Published by Todd Bush on November 27, 2024
HyperHeat Secures €3.5 Million to Advance Zero-Carbon Industrial Heating Technology
HyperHeat, a German climate startup, has raised €3.5 million (USD$3.7 million) in a new funding round to support the development and testing of its renewable energy-powered industrial heating solutions. The company aims to transform the energy-intensive, carbon-heavy processes used by industries like steel, cement, and chemicals.
>> In Other News: University of Oklahoma to Lead Oklahoma Carbon Hub
Founded in 2023 by Dr. Lars Amsbeck and Frederick Lessmann, HyperHeat is creating an electrically-powered heating system capable of reaching temperatures up to 2000°C. This innovation addresses the challenges faced by heavy industries, which contribute over 40 percent of global CO2 emissions. Industrial heating typically relies on fossil fuels to produce products like metals and plastics, exacerbating carbon emissions.
Data from Brookings highlights the immense challenges in decarbonizing heavy industry due to the need for extremely high temperatures and energy-intensive processes. HyperHeat’s system uses oxide ceramics for ultra-hot resistive heating, enabling cost-effective retrofitting of existing industrial furnaces when powered by renewable electricity.
“We’re not just reducing emissions—we’re providing a practical, scalable, and most importantly economical solution for industrial companies facing increasing carbon regulations and market pressure,” said Frederick Lessmann, Co-Founder of HyperHeat. “Our electric heater can retrofit existing furnaces and reach flame-like temperatures with unprecedented efficiency and durability.”
The €3.5 million investment will allow HyperHeat to continue building and testing its first industrial products, expected to launch by 2025. The funds will also accelerate R&D efforts and expand partnerships with pilot customers to deploy the technology.
“Our goal is to bring a transformative and economical solution to industrial heat generation that accounts for nearly 16 percent of global CO2 emissions,” said Dr. Lars Amsbeck, Co-Founder of HyperHeat.
The funding round was led by the Amadeus APEX Technology Fund, with participation from Finindus, Possible Ventures, E44 Ventures, Breakthrough Energy Fellows, and a group of angel investors.
Wolfgang Neubert, General Partner at APEX Ventures, commented, “The HyperHeat founding team combines a rare blend of technical brilliance and strategic vision that sets them apart in the industrial decarbonisation space. We’re confident their solution will play a crucial role in reducing carbon emissions and driving sustainable industrial growth.”
HyperHeat’s innovative approach has the potential to revolutionize industrial heating by offering a scalable, cost-effective path to achieving zero-carbon operations.
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.
Inside This Issue 🌿 How Montana Renewables Cut MaxSAF Capex 89% 📋 IRS Issues Notice on 45Z Clean Fuel Production Tax Credit to Support Domestic Biofuel Production and American Agriculture 🌊 Natura...
Inside This Issue 🌬️ U.S. Bank Makes First Carbon Removal Purchase with Carba's Minnesota Biochar Project 🏭 Michigan's CCS Primacy Bid Could Reshape Great Lakes Industry 🏗️ Europe's Largest Carbo...
Inside This Issue ⭐ Deep Sky Receives First Pre-Issuance DAC Rating ♻️ Casella Waste Systems and Waga Energy Bring Third RNG Facility Online at McKean Landfill 🌐 Sinopec and International Partners...
Climeworks Announces Key Performance Improvements at Mammoth
Over the past 18 months, technology upgrades have more than doubled CO₂ capture performance in upgraded collector containers while reducing operating costs by more than 50%. Zurich, Switzerland | ...
A team member at one of InPlanet’s partner farms inspects freshly harvested citrus fruit to assess its quality Remineralizer integrated into the soil following field application, beginning the enh...
Methanol-to-Jet Clears ASTM Gate. What Changes Now?
Methanol-to-jet has crossed a critical technical gate for commercial aviation fuel. ASTM D7566-26a, the active specification updated July 30, 2026, incorporates methanol into the Annex A5 alcohol-t...
RBC Purchases Carbon Credits From Chestnut Improved Forest Management Project
NEW YORK, Sept. 9, 2026 /PRNewswire/ -- Chestnut today announced an agreement to deliver Improved Forest Management (IFM) carbon credits to RBC, a leading global financial institution. IFM practic...
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.