Efficiency of carbon landfill for reducing environmental pollution and global climate instability

The evaluation of the impact of highly concentrated innovative carbon landfills reconstruction for the global climate balance improvement and environmental management on the organization of projects to reduce emissions of pollutants was carried out. The article elaborates conceptual tools for reducing environmental pollution to overcome the shortcomings of standard gas emission systems at landfills, improve global anthropogenic conditions and increase the global climate stability using integrated balanced scorecard cluster technology. Using the indicative mechanisms of SR-technology of environmental cleaning projects, the criteria for evaluating the efficiency of carbon landfills were corrected and quantitative deviations of the risk level of increasing the concentration of pollutants depending on climatic seasons were revealed. Using the author’s simulation method of criteria-based analysis, cross-cutting directions for improving the environmental conditions were proposed, reflecting optimal conditions for the polystructurality of carbon innovations elements and promising modified wind gusts reflecting the specifics of climatic conditions. As a result of the research, the methodology for a comprehensive evaluation of the feasibility and efficiency of stimulating carbon landfill models were proposed through the balanced scorecard focused on overcoming the resulting difference in pollutant emissions.