Overview
Chelson Meadow 2 is a 1.4 MW biomass power plant in Plymouth, United Kingdom, operated by Combined Landfill Projects (CLP). It converts waste into energy, supporting local renewable generation.
Chelson Meadow 2 is a biomass power plant located in Plymouth, United Kingdom, with a capacity of 1.4 MW. The facility is owned by Combined Landfill Projects (CLP) and is currently operational, contributing to the region's renewable energy portfolio. The plant uses waste as its primary fuel, typical of smaller-scale biomass facilities that divert waste from landfills while generating electricity. In the UK, such plants operate under the Environmental Permitting Regulations and are subject to emissions limits for pollutants like NOx and particulates, aligned with the Industrial Emissions Directive (IED) best available techniques (BAT). As a waste-to-energy facility, Chelson Meadow 2 plays a role in reducing landfill volumes and providing local grid support. Its modest capacity places it in the small-scale category, but it contributes to the UK's renewable energy targets and circular economy goals.
Environmental context
The plant's use of waste as fuel reduces methane emissions from landfills and offsets fossil fuel use. However, biomass combustion releases CO2, NOx, and particulates, requiring abatement systems to meet UK emission standards. Proximity to Plymouth's urban area necessitates careful management of air quality impacts.
Frequently asked questions
Chelson Meadow 2 is located in Plymouth, United Kingdom, at coordinates 50.3709 N, -4.1161 W.
Chelson Meadow 2 is a biomass power plant that uses waste as its primary fuel to generate electricity.
Chelson Meadow 2 has a capacity of 1.4 MW, making it a small-scale power generation facility.
Chelson Meadow 2 is owned by Combined Landfill Projects (CLP).
Biomass power plants in the UK must comply with the Environmental Permitting Regulations and the Industrial Emissions Directive (IED), which set limits on emissions of NOx, SO2, and particulates, and require use of best available techniques (BAT).