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Sustainability

Sustainability is the product, not an add-on.

Our infrastructure exists to turn waste into energy, displace fossil fuels and return organic matter to the land. Every design decision is measured against that purpose.

Our approach

Circular by design.

Organic residue that is burned or dumped is a lost resource and a source of pollution. Captured in a sealed digester, the same material can produce renewable fuel, while the digested remainder becomes a valuable organic manure.

We design every system around this circular model, and we pair it with solar power wherever it makes sense, so that clean energy, healthier soil and cleaner air reinforce one another.

Our sustainability focus

  • Resource recovery from organic waste
  • Renewable fuel and power
  • Healthier soil through organic manure
  • Value for farmers and local communities

The circular cycle

From field to fuel, and back to the field.

A simplified view of how bio gas infrastructure closes the loop with agriculture.

  1. 01

    Collect

    Crop residue, dung and organic waste are collected from farms, processors and communities instead of being burned or dumped.

  2. 02

    Digest

    In sealed digesters, microorganisms break the material down without oxygen and release biogas.

  3. 03

    Upgrade

    The gas is cleaned and, for CBG, upgraded and compressed into a renewable fuel.

  4. 04

    Use

    The fuel powers vehicles, industry or cooking, displacing fossil fuels at the point of demand.

  5. 05

    Return

    The nutrient-rich digestate goes back to the fields as organic manure, completing the cycle.

Two domed double-membrane gas holders on round concrete tanks at a biogas plant

Soil & agriculture

Returning what the harvest took out.

Digestate, the material left after digestion, retains much of the original nutrients and organic matter. Processed into solid or liquid organic manure, it can help improve soil structure and reduce reliance on chemical fertilisers.

Working with farmers on residue collection also creates an income stream from material that would otherwise be burned, and supports cleaner air in the surrounding region.

  • Organic manure from digestate
  • An alternative to open burning of crop residue
  • Additional income for farming communities

Impact areas

Where renewable infrastructure makes a difference.

The actual benefits of any project depend on its design, feedstock and operation; these are the areas we design for.

  • 01

    Cleaner air

    Giving crop residue a productive use is an alternative to open burning, a major source of seasonal air pollution.

  • 02

    Lower-carbon fuel

    Renewable gas made from waste can replace fossil fuels in transport, industry and homes.

  • 03

    Healthier soil

    Organic manure from digestate returns nutrients and organic matter to farmland.

  • 04

    Less waste to landfill

    Organic waste is treated as a feedstock rather than a disposal problem.

  • 05

    Energy security

    Fuel and power produced locally from local resources, less exposed to imported fuel supply.

  • 06

    Rural livelihoods

    Collection, transport and plant operation create local work and income around each project.

Responsible operations

How we keep projects responsible over their whole life.

Sustainability depends on how infrastructure is built and run, not only on what it produces.

01

Environment

  • Sealed systems designed to contain gas
  • Planned handling of digestate and effluent
  • Respect for local land and water resources
02

Health & safety

  • Safety designed into gas and pressure systems
  • Training for operators and site teams
  • Clear procedures for maintenance and emergencies
03

Community

  • Engagement with farmers and neighbours
  • Local hiring and supplier opportunities
  • Clean, well-kept sites

Questions

Sustainability FAQ.

Is bio gas really renewable?

Bio gas is made from organic material that is regrown or regenerated every season, such as crops and organic waste, so it is considered a renewable energy source. Its overall environmental benefit depends on how the feedstock is sourced and how the plant is operated.

What happens to the material after digestion?

The remaining digestate can be separated and processed into solid and liquid organic manure for use on farmland.

Do bio gas plants smell?

Digestion happens in sealed tanks. A well-designed and well-run plant manages feedstock storage and digestate handling carefully to keep odour to a minimum.

Let’s Build a Greener Future Together.

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