In a significant advancement for renewable energy infrastructure, Romania’s Ministry of Environment, Waters and Forests has granted the environmental permit necessary for the second phase of the Cerna-Motru-Tismana hydropower project. This decision marks a crucial regulatory milestone that facilitates the project’s progression and aligns with broader energy policy objectives.
The approval process was underpinned by comprehensive documentation that adhered to both Romanian legislation and European Union environmental standards. Key components of this evaluation included a thorough assessment of potential impacts on water bodies, an appropriate assessment concerning protected habitats, and a complete environmental impact report. These analyses were instrumental in selecting a project variant aimed at minimizing ecological disruption while addressing critical safety and energy production goals.
This phase of the project is focused on completing aspects of a hydrotechnical system that was initially authorized in the 1970s. A primary objective is to enhance the safety profile of the Vaja dam, situated at an intermediate elevation, thereby ensuring long-term operational security. The anticipated improvements are expected to boost electricity output by optimizing operations at HPP Clocotiș. Additionally, the project aims to fortify flood protection measures for communities located downstream.
Another significant aspect of the approved design involves the removal of artificial barriers along the Tismana River. This initiative is intended to restore both longitudinal and lateral connectivity within aquatic ecosystems, thereby promoting healthier environmental conditions. The integration of these ecological considerations reflects a commitment to sustainable development within Romania’s energy sector.
Furthermore, environmental protection measures have been embedded into both the construction and future operational phases of the facilities. These measures include stringent monitoring and mitigation requirements. The Ministry has highlighted that public consultations and stakeholder engagement played a pivotal role in shaping the final technical solution, which represents a scientifically informed compromise among energy production, safety, and environmental stewardship.
