DACCAS Technology

Revolutionary Carbon Capture Solutions for Every Scale

DACCAS Automotive Integration

DACCAS Automotive

Integrated CO₂ capture system designed specifically for combustion engines. Our compact cartridge fits either in the trunk or rear of the vehicule, capturing emissions during operation.

  • Simple, Compact design for vehicle
  • Real-time CO₂ capture while driving
  • Minimal impact on vehicle performance
  • Cartridges easily replaced and recycled.
DACCAS Home Unit

DACCAS Home

Personal CO₂ capture units for environmentally conscious individuals. Make a real impact on climate change from your own home.

  • Automated, with exchangeable cartridges
  • Compact sized, captures thousands of tons per year
  • Produce biodiesel for home or auto use
  • Monitor your impact via smart app
DACCAS Industrial Solution

DACCAS Industrial

The Largest scale carbon capture unit, degned for sites up to one hectare. Capable of capturing from 1000 to 100'000 tons of CO₂ per year.

  • High-capacity, closed loop process
  • Recycling and reconstitution of waste
  • Integrated and automated algae cultivation system

How DACCAS Works

A Revolutionary Approach

DACCAS represents a breakthrough in carbon capture technology, offering a sustainable solution that not only removes CO2 from the atmosphere but transforms it into valuable products. Unlike conventional carbon capture systems that store CO2 underground or in oceans, our system creates a closed loop that benefits the environment and economy.

DACCAS System Diagram

Four Integrated Modules

  • Automated Carbon Capture: Uses our proprietary fixative mix
  • Concentrated CO₂: Processes concentrated CO₂ in algal medium
  • Waste Recycling: Recycles fixative with 99.9% recovery
  • Algae Cultivation: Novel bioreactors converts CO₂ to biomass and biochemicals

From CO2 to Sustainable Products

Our innovative process transforms captured CO2 into valuable products through algae-based biotechnology.
The system:

  • Creates a closed loop that regenerates resources
  • Reduces use of virgin materials
  • Lowers energy consumption
  • Promotes a bio-circular economy

Value-Added Byproducts

Our DACCAS technology creates a sustainable cycle by converting captured CO₂ into useful products:

Biodiesel

Renewable fuel reduces emissions

Bioplastics

Eco-friendly containers and bags

Carbon Fiber

Sustainable structural materials

Natural Pigments

Antioxidants and colorants