OUR BIOSOLUTIONS
Discover how Redo can Elevate your sustainability targets
VALORISING WASTE MANANGEMENT
We specialise in converting organic waste into clean, renewable energy that powers homes, industries, and transportation while reducing carbon emissions. Our biomethane and bioLNG products offer efficient and environmentally friendly alternatives to traditional fossil fuels.
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From production to delivery, we provide end-to-end energy solutions for a range of different industry sectors, helping businesses transition to cleaner energy sources and achieve their sustainability goals. Join us in driving the future of energy—clean, renewable, and responsible.
Empowering individuals and businesses to choose Clean energy
Redo is reinventing the way Waste is valorised
Feedstock
Common feedstocks include agricultural residues, such as manure and crop waste, food waste, industrial organic by-products, and sewage sludge from wastewater treatment plants. The choice of feedstock is crucial because it influences the efficiency and composition of the biogas produced, as well as the quality of the resulting digestate, which can be used as a biofertiliser. By utilising organic waste as feedstock, biogas digesters contribute to waste management solutions and help in the production of renewable energy while reducing greenhouse gas emissions.
Biogas upgrading
Biogas upgrading is the process of refining raw biogas to increase its methane content, transforming it into biomethane or renewable natural gas (RNG). Raw biogas, typically produced from anaerobic digestion, contains methane, carbon dioxide (CO2), and impurities such as water vapor, hydrogen sulfide, and trace gases. Upgrading involves removing CO2 and impurities, resulting in a higher concentration of methane (usually above 95%), making it suitable for use as a vehicle fuel, for injection into the natural gas grid, or for industrial applications. Upgrading biogas enhances its energy efficiency and expands its use as a clean and sustainable energy source.
Transportation
Upgraded biogas - biomethane - is transported to end users through a network of existing natural gas pipelines, allowing for efficient distribution. It can be injected directly into the natural gas grid, where it mixes with conventional natural gas. This seamless integration enables biomethane to reach residential, commercial, and industrial consumers without the need for extensive new infrastructure. In addittion biomethane can also be transported in compressed or liquefied form via specialised trucks or containers for delivery to locations not connected to the gas grid. This flexibility in transportation methods helps facilitate the broader adoption of renewable natural gas as a sustainable energy solution.
Industry sectors
We take a comprehensive approach to the production and distribution of biomethane and biofertilisers that spans the entire value chain.
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The biomethane value chain not only generates renewable energy but also supports sustainable waste management and contributes valuable by-products for agricultural and industrial applications. We are in the planning stages of developing large-scale facilities for biomethane and CO2 production in Norway and Sweden, which will significantly enhance our production capabilities.
Industry
Heavy industry and other hard-to-abate sectors in Europe and Scandinavia are increasingly driven by carbon pricing and national climate policy. The EU Emissions Trading System (EU ETS) places a rising cost on industrial COâ‚‚ emissions from sectors such as cement, steel and chemicals, while Norway reinforces this with a national COâ‚‚ tax on fossil fuels used in industry, including natural gas and oil, creating one of the highest effective carbon price levels in Europe. Norway has also set a long-term policy direction toward climate neutrality, increasing pressure on fossil-based industrial processes over time.
Land Transport
The EU and Scandinavian countries are driving a rapid decarbonisation of land transport through tightening COâ‚‚ standards, expansion of emissions trading, and national climate policies aligned with the EU “Fit for 55” package. These measures require substantial emissions reductions from road transport toward 2030 and beyond, while also accelerating the deployment of low- and zero-emission fuels and vehicles. In this transition, biomethane and BioLNG play an important enabling role for heavy-duty and long-distance transport segments that are difficult to electrify, as they can be used in existing gas infrastructure while delivering significant lifecycle greenhouse gas reductions compared to fossil fuels.
Maritime
The shipping sector is being driven toward decarbonisation by a combination of global IMO targets and EU regulations. The IMO has set a pathway toward net-zero emissions around 2050, with interim reduction milestones for 2030 and 2040 relative to 2008 levels. In parallel, the EU is tightening regional requirements through the inclusion of maritime transport in the EU ETS, introducing a carbon cost for emissions, and through FuelEU Maritime, which progressively reduces the greenhouse gas intensity of fuels used on ships up to 2050. Together, these frameworks accelerate the shift toward low- and zero-carbon fuels by combining long-term global ambition with binding near-term market incentives.
Aerospace
The aerospace industry is increasingly exploring sustainable alternatives to traditional fuels, with biomethane emerging as a promising option for rocket propulsion. Biomethane, derived from organic waste, offers a cleaner-burning alternative that significantly reduces greenhouse gas emissions compared to conventional rocket fuels. Its use can help minimize the environmental impact of space launches, aligning with global sustainability targets.
Agriculture
Biofertilisers have numerous benefits for both the environment and agriculture. They are made from organic materials and contain beneficial microorganisms that help to improve soil fertility, increase crop yields, and reduce the need for chemical fertilisers. Additionally, biofertilisers can help to reduce greenhouse gas emissions and promote sustainable farming practices.
Why redo?
Partnering with a leader in biomethane provides several key advantages that can strengthen your business and support sustainability efforts. By working with an established provider, you gain access to a reliable, consistent, and high-quality supply of biomethane, ensuring uninterrupted operations and enabling long-term energy planning.
Global
We work across borders to develop partnerships and streamline processes so that you can access uninterpreted gas supply. Our technical and operational expertise extends throughout Scandianvia.
Flexible
We specialise in providing gas and energy solutions that seamlessly integrate with our clients' infrastructure. We are committed to providing tailored services that meet the unique needs of each end user.
Long term
We pride ourselves on our commitment to fostering long-term relationships with our business partners. We have served our offtakers for over two decades and will continue to do so.
24/7 Support
Our commitment to 24/7 operational support means that we're always just a call away, 365 days a year. Our dedicated and friendly staff work tirelessly to provide the highest quality service.