Risk: Medium Diesel Power Plant Operational

Zouk 1 Diesel Power Plant, Lebanon | 642.8 MW Oil-Fired Facility

Lebanon
Visit official website

Overview

Zouk 1 is a 642.8 MW diesel power plant in Lebanon, operating on oil fuel. It plays a key role in the country's power generation sector.

Zouk 1 is a diesel power plant located in Lebanon, with a capacity of 642.8 MW. It operates on oil fuel and is currently operational, contributing significantly to the national grid. The plant operates under Lebanon's regulatory framework for power generation, which includes emission standards and fuel quality regulations. Diesel plants of this scale typically use internal combustion engines, and Zouk 1's capacity places it among medium-to-large facilities in the region. As a major power source in Lebanon, Zouk 1 supports the country's electricity supply, addressing demand in urban and industrial areas. Its operation is critical for grid stability, though it also involves environmental considerations typical of oil-fired generation.

Environmental context

Zouk 1, as an oil-fired diesel plant, emits CO2, SOx, and NOx, contributing to local air quality concerns. Its location near the coast and populated areas may heighten environmental impacts. The plant's age and technology level influence its efficiency and emission profile, with older diesel engines generally having higher emissions per MWh compared to modern combined-cycle gas turbines.

Frequently asked questions

Zouk 1 is located in Lebanon, near the coast at coordinates 33.969 N, 35.604 E.

Zouk 1 has a capacity of 642.8 MW, making it a medium-to-large power plant in Lebanon.

Zouk 1 operates on oil, specifically diesel fuel, which is common for peaking and base-load power in the region.

Diesel power plants in Lebanon are subject to national emission standards and fuel quality regulations, though enforcement can vary. The sector is guided by the Ministry of Energy and Water's policies.

As an oil-fired plant, Zouk 1 emits CO2, SOx, and NOx, contributing to air pollution and greenhouse gas emissions. Its proximity to populated areas may affect local air quality.
UtilityRadar
More
Press Esc to close · Browse by sector