Decarbonisation is central to our mission, aiding industrial emitters in their transition to net zero.
There are five primary strategies for industrial decarbonisation:
1. Energy Efficiency: Enhancing the energy efficiency of industrial processes to cut down on energy use and emissions.
2. Electrification: Transitioning from fossil fuels to electricity, particularly from renewable sources.
3. Carbon Capture and Storage (CCS): Capturing CO2 emissions from industrial activities and storing them underground.
4. Hydrogen: Utilizing green hydrogen as a clean energy source for industrial processes.
5. Circular Economy: Minimizing waste and recycling materials to reduce the demand for new raw materials.
Our business focuses on organic waste, whether source segregated or not.
Our processes include:
- Extracting wet organic wastes from Refuse Derived Fuel.
- Recycling organic wastes.
- Producing biomass fuel pellets from recycled, stabilized organic waste.
- Creating soil substitutes.
- Sequestering carbon to land through soil carbon in land restoration schemes.
Non-source segregated organic waste (MOP) is composted to produce CLO, a stream originating from domestic waste that is over 50% carbon. Traditionally, this waste has been landfilled or incinerated in EFW plants, producing carbon dioxide. Our processes generate a product from this MOP.
After composting, the CLO is mixed with nutritionally depleted subsoils and applied in land restoration projects to create topsoil. This topsoil aids in the establishment of biodiversity schemes, with the carbon sequestered in the soil and certified through soil carbon credits.
In our Low Carbon power generation activities, the non-compostable portion of MOP serves as fuel in our power plant, with the generated heat and power utilized locally.
The company's next step is to produce an energy pellet from refined organic waste.
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