Integrated laboratory of industrial and environmental safety of the mining and metallurgical complex

Objective:

To establish and maintain a scientific and analytical framework for assessing, forecasting, and managing industrial and environmental risks, aimed at improving the safety of production processes, reducing accident rates, minimizing environmental impact, and ensuring compliance with legal requirements and international standards.

Tasks:

  1. Conduct laboratory and instrumental studies of industrial and environmental hazard factors at mining and metallurgical facilities.
  2. Identify, assess, and forecast industrial and environmental risks.
  3. Monitor the state of the environment (air, water, soil), the working environment, and the technical condition of equipment.
  4. Develop and implement scientifically grounded recommendations to reduce accidents, injuries, and environmental impact.
  5. Perform expert review of design, technological, and operational documentation in terms of industrial and environmental safety.
  6. Provide analytical support for the implementation of new technologies, materials, and processes, including safety assessment.
  7. Develop methodologies, regulations, and programs for industrial and environmental monitoring.
  8. Participate in the investigation of incidents and accidents and prepare expert conclusions.
  9. Ensure compliance of enterprise activities with legal requirements, industry regulations, and international standards.
  10. Provide scientific and methodological support, training, and consulting for personnel on industrial and environmental safety issues.

Activities of the Integrated Laboratory of Industrial and Environmental Safety of the Mining and Metallurgical Complex:

  • The Integrated Laboratory of Industrial and Environmental Safety of the Mining and Metallurgical Complex specializes in conducting fundamental and applied research in the fields of industrial safety, occupational health and safety, environmental protection, and sustainable development of mining and metallurgical enterprises. The main objective of the laboratory is to develop scientifically grounded methods for assessing, forecasting, and mitigating industrial and environmental risks, as well as to create technologies and solutions aimed at improving production safety and reducing environmental impact.
  • The laboratory’s activities focus on the study of hazardous industrial factors, analysis of occupational injuries and accident rates, assessment of the reliability of technological processes and equipment, and the development of industrial safety and environmental risk management systems. Particular attention is paid to digital monitoring technologies, remote control systems, geographic information systems (GIS), mathematical modeling, and the application of artificial intelligence methods for predicting emergency situations and environmental consequences of industrial activities.
  • The laboratory conducts research on assessing the impact of mining and metallurgical enterprises on atmospheric air, water resources, soils, and bottom sediments. It develops methods for emission and wastewater treatment, technologies for processing and recycling mining and metallurgical waste, as well as methods for land reclamation of disturbed areas. The processes of pollutant migration, accumulation of heavy metals, and their impact on ecosystems and public health are also studied.
  • The laboratory’s material and technical base includes equipment for environmental monitoring, analysis of air, water, and soil, instruments for monitoring production environment parameters, and software systems for modeling pollutant dispersion, assessing accident risks, and analyzing the stability of technological systems. This enables comprehensive research—from field measurements and laboratory analysis to modeling and the development of practical recommendations for enterprises.
  • The results of the laboratory’s research are aimed at developing industrial and environmental safety systems for mining and metallurgical enterprises, reducing accident rates and environmental risks, implementing best available technologies, improving environmental performance, and ensuring sustainable industrial development. The laboratory collaborates with industrial enterprises, research organizations, government authorities, and international partners, carrying out scientific and applied projects in the field of industrial and environmental safety.
Equipment:
  Equipment name Purpose(scope of the equipment)
1

Portable X-ray fluorescence (XRF) chemical analyzer Olympus Vanta C

Designed for rapid analysis of the chemical composition of metals, alloys, soils, and geochemical samples using X-ray fluorescence spectrometry

2

Olympus Vanta C work station

Designed for the analysis of fine and powdered soil and ore samples in field and laboratory conditions

3

Portable test stand with shielded compartment Vanta Field Stand

Designed for the analysis of fine and powdered soil and ore samples under field conditions

4

«ЭПРАМ-01» automatic air sampling device

Designed for sampling air in workplaces, ventilation systems, and air purification systems with high levels of gas-aerosol contamination by harmful substances

5

«РАМОН-02» radon and decay product radiometer combined with « РАМОН-РАДОН-01» in a single housing (for different environments: air, soil, water)

Designed for rapid determination of equivalent equilibrium volumetric activity of radon (Rn-222) in different media—air, water, soil—as well as radon exhalation flux from various surfaces. (excalculations)

6

Laboratory refrigerator ХЛ-340 POZIS

Designed for sample storage

7

Drying cabinet ШС-80-01 СПУ

Designed for drying samples and materials

8

Dosimeter-radiometer МКС-АТ1117М

Designed for measuring ambient dose equivalent rate and dose of X-ray and gamma radiation, as well as alpha and beta particle flux density from contaminated surfaces

9

Portable turbidity and free/total chlorine meter Hanna HI93414-02

Designed for water quality analysis