An ESG project for the active implementation of modern, technologically advanced, and environmentally safe reagents is a systemic solution for Kazakhstan’s mining, metallurgical, and transport industries. The initiative is aimed at a radical improvement in the efficiency of production processes and logistics chains that directly face the problems of intense dust generation and freezing of ore, non-ore materials, as well as industrial waste. The use of specialized chemical formulations is adapted to the unique specifics of domestic production and the harsh, sharply continental climate conditions of our country, which makes it possible to preserve the physical and chemical properties of cargo during extraction, stockpiling, and transportation over any distance.
The main goal of implementing this project is a significant reduction in financial costs and operational risks for investors and enterprise owners at the stage of preparing production sites, pits, storage areas, and transport communications. The use of innovative reagents prevents the loss of valuable raw materials due to wind blowing them away and eliminates the need for costly, labor-intensive, and wagon-damaging work to thaw frozen ore or coal during the winter period. This ensures uninterrupted logistics, reduces downtime for rail and road transport, optimizes rolling stock turnaround time, and lowers the overall operating costs of enterprises.
The project is of particular importance in the context of the global ESG agenda and the reduction of negative technogenic impact on the environment and human health. Active dust suppression at industrial facilities and on technological roads makes it possible to radically reduce fine dust emissions into the atmosphere, preventing pollution of adjacent areas and protecting the respiratory organs of enterprise workers and residents of nearby settlements. All reagents used within the project are fully biodegradable, chemically neutral, do not cause corrosion of technological equipment, and do not have a toxic effect on soil and groundwater, which makes the project a model of responsible environmental management and safe industrial development.
