Abstract
The oil and gas industry has been intensively developing in the far north of the Russian Federation. Underground tanks are repositories of waste from processed petroleum products, liquefied gas, condensate, process water, and other waste from the fuel and energy complex. High-quality underground disposal of industrial waste can eliminate leakage of chemicals into the soil and reduce the thermal effect on frozen soil. The article presents an algorithm for calculating the thermal effect of industrial “hot” waste of the fuel and energy industry on frozen soil. Heat fluxes from a 20,000 m3 tank are estimated, an area of soil thawing is calculated. An engineering solution was developed to reduce / eliminate this effect.
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