enadyne

High-Level Overview

enaDyne GmbH is a Berlin-based cleantech startup founded in 2021 (with some sources noting 2022) that develops non-thermal plasma catalysis reactors to convert CO2 and other gases into green chemicals and eFuels, such as methanol, ethylene, syngas, and formaldehyde.[1][2][3][5] The company serves industries like biogas, cement, chemicals, and transportation by enabling on-site, profitable CO2 recycling at or below fossil fuel prices, achieving over 70% conversion rates while reducing emissions like PFAS and CF4.[1][3][4] With €7M in seed funding raised in 2025 from investors including SpinLab, enaDyne is building a modular pilot plant for mid-2026 deployment, positioning it for scalable, CO2-negative production in a circular economy.[2][3][4]

Origin Story

enaDyne was founded in 2021 by Philipp Hahn (CEO), Christian Koch (CSO/CTO), Martin Drößiger, and Torsten Lorenz, combining expertise in plasma physics, catalysis, engineering, and materials science.[3] Headquartered at Pintschstr 13 in Berlin, Germany, the idea emerged from innovating plasma catalysis to address industrial CO2 emissions, leveraging patented enaCeramics electrodes for efficient, low-temperature conversion.[1][2][5] Early traction includes Greentown Labs membership, SpinLab investment, and the 2025 €7M seed round, fueling pilot development amid growing demand for defossilization.[1][2][3][4]

Core Differentiators

• Patented enaCeramics Electrodes: Enable stable, efficient cold plasma (50-150°C, ambient pressure) for direct CO2-to-chemicals conversion in one step, boosting selectivity, reactor lifetime, and resistance to abrasives; also applicable to emission filters.[1][4][5]
• Modular, Plug-and-Play Design: Containerized reactors scale easily, deploy anywhere with renewables, switch on/off like a light, and integrate into value chains for biogas upgrading, point-source decarbonization, or eFuels.[3][5][6]
• High Performance and Economics: >70% CO2 conversion, customizable catalysts for products like methanol/ethylene at fossil-competitive costs; 100% CO2-negative with biogas/DAC inputs, plus PFAS abatement.[3][4][6]
• Flexibility Across Applications: Handles waste CO2 valorization, hard-to-abate emissions, and sustainable feedstocks, reimagining chemistry for profitability.[3][5][6]

Role in the Broader Tech Landscape

enaDyne rides the CO2 utilization and defossilization wave, capitalizing on EU net-zero mandates, rising carbon taxes, and cheap renewables to make chemical production sustainable.[3][6] Timing aligns with industrial decarbonization needs—chemicals account for ~5% of global emissions—where traditional methods fail; modular plasma tech enables decentralized deployment at biogas plants or factories, outpacing energy-intensive electrolysis.[1][4][5] Market forces like falling green H2 costs and PFAS regulations favor it, influencing the ecosystem by proving CO2 as a resource, potentially sequestering gigatons and enabling a circular, profitable green chemistry shift.[1][3][6]

Quick Take & Future Outlook

enaDyne's near-term focus is deploying a 20-foot pilot by mid-2026, launching PFAS abatement products, and scaling production, targeting tens of thousands of units by 2050 as a global plasma synthesis platform.[3][4] Trends like AI-optimized catalysis, policy-driven CCS incentives, and eFuels demand will accelerate growth, evolving its influence from niche cleantech to chemical industry backbone. This builds on its core strength—turning CO2 from pollutant to profit—driving the profitable climate transition it champions.[6]