Announcement on Jingzhou Jiahua Technology's Participation in Nominating the 2022 "Invention and Innovation Award" Project of the China Invention Association

According to the requirements of the "Notice of the Chinese Invention Association on the Selection of the 2022" Innovation Award for Invention and Entrepreneurship "(ZFXZ [222] No. 26), we hereby publicize the participation of our company, Fuchang and Wang Xiaoliang, as the second and third finishers, in applying for the 2022" Innovation Award for Invention "project of the Chinese Invention Association, which is entitled" Key Technologies and Applications of Drilling Fluids in Complex Conditions and Structures ". The publicity period starts on July 23, 2022 and ends on July 29, with a time limit of 7 days. Within the time limit of publicity, any unit or individual who has any objection to the nomination project can submit it to our unit in writing or by phone within the publicity period. To facilitate the investigation and handling of objections, the unit or individual raising the objection should report it in their real name.

Contact person: Shuman, Tel.: 0716-8315206.

Contents of the 2022 China Invention Association Invention and Innovation Award Publicity

Project Name: Key Technologies and Applications of Drilling Fluids in Complex Conditions and Structural Wells

Nominator: Jingzhou Jiahua Technology Co., Ltd

Completed by (Completed by): Xu Mingbiao (Changjiang University), Fuchang (Jingzhou Jiahua Technology Co., Ltd.), Wang Xiaoliang (Jingzhou Jiahua Technology Co., Ltd.), He Miao (Changjiang University), Song Jianjian (Changjiang University), Xu Peng (Changjiang University)

论文情况

序号

论文名称

刊名

作者

影响因子

1

Rheological properties and damage-control   mechanism of oil-based drilling fluid with different types of weighting   agents

Royal Society Open Science

Peng Xu, Ming-Biao Xu, Zhengwu Tao, Zhihong Wang,   Ting Huang

3.653

2

Damage mechanism of oil-based drilling fluid flow in seepage channels   for fractured tight sandstone gas reservoirs

Geofluids

Peng Xu , Mingbiao Xu

2.006

3

Formation protection method of oil-based drilling   fluid for deep fractured tight gas reservoir

Energy Science and Engineering

Xiao Guo , Peng Xu, Mingbiao Xu, Junjun Cai,Ting   Huang,Miao He

4.035

4

Synergistic effect of latex powder and rubber on   the properties of oil well cement-based composites

Advances in Materials Science and Engineering

Jianjian Song, Ming-Biao Xu, Weihong Liu,   Xiaoliang Wang, Yumeng Wu

2.098

5

Effect of acid activation-hydrophilic-modified   sepiolite on comprehensive properties of oil-well cement

Journal of Chemistry

Yihang Zhang, Miao He, Ming-Biao Xu, Peng Xu

3.241

6

Thermoplastic rubber (TPR) modified by a silane coupling agent and its   influence on the mechanical properties of oil well cement paste

Advances in Materials Science and Engineering

Jianjian Song , Mingbiao Xu,Weihong Liu,Xiaoliang Wang,Peng Xu,Feng   Huang,And Yonggong Pan

2.098

7

Effect of epoxy resin emulsion on the mechanical properties of oil well   cement-based composites

Advances in Civil Engineering

Miao He,Jianjian Song , Mingbiao Xu,Lei He and Peng Xu

1.843

8

Effect of modified sepiolite and carbon fiber composite on performance   of oil-well cement and mechanism analysis

Construction and Building Materials

Yihang Zhang,Miao He,Mingbiao Xu,Jianjian Song,Peng Xu,Xiaoliang Wang

7.693

9

Systematic experimental investigation on in-situ   self-adaptive sealing property of composite pressure-activated sealant for   curing minor tubular leaks

Energies

Lin Xu, Xiaohe Huang, Xin Huang, Jie Xu, Xijin   Xing, Ming-Biao XuChao   Ma and Meilan Huang.

3.252

10

压差激活密封剂的微缺陷自适应修复行为及机理

石油学报

许林,刘书杰,许明标,冯桓榰,邢希金,邓佳佳.

EI

4.478

填写说明

1、只填写近五年发表的论文,不超过10篇;

2、至少有一篇中文论文;

3、未列入完成人的作者应对本奖项知情同意。

 

专利情况

序号

专利名称

附件

专利号

法律状况

1

一种用于页岩气开发钻井的油基钻井液


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授权

2

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ZL201710260210.8

授权

3

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ZL201711246730.X

授权

4

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授权

5

一种页岩气开发油基钻井液固井前置液


ZL201310692002.7

授权

6

一种生物灰低密度水泥浆及其制备方法


ZL201910242771.4

授权

7

一种水泥凝胶材料及其制备方法和应用


ZL201910243191.7

授权

8

一种凝胶堵漏剂及其制备方法和应用


ZL201610824089.2

授权

9

一种压裂井筒的高承压封堵方法


ZL201611113041.7

授权

10

一种射孔炮眼高承压封堵方法


ZL201611107997.6

授权

填写说明:

1、  填写与项目相关的专利10个以内,按照重要程度排序;

2、  法律状态填写公开授权两种;

3、    提供专利摘要页作为附件,本表填写附件编号。