Eco-DAB introducing
Ecologically Decarbonized Aqueous Biorefineries

EcoDAB (Decarbonised Aqueous Bioprocessing) transforms high-load wastewater into clean water, renewable

energy, and captured carbon – eliminating PFAS and cutting greenhouse gas emissions from one of the

world’s most energy-intensive sectors.

From municipal plants to industrial sites, EcoDAB converts your wastewater treatment footprint into a

grid-supporting green energy asset.

Wastewater Treatment Is Essential – And Carbon Intensive

Across Europe, wastewater treatment yearly consumes around > 32,000 GWh of electricity

costing utilities and industries over €8 billion and driving significant CO₂ emissions.

Traditional treatment:

Relies on energy-hungry biological processes
Emits methane (CH₄) and nitrous oxide (N₂O) – powerful greenhouse gases
Struggles with industrial streams like brewery effluent, landfill leachate, paper mill
black liquor, pharmaceutical and hospital wastewater, and abattoir effluent
Leaves PFAS and other persistent contaminants largely untreated

Even with improved centralized plants, emissions remain high and aging infrastructure

is under growing pressure from urbanization, population growth, and tightening regulations.

Climate Impact

Deployed at scale, EcoDAB-type systems can contribute to:

17.6–24 million tonnes CO₂e avoided per year
The equivalent of removing ~6.2 million cars from the road annually
Contributing up to 10% of Germany’s, 6.5% of France’s, and 7.5% of the UK’s relevant emissions in
avoided or offset CO₂e, depending on rollout scenarios

Energy & Resilience

Reduce or eliminate electricity purchases for wastewater treatment
Feed green electricity back into the grid from co-generated energy centres
Support winter resilience with distributed, urban-sited generation near demand centres
Integrate into hydrogen value chains and local energy markets

Economic & Social Value

EcoDAB helps unlock:

What Sets Us Apart (see our current actioned vision https://ecodabinnovations-yvgzpuip.manus.space)

Integrated design: Water treatment, PFAS destruction, energy recovery, hydrogen, and CO₂
capture in a single concept :- Replicability:
Standardised modules that reduce engineering time and deployment risk
Scalability: From demonstration units to full-scale plants for major municipalities and industrial clusters Sustainability at the core: