JSC Atomenergoprom Annual Report
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JSC ATOMENERGOPROM / ANNUAL REPORT / 184
Pollutant content in wastewater, kg
Pollutant
Chemical oxygen demand
Suspended matter
2021
13,615,208.852
1,670,753.000
Phosphates (phosphorus contained)
26,401.000
2022
5,560,506.694
2,455,203.000
29,919.000
Hexavalent chromium
24.898
54.599
42.754
112.906
605.761
21,164.468
52.203
61.860
365.581
525.250
493.985
640.017
457.754
622.000
3.074
4.460
Trivalent chromium
Manganese
Iron
Nickel
Copper
Zinc
Molybdenum
Lead
Initiatives to reduce discharges of harmful
substances into water bodies
Key measures implemented in 2022 included the following:
-
-
-
616.855
32,691.304
PJSC PIMCU (Mining Division) carried out comprehensive tests of process equipment and process lines
of the mine water treatment plant at Mine No. 6 in the pre-commissioning and operating modes;
In the Kola NPP branch of JSC Rosenergoatom (Power Engineering Division), major repairs of secondary
sedimentation tanks of packaged sewage treatment plants were carried out to improve the quality of
biological wastewater treatment;
In the Atommash branch of JSC AEM-Technologies (Mechanical Engineering Division) in Volgodonsk,
pipelines, floatation units and tanks of industrial wastewater treatment facilities were flushed, which
enabled a 5% increase in the efficiency of industrial wastewater treatment;
In JSC Chepetsk Mechanical Plant (Fuel Division), the use of recycled water for equipment cooling
was introduced in the granulation section of workshop No. 5, which reduced water consumption by
9,213 m³ per year.
Environmental impact forecast, plans
for 2023 and for the medium term
The organisations of JSC Atomenergoprom will continue to systematically reduce the negative environmental
impact and take steps to prevent climate change as part of the Action Plan to Minimise the Negative Impact of
ROSATOM on the Environment until 2025.
In addition, the following steps will be taken:
Maintaining fixed asset investment related to environmental protection at the current level;
Continuing to pursue the policy of sustainable use of natural resources and implementing a number of
measures to reduce the discharge of contaminated wastewater;
Further reducing hazardous waste generation;
Expanding and improving radiation and chemical monitoring systems in the areas where the Company's
organisations are located;
Developing plans in the organisations for the decommissioning of PCB-containing equipment and the
transfer of such equipment (including waste) for decontamination/disposal.
Improving energy efficiency
Energy conservation is an important prerequisite for the efficient use of JSC Atomenergoprom's energy
resources, making it more competitive and reducing the negative impact on the environment. An energy
conservation and energy efficiency improvement programme for the period from 2018 to 2022 is being
implemented in the Russian nuclear industry.
Responsibility for implementing the energy efficiency policy in ROSATOM and JSC Atomenergoprom lies
with the Economic Analysis and Operational Efficiency Management Department.
An Energy Conservation and Energy Efficiency Improvement Programme of ROSATOM for the period
from 2018 through 2022 has been approved in the nuclear industry by order of the Director General of
ROSATOM.
The Programme is aimed at:
1. Systematisation and continued implementation of energy conservation and energy efficiency initiatives
by ROSATOM's organisations;
2. Annual reduction of energy consumption in accordance with the targets of the Government Programme
of the Russian Federation 'Development of the Nuclear Power and Industry Complex'86.
Objectives of the Programme include:
1. Increasing the sustainable use of heat and electricity by introducing energy-saving technologies and
equipment, and reducing the environmental footprint;
2. Achieving an annual reduction in energy consumption by ROSATOM's organisations (under comparable
conditions) against the base year.
Results in 202287
Data on energy consumption and energy cost allocation with a breakdown by Division and complex are
shown in the tables below.
86. Approved by Decree No. 506-12 of the Government of the Russian Federation dated 2 June 2014.
87. According to the reports of nuclear organisations in the Corporation's information system (the Automated Energy Efficiency Management System, hereinafter
referred to as the AEEMS).
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