Overview
Saint-Nicéphore LFG is a 7.6 MW biomass power plant located in Canada. It converts landfill gas into electricity, supporting renewable energy generation.
Saint-Nicéphore LFG is a biomass power plant located in Canada, with a capacity of 7.6 MW. The facility utilizes landfill gas as its primary fuel, converting it into electricity. This places it within the small-scale segment of the biomass power generation sector, contributing to local renewable energy supply. The plant operates under Canadian environmental regulations, which include provincial emission standards and federal guidelines for renewable energy projects. Biomass power plants like Saint-Nicéphore LFG typically use combustion or gasification technologies to generate electricity from organic waste materials. The facility's capacity of 7.6 MW is typical for landfill gas projects, which often range from 1 to 10 MW. By generating electricity from landfill gas, Saint-Nicéphore LFG helps reduce methane emissions from waste decomposition, a potent greenhouse gas. The plant supports local grid stability and provides a renewable energy source, aligning with Canada's goals to increase clean energy capacity. Its operational status ensures ongoing environmental benefits.
Environmental context
The plant's use of landfill gas as fuel reduces methane emissions, which have a high global warming potential. Located in a region with mixed industrial and agricultural activity, the facility contributes to local air quality management by capturing and combusting gas that would otherwise be released. The 7.6 MW capacity indicates a modest environmental footprint compared to larger fossil fuel plants.
Frequently asked questions
Saint-Nicéphore LFG is located in Canada, with coordinates approximately 45.8228° N, -72.3688° W.
Saint-Nicéphore LFG uses landfill gas (biomass) as its primary fuel to generate electricity.
The plant has a capacity of 7.6 megawatts (MW), typical for a small-scale landfill gas power project.
Biomass power plants in Canada must comply with provincial environmental regulations, including emission limits for air pollutants, and may follow federal guidelines under the Canadian Environmental Protection Act for renewable energy projects.
By capturing and combusting landfill gas, the plant reduces methane emissions, a potent greenhouse gas, and generates renewable electricity, contributing to Canada's clean energy targets.