Carbon Impact
Carbon reduction is achieved not only by replacing fossil fuels, but by recovering value from industrial waste at the source.
Carbon Facts
2.5%
Share of total global COâ‚‚ emissions attributed to the aviation sector.
65%+
Minimum lifecycle greenhouse gas reduction required under RED III for a fuel to qualify as sustainable.
6,000
Ton COâ‚‚e per year Potential annual carbon reduction per facility through avoided disposal emissions and replacement of fossil-based feedstocks.
How NAKI Reduces Carbon Emissions
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Step 1- Avoided Disposal Emissions
Industrial sludge is currently sent to landfill, incineration, or external treatment.
Each of these routes generates emissions from transport, processing, and organic degradation. On-site recovery prevents a portion of these emissions at the source.
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Step 2- Reduced Organic Load
Lipids are energy and carbon rich components. Their removal reduces the organic load in the wastewater system and lowers the energy required for treatment.
Less energy means fewer operational emissions.
Step 3- Fossil Feedstock Replacement
Recovered lipids serve as renewable feedstock in HEFA pathways for the production of Sustainable Aviation Fuel (SAF) and renewable diesel.
Each ton of lipid replaces fossil-based inputs in the fuel value chain.
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Step 4- Lifecycle Emissions Reduction
Industrial sludge is currently sent to landfill, incineration, or external treatment.
Each of these routes generates emissions from transport, processing, and organic degradation. On-site recovery prevents a portion of these emissions at the source.