Overview
Symonds Farm Power Ltd (Farm AD) is a 1.4 MW biomass power plant in the United Kingdom, owned by Geo E Gittus and Son. It converts agricultural feedstock into renewable electricity.
Symonds Farm Power Ltd (Farm AD) is a biomass power plant located in the United Kingdom, owned and operated by Geo E Gittus and Son. With a capacity of 1.4 MW, it is a small-scale facility that contributes to the UK's renewable energy generation from agricultural sources. The plant operates under the UK's regulatory framework, which includes the Renewables Obligation and environmental permitting under the Environmental Permitting Regulations. Biomass plants of this scale typically use anaerobic digestion or combustion of farm waste to generate electricity, aligning with the UK's push for low-carbon energy. As a farm-based anaerobic digestion plant, Symonds Farm Power Ltd supports local agriculture by processing farm waste and reducing methane emissions. Its electricity output feeds into the local grid, providing a sustainable energy source for the surrounding community.
Environmental context
The plant's biomass fuel source, likely derived from agricultural waste, helps reduce greenhouse gas emissions compared to fossil fuels. Its small capacity minimizes local air quality impacts, and the UK's strict emissions standards under the Environmental Permitting Regulations ensure compliance. The facility's location in a rural area reduces exposure to densely populated zones, lowering potential health risks from particulate matter or NOx emissions.
Frequently asked questions
Symonds Farm Power Ltd (Farm AD) is located in the United Kingdom, with coordinates 52.2572° N, 0.6371° E.
It is a biomass power plant, specifically a farm-based anaerobic digestion facility, converting agricultural waste into electricity.
The plant is owned by Geo E Gittus and Son.
Biomass plants in the UK must comply with the Environmental Permitting Regulations and the Renewables Obligation, which set emissions limits and incentivize renewable generation.
The plant has a capacity of 1.4 MW, making it a small-scale renewable energy facility.