County Tyrone Door Maker Turns Wood Dust into Electricity

O&S Doors' new biomass-fueled combined heat and power system will generate 1MW of electricity from wood waste, reducing carbon emissions and powering its own operations.

Apr. 12, 2026 at 10:58am

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A bold, abstract painting in soft earth tones depicts the complex, interconnected systems of a biomass-fueled combined heat and power plant, conceptually representing the technological innovation behind turning wood dust into electricity.A visually striking diagram illustrates the innovative process of transforming wood waste into a sustainable energy source, powering a Northern Ireland factory's operations.Cape Coral Today

O&S Doors, a door manufacturer in County Tyrone, Northern Ireland, has unveiled plans to revolutionize its energy usage by converting wood dust, a byproduct of its manufacturing process, into electricity through a new biomass-fueled combined heat and power system. This innovative project, supported by government grants, will generate 1MW of electricity from over 10,000 tonnes of MDF dust annually, powering the factory's operations and reducing carbon emissions by 1,500 tonnes per year.

Why it matters

This groundbreaking initiative by O&S Doors represents a significant step towards sustainable manufacturing and renewable energy production in Northern Ireland. By transforming a waste product into a valuable energy source, the company is setting an example for other industries to follow, while also creating new job opportunities in the renewable energy sector. However, the project also raises questions about the broader economic impact, as increased automation could potentially lead to job displacement.

The details

O&S Doors is investing heavily in a new biomass-fueled combined heat and power system that will convert the wood dust, specifically Medium-Density Fibreboard (MDF) dust, into electricity. This system will burn over 10,000 tonnes of MDF dust annually, generating 1MW of electricity, which is enough to power the factory's heating and manufacturing processes. The project is supported by the Irish government's Shared Island Sustainability Capital Grant scheme, which has allocated €20m (£17m) to promote sustainable technologies, with O&S Doors securing £9m for their CHP system and an additional £2.4m grant from the Shared Island fund.

  • O&S Doors unveiled the plans for the new biomass energy project in April 2026.
  • The company aims to have the system operational by the end of 2026.

The players

O&S Doors

A door manufacturer based in County Tyrone, Northern Ireland, that is investing in a new biomass-fueled combined heat and power system to generate electricity from wood dust, a byproduct of its manufacturing process.

Michelle O'Neill

The First Minister of Northern Ireland, who praised the O&S Doors project for its potential to transform the industry and create new job opportunities in the area.

Shared Island Sustainability Capital Grant scheme

An Irish government initiative that has allocated €20m (£17m) to promote sustainable technologies, including providing £9m in funding for O&S Doors' biomass energy project.

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What they’re saying

“This groundbreaking project is a beacon of hope amid recent job loss concerns in the area, with over 300 jobs at risk at a nearby factory. O&S Doors, already employing 400 people, is optimistic about future growth and job creation, thanks to this sustainable initiative.”

— Michelle O'Neill, First Minister of Northern Ireland

What’s next

O&S Doors aims to have the new biomass-fueled combined heat and power system operational by the end of 2026, which will mark a significant milestone in the company's efforts to transform its energy usage and reduce its carbon footprint.

The takeaway

O&S Doors' innovative project to convert wood dust into electricity represents a promising model for sustainable manufacturing and renewable energy production in Northern Ireland. While the environmental benefits are clear, the project also raises questions about the broader economic impact, highlighting the need for a balanced approach that considers both the environmental and social implications of such technological advancements.