Moving Forward
Together to Net Zero

Our Core Team

Dr. Johannes Fuchs
  • MSc Mechanical Engineering, PhD Chemical Engineering (TU Wien)
  • 12 yrs Senior Researcher at TU Wien (Carbon Capture & Fluidization)
  • 11 yrs CEO of J.Fuchs GmbH (engineering & manufacturing)
  • 100 prototypes, lab-/bench-/pilot-scale plants planned and built

Dr. Johannes Fuchs

Co-Founder and Managing Director

Dr. Gerhard Schöny
  • MSc Mechanical Engineering, PhD Chemical Engineering (TU Wien), research at Chalmers University of Technology
  • 8 yrs Senior Researcher/Program Manager at TU Wien (Carbon Capture & Fluidization; ref. project: ViennaGreenCO2)
  • 2yrs Operations Performance Management at Wien Energie´s largest waste and sewage sludge incineration plant
  • 2yrs Senior Process Engineer Product Development for Gasification/ Waste2Value at Dieffenbacher Energy

Dr. Gerhard Schöny

Co-Founder and Managing Director

Prof. Dr. Hermann Hofbauer
  • 25 yrs Professor of Chemical Process Engineering at TU Wien
  • Former Dean of Studies (Chemical Engineering) and Head of Institute of Chemical, Environmental and Bioscience Engineering
  • 320 peer-reviewed publications
    (h-index = 61)
  • Expert in Chemical Process Engineering, Biomass Gasification, Product Gas Cleaning/Synthesis, Carbon Capture, and Fluidization Engineering

Prof. Dr. Hermann Hofbauer

Principal Scientist and Advisor

Mission

To combat climate change by providing cutting-edge, cost-efficient CO₂ removal technology and becoming a global leader in DAC, driving a sustainable future.

VISion

To develop the most cost-competitive DAC technology and achieve, with our partners, a cumulative CO₂ capture capacity of 100,000 tons per year by 2030.

What We Offer

We design and deliver advanced Direct Air Capture (DAC) technology to capture CO₂ directly from ambient air. Our system represents a major breakthrough in reducing capture costs, offering superior energy efficiency and greater operational flexibility compared to existing solutions.

What We Offer

We design and deliver advanced Direct Air Capture (DAC) technology to capture CO₂ directly from ambient air. Our system represents a major breakthrough in reducing capture costs, offering superior energy efficiency and greater operational flexibility compared to existing solutions.

OUR KEY PARTNERS