Sustainable, Carbon-negative, Circular Bio-products for Everyone
We convert organic waste into nutrient-rich fertilizer, clean water, green chemicals, and renewable energy
Founded in Norway
Coming to Turkey
Coming to Holland
More to be announced
At Capturebank, we look at the waste problem as an opportunity of:
Untapped potential.
Where others see waste as the end of the line, we see it as the starting point of a transformative journey.
Capture → Upgrade → Bank
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We convert organic waste into nutrient-rich fertilizer, clean water, green chemicals, and renewable energy. By doing so, we restore vitality to depleted soils, support sustainable agriculture, and create new economic opportunities for farmers—turning their challenges into shared value.
2
Rather than allowing waste to decompose uncontrolled, we capture the surplus energy embedded in its chemical structure and redirect it toward productive use. The result? Significant reductions in greenhouse gas emissions, carbon removal, and a pathway toward addressing sustainability at its source.
3
This is where environmental commitment meets economic opportunity. We're not simply responding to today's problems—we're unlocking an entirely new value chain, one that reimagines waste as a resource and builds a foundation for resilient, regenerative systems.
Three steps. Zero waste. Carbon-negative. Energy-positive. Plug-and-play anywhere in the world.
From lab curiosity to
industrial reality.
The world’s first fully integrated, energy positive, carbon-negative fertiliser and energy platform — now deploying at scale.
Industrialising what others are still researching: a proprietary, energy-positive process that turns wet manure and waste biomass into premium, stable Biochar Mineral Fertiliser —Our fertilizer is carbon-negative, RENURE-compliant, and profitable from day one.
Engineered, bankable, and ready for immediate global roll-out.
One CaptureBank Plant = One Local Energy Hub
Instead of paying for expensive gas or grid power, companies can simply plug into a CaptureBank plant and get cheaper, greener, 24/7 energy and heat — while we turn their waste into fertiliser for them.
Why does it Matter?
The future of our food system depends on a healthy planet. Healthy soils, and oceans is key.
Today, we are losing all. This threatens the world’s food, energy, and water security
The global production of livestock manure presents a critical environmental challenge. Each year, at least 5 billion tonnes of animal waste is generated worldwide—a figure projected to rise dramatically by 2030.
With livestock accounting for 79% of this output, many regions have reached a tipping point where the land can no longer absorb this waste as fertilizer, resulting in widespread contamination of water, air, and soil.
A flawed waste and fertiliser system, 11 million tons of synthetic fertilizer contribute to CO₂ emissions exceeding those of aviation and shipping combined.
1.4 billion tons of manure are produced in the EU alone, leading to GHG emissions and water contamination.
This overflow triggers a cascade of consequences. Harmful chemicals leach into groundwater and volatilize into the atmosphere, driven by over-fertilization and the enormous resources required to manage this waste. These aren't abstract, distant problems—they affect the water we drink, the food we eat, and the air we breathe every single day.
Left unaddressed, this crisis will only intensify, threatening food security, degrading soil fertility, and undermining our capacity to sustain future generations. The systems we rely on are becoming increasingly fragile.
Not “another organic fertiliser"
Made locally from manure + waste biomass → premium N-P-K fertiliser that actually regenerates the land instead of depleting it.
This results in:
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Preservation of its nutrient value,
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Significantly reduces run-off, and
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Ensures optimal NPK levels tailored to specifications.
Key to delivering:
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Exceptional profitability,
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Superior Quality, and
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Competitive Pricing.
Together with our partner
Why We Chose this Location
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Within a 100 km radius lies one of Norway's densest concentrations of biomass.
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Sufficient manure flows, with early commitments from farmers.
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Strategic central position enables one single biochar hub to feed multiple future BMF factories, dramatically lowering CAPEX, transport costs and complexity.
Meet the Team
Team of seasoned professionals across climate, and technology
