Methane Hydrate Formation on Hydrophilic Zr<sup>4+</sup>/D-Gel-Coated Surfaces

During the production and transportation of natural gas, hydrate formation and accumulation in pipelines can lead to blockages, resulting in gas leakage, economic losses, and safety hazards. Recently, the development of superhydrophobic antigas hydrate coatings for pipelines has been identified as a...

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Bibliographic Details
Main Author:	Cuiping Tang (735149) (author)
Other Authors:	Xinqi Liu (187440) (author), Yong Chen (109188) (author), Xiaoya Zang (13987986) (author), Jinan Guan (417708) (author), Deqing Liang (588389) (author)
Published:	2025
Subjects:	Cell Biology Biotechnology Ecology Cancer Inorganic Chemistry Space Science Chemical Sciences not elsewhere classified nucleation induction period mitigate pipeline plugging microscopic observations revealed water molecules resulted water molecule ordering large water layer hydrate cage structures although superhydrophobic surfaces surface water molecules hydrophilic gel coating natural gas pipelines methane hydrate formation reduce wall adhesion natural gas superhydrophobic surfaces bound water bonded water methane hydrate coating surface adhesion strength gas leakage solid surfaces coated surfaces hydrate formation thereby inhibiting term stability study proposes safety hazards results showed resistant coatings relatively fragile raman spectroscopy novel approach hydrophilic zr effectively reduce effective strategy economic losses coordinated hydrogen antiplugging strategies
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Methane Hydrate Formation on Hydrophilic Zr<sup>4+</sup>/D-Gel-Coated Surfaces

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