. 生物碱的性能和稳定性
    inspired soybean-based solvent for CO 2 capture from flue gas. 化学工程
    杂志 (2020) 385: 123908.
  • Pri J Gusnawan,年代hangwen咋, Lusi 邹,Guoyin 张, Jianjia余 *. “大豆和
    moringa based green biosolvents for low-concentration CO 2 capture via a hollow fiber
    膜接触器”. 化学工程杂志 (2018) 335:631.
  • Shangwen咋, Jianjia余 *，张国银，刘宁，Robert 李. Polyethersulfone
    (PES)/Cellulose Acetate Butyrate (CAB) Hybrid Hollow Fiber Membranes for Organic
    从采出水中去除物质. SPE杂志 (2017) 22: 1478.
  • Shangwen咋, Pri J Gusnawan, Jiajin 林,Guoyin Zhang刘宁, Jianjia余 *.
    “Integrating a novel TS-af-HFM NF process for portable treatment of oilfield produced
    水”. 化学工程杂志 (2017) 311: 203.
  • 圣,年代. 王, J. Yu, N. 刘,R. 李. “Nanoparticle-Stabilized Carbon Dioxide Foam Used
    in Enhanced Oil Recovery: Effect of Different Ions and Temperatures”. SPE杂志
    (2017) 22: 1416.
  • Shangwen咋, Pri J Gusnawan，张国银，刘宁，李罗伯特, Jianjia余 *.
    “Experimental study of PES/SiO 2 based TFC hollow fiber membrane modules for oilfield
    produced 海水淡化 with low-pressure nanofiltration process”. 杂志
    工业与工程化学 (2016) 44: 118.
  • 查尚文，张国银，Noel Dawson， Jianjia余 *刘宁，罗伯特·李. ”的研究
    PVDF/Si-R hybrid hollow fiber membranes for removal of dissolved organics from
    产水采用膜吸附法”， 分离纯化技术
    (2016)163:290.
  • 王赛，三景山， Jianjia余刘宁. “用于监测二氧化碳的井下二氧化碳传感器
    movement in situ for geologic carbon storage”, 国际温室气体杂志
    控制 (2016) 55, 202.
  • Munawar哈利勒, Sai Wang， Jianjia余， Robert L 李，刘宁. “电沉积
    Iridium Oxide Nanoparticles for pH Sensing Electrodes" 电化学杂志
    社会 (2016), 163(9)
  • Shangwen咋, Jianjia余 *，张国银，刘宁，李罗伯特. Polyethersulfone
    (PES)/cellulose acetate butyrate (CAB) composite hollow fiber membranes for BTEX
    采出水分离. RSC的进步 (2015) 5:105692.
  • Jianjia余 *， Munawar Khalil，刘宁，Robert 李. “基于氧化铱的化学物质
    sensor for in situ pH measurement of oilfield-produced water under subsurface
    条件”, 离子 (2015) 21:855.
  • Jianjia余， Munawar Khalil，刘宁，Robert 李. 粒子疏水性对
    CO 2 泡沫 generation and 泡沫 flow behavior in porous media”, 燃料 (2014) 126:104.
  • Munawar哈利勒, Jianjia余刘宁，罗伯特·李. 的非水改性
    synthesized hematite nanoparticles with oleic acid”, Colloids and Surfaces A:
    物理化学和工程方面 (2014) 453:7.
  • Munawar哈利勒, Jianjia余刘宁，罗伯特·李. “水热合成,
    characterization, and growth mechanism of hematite nanoparticles”, J纳米颗粒
    研究 (2014) 16:2362.
  • Jianjia余，李良雄，刘宁，Robert 李. “一种准备无缺陷的方法
    PES/MFI-type zeolite mixed matrix membranes for CO 2 /N 2 Separation”, 杂志
    材料科学 (2013) 48:3782.
  • Shoulin他, Jianjia余, Cuihua Li, Jianhua Fang, 徐经, Rong Guan, “Sulfonated poly
    (bis- A)-sulfones as proton exchange membranes for direct methanol fuel cell
    应用程序”. 聚合物工程 & 科学 (2011) 51: 264.
  • Jianjia余, Chao Dong, Jianhong Liu, Cuihua Li, Jianhua Fang, Rong Guan,
    “Crosslinked sulfonated poly (bis-A)-sulfones as proton exchange membrane for PEM
    燃料电池应用”. 材料科学杂志 (2010) 45:1017.
  • 徐经, Jianjia余, Rong Guan, Jianhua Fang, “A new crosslinked sulfonated
    polystyrene membrane for proton exchange membrane fuel cell”, 高性能
    聚合物 (2010) 22: 395.
  • 徐经, Jianjia余, Rong Guan, “Preparation and properties of crosslinked sulfonated
    聚苯乙烯/聚乙烯醇膜"， 膜科学与技术 (2010)
    30:24.

演示:

  • L. 邹,G. 张, J. Yu*, “Janus hollow fiber membrane-based DCMD process for
    desalination of high-salinity oilfield produced 水”, presented 在 WEFTEC 2020,
    新奥尔良，洛杉矶(虚拟会议).
  • 查尚文，张国银， Jianjia余 *. “便携式TS-af-HFM的现场演示
    nanofiltration process for the cost-effective treatment of oilfield produced water.&”; 2nd
    International conference on Industrial Chemistry and Water Treatment, Las Vegas, USA,
    2017年5月22-23日.
  • Shangwen咋, Jianjia余 *，张国银，刘宁，Robert 李. Polyethersulfone
    (PES)/Cellulose Acetate Butyrate (CAB) Hybrid Hollow Fiber Membranes for Organic
    从采出水中去除物质. 论文SPE 173787-MS存在于 SPE
    International Symposium on Oilfield Chemistry 在美国德克萨斯州的伍德兰举行，
    2015年4月13日至15日.

  • Jianjia余，王赛，刘宁和罗伯特·李. 粒子结构和
    Hydrophobicity Effects on the Flow Behavior of Nanoparticle-Stabilized CO 2 Foam in
    Porous Media”, paper SPE169047-MS present 在 第十九届SPE改良油
    复苏研讨会 举行 Tulsa, Oklahoma, USA, 12-16 April, 2014.

  • 迪莫，鲍佳， Jianjia余，刘宁和罗伯特·李. “研究纳米颗粒稳定的二氧化碳
    Foam for Oil Recovery at Different Pressure, Temperature, And Rock Samples”, paper
    SPE169110-MS 2014年4月12-16日.
  • Jianjia余， Munawar哈利勒刘宁和Robert 李. “准备氧化铱化学物质
    sensor for pH measurement at harsh conditions."; In Abstracts of Papers of the American
    化学学会，卷. 247. 1155, 2014.
  • Jianjia余，莫迪，刘宁和罗伯特·李. 纳米粒子的应用
    Stabilized CO2 Foam for Oil Recovery”, paper SPE 13OCS-162-SPE present 在 SPE
    International Symposium on Oilfield Chemistry 于8-10日在美国德克萨斯州伍德兰举行
    2013年4月.
  • Jianjia余，安成，莫迪，刘宁，Robert 李. 泡沫流动性控制
    nanoparticle-stabilized CO 2 泡沫”, paper SPE 153336 presents 在 十八SPE
    提高采收率研讨会 举行 Tulsa, Oklahoma, USA, 14-18 April, 2012.
  • Jianjia余，安成，莫迪，刘宁，Robert 李. 研究吸附和
    transportation behavior of nanoparticles in three different porous media”, paper
    SPE153337存在于 十八SPE 提高采收率研讨会 举行
    2012年4月14日至18日，美国俄克拉荷马州塔尔萨.
  • Jianjia余刘宁，李良雄，李罗伯特. “一代纳米粒子稳定
    supercritical CO 2 泡沫s”, paper CMTC 150849 presents 在 碳管理
    技术会议 举行 Orlando, Florida, USA, 7-9 February, 2012.
  • 迪莫 Jianjia余，刘宁和罗伯特·李. “研究不同因素的影响
    on nano particle stabilized CO 2 泡沫 for mobility control”, paper SPE159282 present
    在 SPE Annual Technical Conference and Exhibition 在美国德克萨斯州圣安东尼奥市举行的
    2012年10月8日至10日.
  • Z. 王,B. 林,G. 沙,Y. 张, J. Y 和李丽. “生物降解和
    microfiltration for removal of oil and suspended solids from polymer-containing
    produced 水”, Paper SPE 140916 present 在 SPE美国人&P健康、安全、
    安全与环境会议 于3月21日至23日在美国德克萨斯州休斯敦举行，
    2011.

专利:

  • NA