Overview
Belle Vue power station is a 70 MW coal-fired power plant in Mauritius, operated by Comp Therm Belle Vue (Ctvb). It contributes to the island's electricity grid.
Belle Vue power station is a coal-fired power generation facility located in Mauritius, with an installed capacity of 70 MW. The plant is owned and operated by Comp Therm Belle Vue (Ctvb) and is currently operational, serving the island's energy needs. As a coal-fired plant, Belle Vue operates under Mauritius's national environmental regulations, which align with international standards for emissions control. The plant's technology is typical for smaller-scale coal units, and its capacity places it in the medium range for the country's power generation sector. The facility plays a role in Mauritius's energy mix, providing baseload power to support the island's grid stability. Its location near populated areas necessitates adherence to local air quality standards, and the plant's operations are subject to ongoing environmental monitoring.
Environmental context
The plant's coal fuel source results in CO2, SOx, and NOx emissions, which are regulated under Mauritius's environmental laws. Proximity to populated areas requires compliance with air quality standards. The 70 MW capacity indicates a moderate environmental footprint, and the plant's age and technology may influence its efficiency and emission profile.
Frequently asked questions
Belle Vue power station is located in Mauritius, with coordinates approximately 20.0667° S, 57.5982° E.
Belle Vue power station has an installed capacity of 70 megawatts (MW), making it a medium-sized coal-fired plant in Mauritius.
The plant is owned and operated by Comp Therm Belle Vue (Ctvb), a company based in Mauritius.
Coal power plants in Mauritius must comply with national environmental standards, including emission limits for SOx, NOx, and particulates, as well as monitoring and reporting requirements.
Belle Vue power station provides baseload electricity to the Mauritian grid, helping to meet the island's energy demand and support grid stability.