Hazardous waste
Development and implementation of greenhouse gas emissions monitoring systems by industrial enterprises
07.08.2026
This document focuses on the development and implementation of integrated greenhouse gas emission monitoring systems at industrial enterprises in Ukraine. It covers methodological approaches, technological solutions, and regulatory aspects aimed at improving the accuracy of emission accounting and verification. The main attention is paid to the automation of data collection, their analysis, and the generation of reports to comply with international standards and national requirements.
Innovative approaches to mining waste recycling and reuse
06.08.2026
Innovative approaches to mining waste processing involve the development of new technologies for extracting valuable components and minimizing negative environmental impact. This includes the use of bioleaching, pyrometallurgy, and hydrometallurgy methods, as well as the development of new materials from waste for the construction and other industries. The goal is to create a closed production cycle where waste becomes raw material, contributing to sustainable development and reducing environmental burden.
Application of bioremediation methods for soil purification from industrial pollution
05.08.2026
Bioremediation is an effective approach for cleaning soils from industrial pollution, utilizing natural mechanisms of microorganisms and plants. This method allows for the degradation or immobilization of toxic substances, converting them into less harmful compounds. The application of bioremediation contributes to the restoration of ecological balance in contaminated areas, ensuring sustainable development and minimizing negative environmental impact.
Technologies for processing and recovery of spent catalysts from the chemical industry
04.08.2026
Modern technologies for processing and recovering spent catalysts from the chemical industry are critically important for sustainable development and reducing environmental impact. They allow for the efficient extraction of valuable metals such as platinum, palladium, rhodium, as well as other components, ensuring their reuse in production cycles. This not only reduces the need for primary raw material extraction but also minimizes the volume of hazardous waste.
Development and Application of Biofuels from Industrial Waste
03.08.2026
The development of biofuels from industrial waste is a promising direction for solving environmental problems and ensuring energy security. This approach allows for the conversion of production by-products into valuable energy sources, reducing landfill volumes and greenhouse gas emissions. The use of such biofuels contributes to a circular economy and sustainable industrial development.
Technologies for Industrial Wastewater Treatment from Heavy Metals
02.08.2026
Technologies for treating industrial wastewater from heavy metals are critically important for protecting the environment and human health. They include various physico-chemical methods, such as precipitation, ion exchange, adsorption, and membrane processes, which effectively remove toxic metals. The continuous development of these technologies is aimed at increasing efficiency, reducing costs, and minimizing secondary waste.
Recycling and disposal of pharmaceutical industry waste
01.08.2026
Recycling and disposal of pharmaceutical industry waste requires a careful approach due to its potential risk to the environment and human health. This includes waste classification, application of specialized treatment technologies such as high-temperature incineration or chemical inactivation, and adherence to strict regulatory norms. Effective management of this waste is critically important for minimizing pollution and ensuring environmental safety.
Implementing a circular economy in industrial enterprises: challenges and opportunities
31.07.2026
Implementing a circular economy in industrial enterprises faces challenges such as significant initial investments and the need to revise production processes. At the same time, it opens up opportunities for optimizing resource utilization, reducing waste, and increasing the competitiveness of companies in the market. The transition to circular models requires a comprehensive approach that includes innovation, cooperation with partners, and state support.
Technologies for extracting rare earth metals from industrial waste
30.07.2026
This direction explores innovative methods for extracting rare earth metals from various industrial wastes, such as spent catalysts, electronic scrap, and thermal power plant ash. The main focus is on developing environmentally friendly and economically viable technologies that minimize environmental impact. These technologies include sorption, liquid-extraction, and bioleaching processes for effective separation and concentration of valuable elements.
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