This article explores the potential of mine methane as a resource under the circular waste management concept, focusing on estimating technogenic reservoirs of mine methane. The study aims to assess methane emissions and their impact on the environment, particularly in the context of sustainable development and reducing greenhouse gas emissions. The research introduces a novel approach to model methane concentration dynamics, considering spatial and temporal factors. The authors reconstruct the response space for methane release dynamics from the front and cross projections, establishing a polynomial relationship between methane concentration and various parameters. The study highlights the importance of improving gas extraction efficiency and utilizing methane for energy production. The research also addresses the challenges of predicting methane emissions and the need for advanced modeling techniques to manage methane release effectively. The findings indicate that methane emissions can be significant, especially in the case of network disruptions, and emphasize the importance of implementing sustainable technologies to mitigate environmental impacts. The study contributes to the understanding of methane dynamics in mining environments and supports the transition to circular economy principles in the mining sector.This article explores the potential of mine methane as a resource under the circular waste management concept, focusing on estimating technogenic reservoirs of mine methane. The study aims to assess methane emissions and their impact on the environment, particularly in the context of sustainable development and reducing greenhouse gas emissions. The research introduces a novel approach to model methane concentration dynamics, considering spatial and temporal factors. The authors reconstruct the response space for methane release dynamics from the front and cross projections, establishing a polynomial relationship between methane concentration and various parameters. The study highlights the importance of improving gas extraction efficiency and utilizing methane for energy production. The research also addresses the challenges of predicting methane emissions and the need for advanced modeling techniques to manage methane release effectively. The findings indicate that methane emissions can be significant, especially in the case of network disruptions, and emphasize the importance of implementing sustainable technologies to mitigate environmental impacts. The study contributes to the understanding of methane dynamics in mining environments and supports the transition to circular economy principles in the mining sector.