Overview
MH Bio-Ethanol Distillery is a 23.2 MW biomass power plant in Cambodia, operating on waste fuel. It contributes to the country's renewable energy capacity.
MH Bio-Ethanol Distillery is a biomass power plant located in Cambodia, with a capacity of 23.2 MW. The facility is operational and utilizes waste as its primary fuel source, aligning with Cambodia's growing focus on renewable energy generation. The plant operates under Cambodia's national environmental regulations, which are evolving to address emissions from industrial sources. Biomass power plants like this one typically use agricultural or industrial waste, reducing reliance on fossil fuels and supporting waste management. The technology employed is likely conventional biomass combustion, common for facilities of this scale in the region. As a biomass facility, MH Bio-Ethanol Distillery plays a role in diversifying Cambodia's energy mix and providing baseload power from a renewable source. Its location near populated areas may require attention to local air quality impacts, but the use of waste fuel offers environmental benefits by diverting waste from landfills.
Environmental context
The plant's use of waste biomass reduces methane emissions from decomposition and displaces fossil fuel use. However, biomass combustion emits CO2, SOx, and NOx, which can affect local air quality. Proximity to populated areas may necessitate emission controls. Cambodia's regulatory framework for biomass plants is developing, with potential for stricter standards as the sector grows.
Frequently asked questions
MH Bio-Ethanol Distillery is located in Cambodia, with coordinates approximately 11.7594 N, 104.8242 E.
It is a biomass power plant that uses waste as its primary fuel to generate electricity.
The plant has a capacity of 23.2 megawatts (MW).
Biomass power plants in Cambodia must comply with national environmental standards, including air emission limits and waste management requirements, though enforcement is evolving.
Biomass power reduces reliance on fossil fuels, lowers methane emissions from waste decomposition, and supports waste management by using agricultural or industrial residues.