The influence of low-alloy pipe steel hydrogen saturation conditions on the sorption process

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Abstract

The kinetics of hydrogen sorption and desorption during electrolytic hydrogen saturation of steel grade 09G2C has been studied. A method for determining the effective hydrogen diffusion coefficient and a method for calculating the concentration profile over the section of a cylindrical sample are proposed. It is shown that the equilibrium concentration of hydrogen at a pressure of 25 MPa in the test material without applied stresses does not exceed 1 ppm. The influence of the stress-strain state on the sorption process during hydrogen saturation from the gas phase has been studied. A method is proposed for quantifying the equilibrium hydrogen concentration depending on pressure and the level of tensile stresses, taking into account influence of plastic deformation.

About the authors

I. Yu. Pyshmintsev

TMK RESEARCH, LLC

Author for correspondence.
Email: igor.pyshmintsev@tmk-group.com
Russian Federation, Moscow

V. M. Khatkevich

TMK RESEARCH, LLC

Email: v.khatkevich@tmk-group.com
Russian Federation, Moscow

A. A. Khudnev

TMK RESEARCH, LLC

Email: a.khudnev@tmk-group.com
Russian Federation, Moscow

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