- Implementation of measures to protect the environment and climate by supporting the process of converting coal into natural gas in heating, which will result in the reduction of harmful dust and greenhouse gas emissions on a national scale.
- The environmental area at the PGNiG Group is regulated by two leading documents. The first one is the implemented QHSE Policy, which is an expression of responsibility for the conducted economic activity in the spirit of compliance with the global challenges of sustainable development. The second document is the PGNiG Group’s Sustainable Development Strategy for 2017-2022, the provisions of which emphasize the importance of the environmental area in the responsible operation of the Group.
- Construction of photovoltaic installations – as a result of the inventory carried out at the PGNiG Group, it was estimated that its own properties meet the criteria for the construction of installations with a total capacity of approx. 20 MW. It is a multi-stage process that is to increase energy efficiency and provide clean solar energy for the company’s operations for own needs and for resale to the grid. Activities aimed at energy optimization and neutralization of the impact of the operation of office buildings on the natural environment are also carried out by the company, inter alia, based on the Energy Efficiency Improvement Program launched in August 2020 at the PGNiG Group.
- Installation of a pilot photovoltaic installation on the roof of one of the PGNiG Headquarters buildings at ul. Kasprzaka 25 in Warsaw. This area is located in the preservation protection zone of the parameters of the historical urban layout, and many buildings are entered in the register of monuments. For the construction of the photovoltaic installation, the C7 office building was selected, which is not a historic building – its roof with an area of approximately 1500 m² met the criteria for the project. The photovoltaic installation, with a power of nearly 50 kWp, was equipped with 124 solar panels. The installation will produce over 42 MWh of green energy annually, which will largely cover the electricity demand for this building.
- Installation of a photovoltaic installation in Zielona Góra on facilities at ul. Naftowa 3. In the first phase, the investment will reduce the consumption of electricity purchased from outside by 10% and will reduce CO₂ emissions to the environment. Ultimately, the reduction of electricity consumption from the grid will amount to approximately 20%.
- Wells to be closed are liquidated in accordance with the provisions of the Geological and Mining Law and relevant executive acts.
- Wastewater generated by the PGNiG Group units is discharged into the sewage system, surface waters or into the ground based on the obtained water and legal permits.
- Construction of the KG1 gas boiler room at the Żerań CHP plant, which replaced the operation of two coal-fired boilers, reducing air pollutant emissions (Termika).
- Construction of a diffuser system for introducing brine into the waters of the Bay of Puck, which ensures proper mixing and dilution of the brine in the waters of the Bay, in accordance with the assumptions resulting from model and theoretical calculations (GSP).
- Installation of hybrid (electric and acoustic field) installations for deterring fish on cooling water intakes in the Żerań CHP plant from the Vistula and the Żerań Canal in order to prevent fish from entering the pumping system of the intakes (Termika).
One of the key threads in the development of innovation in the Group are ecological technologies and products.
In 2020, PGNiG started work on projects to use hydrogen in the energy and automotive sectors. He is investigating the possibility of storing and transporting hydrogen through the gas network. Hydrogen – Clean Fuel for the Future is a new comprehensive hydrogen program by PGNiG, which consists of several projects – from the production of „green hydrogen”, through its storage and distribution, to its use in industrial energy. The program consists of several elements:
- Hydra Tank Project – research station for refueling vehicles with hydrogen,
- InGrid – Power to Gas project – production of hydrogen using renewable energy. Investigation of the possibility of hydrogen transmission with the use of natural gas distribution networks
- New Fuel Lab – hydrogen purity analysis and research on alternative fuels,
- Hydrogen storage – the use of underground gas storage facilities for hydrogen storage,
- Power industry – the use of hydrogen in industrial power engineering.