The Minister of Energy Zecho Stankov presented details about the construction of the Vertical Gas Corridor, which is emerging as a key infrastructure project of international significance. During an inspection of the 2,526 pipes delivered at the Burgas port, substantial technical parameters of the large-scale energy initiative were revealed.
The project envisages the construction of a gas pipeline route with two main sections – Kulata-Kresna and Rupcha-Vetrino, with a total length of over 60 kilometers. The technical implementation includes complex engineering solutions, including precise drilling under rivers and highways, which guarantee minimal environmental impact.
The strategic goal of the project is multifaceted – increasing regional energy connectivity, diversification of gas supplies, and creating alternative routes for natural gas. The capacity of the exit point between Bulgaria and Romania will be doubled – from 5 to 10 billion cubic meters.
Expectations are that the first section Kulata-Kresna will be put into operation by the second quarter of next year, with the full completion of the route planned for the fourth quarter. In parallel with the technical implementation, work is also being done on harmonizing transit tariffs between participating countries.
The economic benefits for Bulgaria include not only increased energy security but also potential revenue from transit fees through the state-owned company Bulgartransgaz EAD. The project is a strategic response to the changed geopolitical realities after the termination of Russian gas supplies.
The Gas Corridor will provide a route through Bulgaria, Romania, Hungary, Slovakia, and Moldova, with a potential possibility of expansion to Ukraine. This large-scale infrastructure project demonstrates Bulgaria's ability to be a key regional energy player.
The Ministry of Energy emphasizes that the initiative is a result of consistent state policy to ensure the country's energy independence and security through diversification of sources and routes for natural gas.