Wellbore Stability through Novel Catechol-Chitosan Biopolymer Encapsulator-Based Drilling Mud

The problem of wellbore stability has a marked impact on oil and gas exploration and development in the process of drilling. Marine mussel proteins can adhere and encapsulate firmly on deep-water rocks, providing inspiration for solving borehole stability problem and this ability comes from catechol...

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Published inGels Vol. 8; no. 5; p. 307
Main Authors Tang, Zhichuan, Qiu, Zhengsong, Zhong, Hanyi, Kang, Yujie, Guo, Baoyu
Format Journal Article
LanguageEnglish
Published Switzerland MDPI AG 16.05.2022
MDPI
Subjects
Aluminum
Amines
Aromatic compounds
biopolymer
Biopolymers
Boreholes
Catechol
Chemical reduction
chemical strengthening
Chitosan
Compressive strength
Covalent bonds
Deepwater drilling
Drilling fluids
Drilling muds
Encapsulation
encapsulator
Fluids
Fourier transforms
High temperature
Hot rolling
Hydration
Hydrocarbons
Imines
Nanoparticles
Oil exploration
Rheological properties
Ring structures
Shear strength
Sodium
Spectrum analysis
Stability
water-based drilling fluids
wellbore stability
encapsulator
biopolymer
chemical strengthening
wellbore stability
water-based drilling fluids
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Abstract The problem of wellbore stability has a marked impact on oil and gas exploration and development in the process of drilling. Marine mussel proteins can adhere and encapsulate firmly on deep-water rocks, providing inspiration for solving borehole stability problem and this ability comes from catechol groups. In this paper, a novel biopolymer was synthesized with chitosan and catechol (named "SDGB") by Schiff base-reduction reaction, was developed as an encapsulator in water-based drilling fluids (WBDF). In addition, the chemical enhancing wellbore stability performance of different encapsulators were investigated and compared. The results showed that there were aromatic ring structure, amines, and catechol groups in catechol-chitosan biopolymer molecule. The high shale recovery rate demonstrated its strong shale inhibition performance. The rock treated by catechol-chitosan biopolymer had higher tension shear strength and uniaxial compression strength than others, which indicates that it can effectively strengthen the rock and bind loose minerals in micro-pore and micro-fracture of rock samples. The rheological and filtration property of the WBDF containing catechol-chitosan biopolymer is stable before and after 130 °C/16 h hot rolling, demonstrating its good compatibility with other WBDF agents. Moreover, SDGB could chelate with metal ions, forming a stable covalent bond, which plays an important role in adhesiveness, inhibition, and blockage.
AbstractList The problem of wellbore stability has a marked impact on oil and gas exploration and development in the process of drilling. Marine mussel proteins can adhere and encapsulate firmly on deep-water rocks, providing inspiration for solving borehole stability problem and this ability comes from catechol groups. In this paper, a novel biopolymer was synthesized with chitosan and catechol (named “SDGB”) by Schiff base-reduction reaction, was developed as an encapsulator in water-based drilling fluids (WBDF). In addition, the chemical enhancing wellbore stability performance of different encapsulators were investigated and compared. The results showed that there were aromatic ring structure, amines, and catechol groups in catechol-chitosan biopolymer molecule. The high shale recovery rate demonstrated its strong shale inhibition performance. The rock treated by catechol-chitosan biopolymer had higher tension shear strength and uniaxial compression strength than others, which indicates that it can effectively strengthen the rock and bind loose minerals in micro-pore and micro-fracture of rock samples. The rheological and filtration property of the WBDF containing catechol-chitosan biopolymer is stable before and after 130 °C/16 h hot rolling, demonstrating its good compatibility with other WBDF agents. Moreover, SDGB could chelate with metal ions, forming a stable covalent bond, which plays an important role in adhesiveness, inhibition, and blockage.
Author Zhong, Hanyi
Tang, Zhichuan
Kang, Yujie
Qiu, Zhengsong
Guo, Baoyu
AuthorAffiliation 2 Drilling Technology Research Institute, Shengli Petroleum Engineering Corporation Limited of SINOPEC, Donying 257064, China; guobaoyu719.slyt@sinopic.com
1 School of Petroleum Engineering, China University of Petroleum (East China), No. 66 Changjiang West Road, Economic & Technical Development Zone, Qingdao 266580, China; b17020063@s.upc.edu.cn (Z.T.); zhonghanyi@126.com (H.Z.); 17854210608@163.com (Y.K.)
AuthorAffiliation_xml – name: 2 Drilling Technology Research Institute, Shengli Petroleum Engineering Corporation Limited of SINOPEC, Donying 257064, China; guobaoyu719.slyt@sinopic.com
– name: 1 School of Petroleum Engineering, China University of Petroleum (East China), No. 66 Changjiang West Road, Economic & Technical Development Zone, Qingdao 266580, China; b17020063@s.upc.edu.cn (Z.T.); zhonghanyi@126.com (H.Z.); 17854210608@163.com (Y.K.)
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Issue 5
Keywords encapsulator
biopolymer
chemical strengthening
wellbore stability
water-based drilling fluids
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Snippet The problem of wellbore stability has a marked impact on oil and gas exploration and development in the process of drilling. Marine mussel proteins can adhere...
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StartPage 307
SubjectTerms Aluminum
Amines
Aromatic compounds
biopolymer
Biopolymers
Boreholes
Catechol
Chemical reduction
chemical strengthening
Chitosan
Compressive strength
Covalent bonds
Deepwater drilling
Drilling fluids
Drilling muds
Encapsulation
encapsulator
Fluids
Fourier transforms
High temperature
Hot rolling
Hydration
Hydrocarbons
Imines
Nanoparticles
Oil exploration
Rheological properties
Ring structures
Shear strength
Sodium
Spectrum analysis
Stability
water-based drilling fluids
wellbore stability
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Title Wellbore Stability through Novel Catechol-Chitosan Biopolymer Encapsulator-Based Drilling Mud
URI https://www.ncbi.nlm.nih.gov/pubmed/35621605
https://www.proquest.com/docview/2670157953/abstract/
https://search.proquest.com/docview/2671273892
https://pubmed.ncbi.nlm.nih.gov/PMC9141550
https://doaj.org/article/3e6c4802943f4b79a24394d8350052bf
Volume 8
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