OUR VISION
Let's not waste potential!
Imagine a world where waste is no longer wasted. We partner with farmers, industries, and society to unlock the hidden potential in organic waste and realise this vision. Making nature's own processes work for us, producing biogas to fuel future endeavours. And returning the byproducts to work for us once more as fertiliser, and biogenic substitutes. Transforming leftovers into value, in a truly circular way.
redo Biosolutions
Let's not waste potential!
Choosing redo means partnering with a leader in sustainability
OUR PURPOSE
Re-doing and reinventing waste streams for a healthier planet
INDUSTRY
Transitioning to green energy is an essential step for companies looking to reduce their carbon footprint and realise their sustainability targets. The journey begins with an energy audit and assessing the current energy consumption in order to identify opportunities for reducing CO2 emissions and the financial burden of burning fossil fuels. Understanding energy usage patterns and the energy supply chain is crucial to determine the amount of renewable energy needed to meet operational demands.
LAND TRANSPORT
Decarbonising the heavy-duty vehicle (HDV) market and public transport (buses) is crucial for reducing greenhouse gas emissions, and biomethane and BioLNG (liquefied biomethane) is proving to be a true market enabler.
Biomethane significantly reduces carbon emissions compared to diesel and other fossil fuel derivatives and can be supplied in compressed (CBG) or liquefied (BioLNG) form for all forms of road transportation. It’s particularly suited for HDVs due to its ability to power long-haul transportation and its compatibility with existing gas engines.
SPACE EXPLORATION
While traditional rocket fuel involves liquid oxygen and kerosene (RP-1) or liquid hydrogen, biomethane could be an alternative in biogas-powered rockets. Methane is already a candidate fuel for several next-generation rockets due to its higher efficiency and clean combustion. By producing methane from renewable sources (biomethane), it can lower the carbon footprint of space launches, particularly if sourced from organic waste, making the process closer to carbon-neutral.
MARITIME
The maritime industry has already made substantial investments in LNG-fueled ships and refueling infrastructure. Biomethane, especially in liquefied form, can seamlessly integrate into this infrastructure. As BioLNG is chemically similar to fossil-based LNG, it can be used in the same engines and storage systems, enabling a faster transition to lower carbon operations without requiring major changes to ships or fueling infrastructure.
AGRICULTURE
By using biofertilisers, farmers can reduce their dependence on chemical fertilisers, which helps lower costs and diminishes the environmental damage caused by synthetic fertilisers. Furthermore, the production and use of biofertilisers reduce greenhouse gas emissions by capturing methane from organic waste that would otherwise contribute to atmospheric pollution. This not only supports sustainable farming but also integrates agriculture into a carbon-neutral or even carbon-negative cycle, where waste is transformed into both renewable energy and valuable fertilisers.
Lowering carbon emissions
Going green can be complex. Transitioning to green energy is however an essential step for companies and industries looking to reduce their carbon footprint and enhance their contributions to global sustainability targets.
Redo’s journey is a testament to the power of innovation and the potential for positive change. By transforming waste into valuable energy, Redo is not only addressing a critical environmental issue but also paving the way for a brighter, more sustainable future. Our story is a reminder that with vision, commitment, and collaboration, we can turn challenges into opportunities and build a better world for generations to come.