Veolia
Veolia Energie ČR, a.s. is part of the Veolia Group, which is a global leader in sustainable urban and industrial development with nearly 180,000 employees on five continents. In the Czech Republic, the Veolia Group is one of the most important providers of water, energy and waste management services and one of the twenty largest companies in the Czech economy.
Veolia Energie Group operates in the Czech Republic in the Moravian-Silesian, Olomouc, South Bohemia, Pilsen, Karlovy Vary, Ústí nad Labem, Liberec, Central Bohemia and Prague regions. The core business of Veolia Energie Group in the Czech Republic is the production, distribution and supply of thermal energy.
Veolia Energie ČR, a.s. is one of the largest producers and suppliers of heat in the Czech Republic and a major independent producer of electricity. It also supplies refrigeration, nitrogen and compressed air, and provides comprehensive energy services to its clients. The company's main customers include households, municipalities and towns, industrial clients, schools, hospitals, offices, etc. The company also offers the latest innovative environmental technologies and smart solutions for residential buildings, industrial plants and commercial premises, with the aim of optimising energy consumption, using more alternative sources and bringing cost savings.
As one of the largest providers of support services for the Czech transmission system, it contributes to ensuring the balance of electricity generation and consumption in the Czech Republic.
The production of heat and electricity is mainly carried out in a combined cycle - cogeneration. This method brings not only a higher utilisation of the energy contained in the fuel, but also a high level of environmental friendliness when combined with district heating. In city centres, it helps to improve air quality.
Sustainable development and environmental protection is a priority for Veolia Energie ČR, which is why it has invested in the greening of its operations and is continuously reducing emissions of GHG, sulphur and nitrogen oxides, as well as CO2 emissions.
