#Waste management
Industrial waste management and resource-saving economy. Effective waste management is an ecological and economic priority. Experiences in waste minimization, separate collection systems, and recycling investments.
Pyrolysis as a Promising Environmental Technology
Implementation of a mobile low-temperature pyrolysis unit for the independent processing of carbon-containing waste (tires, oils, oil-containing waste) at remote construction sites. The technology reduces logistics costs, minimizes emissions (under 0.1 – 0.4 MPC), and yields secondary resources (pyrolysis gas, ash-mineral residue) without requiring a sanitary protection zone.
Subsoil Use Waste. Ecologists vs Geologists
Algorithm for determining the status of rocks and subsoil use waste in accordance with amendments to the Subsoil Law and Federal Law No. 89. The practice includes analyzing project documentation, controlling storage locations, and the targeted use of extracted rock to prevent double accounting and environmental fines.
Current Trends, Regulator's Vector, Changes from 2026
Optimization of environmental payments for negative environmental impact (NEI) amid a multiple increase in rates. The practice includes transitioning from standard calculations to actual ones, detailing waste accounting, automating calculations, and strengthening financial discipline in interaction with supervisory authorities.
Accounts Receivable (Overpayment) in Negative Environmental Impact Fees. Offset? Refund? Forget? Understand? Forgive?
Yuck, it stinks! How to deal with livestock odors?
Soil Nitrogen Management: How to Tame the "Giant"
A comprehensive environmental risk management system for handling animal by-products (ABP). It includes deep soil plowing, subsurface runoff application using automated pumping stations, and a four-level process control.
A Quiet Feat on the Banks of the Tom River: Why Our Spinning Rod Always Waits Its Turn
Pyrolysis – A Promising Technology in Ecology
Implementation of low-temperature pyrolysis technology for the disposal of carbon-containing waste (tires, oils, oil-containing materials) at remote construction sites. The project enabled on-site waste processing, the production of secondary resources (pyrolysis fuel, gas, ash-mineral residue), and a significant reduction in logistics costs and third-party contractor services.
Environmental Safety Culture as a Powerful Driver for Improving Waste Management and Conscious Environmental Safety
Integrating environmental safety culture principles into the production waste management system. Implementing environmental requirements in procurement documentation, mandatory development of Work Execution Plans (WEP) by contractors with waste generation schedules, and using visual waste management diagrams at workplaces.
Environmental Risk Management
Transformation of the environmental risk management system at a large metallurgical enterprise, transitioning from reactive violation recording to proactive analysis. The practice involves engaging the production unit by translating environmental deviations into technological and financial risks, and changing the ecologist's role from controller to internal analyst.
Strategy and Tactics
Integrating HSE and environmental goals into the overall business strategy of a food industry company with regular reporting to the management board. Implementing a management system based on ISO 45001 and ISO 14001 standards, using Yandex Forms to collect near-misses and safety tags, and linking employee career growth to HSE knowledge.
Implementation of the Climate Agenda at Tatneft
Comprehensive implementation of the climate agenda and circular economy principles in a large industrial holding. Introduction of CO2 capture and storage technologies, use of UAVs and AI for emissions and safety monitoring, and creation of a closed-loop recycling system for rubber products using pyrolysis.