RepAir Carbon Capture

Meet us next week at the Carbon Capture Global Summit 2025 in London 🇬🇧 ! If you’d like to discuss how RepAir's modular, ultra efficient carbon capture technology can solve your decarbonization challenges, email our CEO Amir Shiner at amir@repair-carbon.com

RepAir will be at the following events in September - come chat to us! 📍Carbon Capture Global Summit 2025 Summit | Sept 2–3 | London Join our CEO Amir Shiner for the panel: "Investing in Carbon Capture Technologies" ➡️ Sept 3 @ 9:05–9:55 📍SAF Global Summit 2025 | Sept 2 | London Our business developer & techno-economic analyst Théo Schlienger will be on the ground, demonstrating how our DAC technology enables e-SAF production  - critical for net-zero flight.    📍Gastech Exhibition & Conference | Sept 9–12 | Milan Visit us at Stand CP4 and join our VP of Strategy & Growth Jean-Philippe Hiegel for his pitch presentation as part of the Gastech Innovation Accelerator: ➡️ Sept 10 @13:15 – 13:23, Climatetech Theatre JP will demonstrate how RepAir’s electrochemical technology is designed for low-concentration CO₂ streams - ideal for gas turbines - both for existing operations and new power plants tackling and mass manufacturing. 📍 New York Climate Week | Sept 21–28 Come chat to RepAir Co-Founder Yehuda Borenstein, who will be meeting with potential investors, strategic partners and project developers across the carbon capture space, from CDR to diluted point source.

Last week, the RepAir team gathered for our quarterly meeting - colleagues from across Europe joining us virtually and at HQ for a day of strategy, alignment and connection. We shared company updates and our path forward as we scale carbon capture technology for global decarbonization. We welcomed new team members joining our growing engineering, business development and operations teams. A highlight was our improv workshop - building the collaboration skills we need to tackle complex challenges ahead. Days like these remind us why culture matters. When you're working to solve hard climate challenges, team cohesion most certainly drives innovation. We’re already looking forward to the next one! 🌍

RepAir will be at the Carbon Capture Global Summit 2025! See you there 💫 #CCGS2025

💫 RepAir Carbon has been selected for the Gastech Innovation Accelerator! Our VP Strategy & Growth, Jean-Philippe Hiegel, will pitch our breakthrough technology on September 10th at the Climatetech Theatre at Gastech Exhibition & Conference Powering the shift to low-carbon gas: Natural gas turbines with carbon capture are the answer. Gas turbines generate about 40% of U.S. electricity and are key to replacing coal across the U.S. and Europe. They provide the constant, flexible power AI data centers need—but even these cleaner sources must cut emissions to meet climate goals. RepAir makes that possible: ➡️ Proprietary electrochemical cell architecture designed for low CO₂ concentration flue gas ➡️ >0.5 MWh per tonne of CO₂ energy use ➡️ Fully electric operation - tolerant to industrial impurities ➡️ No process waste generated 📍 Find us at Stand CP4 Partner with RepAir to help decarbonize gas turbines - reliably, affordably and at scale. Get in touch: Jp@repair-carbon.com #GasTech

Sverre Alvik's analysis for the World Economic Forum confirms what we're seeing firsthand: carbon capture and storage has reached an inflection point, with capacity expected to grow fourfold by 2030. The report highlights an important challenge that drives our work at RepAir Carbon: capturing CO₂ from diluted sources (0-5% concentration) where conventional technologies face prohibitive energy penalties. This represents a gigaton-scale opportunity as manufacturing sectors - projected to account for 41% of captured emissions by mid-century - urgently look for viable and scalable solutions. Key market dynamics shaping the industry: ➕ AI-driven energy demand is projected to surge 165% by 2030, with gas turbines playing a crucial role in meeting this need. These operators require carbon capture solutions that preserve operational flexibility while enabling deep decarbonization. ➕ Policy momentum in Europe and Japan is accelerating deployment, with cumulative CCS investments reaching $80 billion over the next five years. ➕ Hard-to-abate industries like aluminum and steel production cannot rely on electrification alone - they need purpose-built capture technologies for their specific emission profiles. And, as the report notes, achieving net-zero targets requires six times more capacity than currently forecast. This shows the importance of technological innovation in electrochemical capture systems that can efficiently address diluted emissions - enabling both industrial decarbonization and the scalable deployment needed for gigaton-level impact. Full WEF article: https://lnkd.in/g4xiWfjs 

🚀 We are expanding our engineering team! As we transition our electrochemical CO₂ capture technology from development to commercial scale, we are looking for two experienced engineers to strengthen our technical capabilities: R&D Mechanical Engineer 🔹 Lead mechanical design for next-generation CO₂ capture systems 🔹 Conduct CFD/FEA analysis and guide concepts from prototype to mass production 🔹 Minimum 5 years mechanical design experience required System Technician - Control 🔹 Develop and maintain control systems for our electrochemical technology 🔹 Support field commissioning globally and establish operational standards 🔹 Practical engineering degree + 3 years experience, or 5+ years relevant experience RepAir's proprietary technology reduces energy consumption by 70% compared to conventional carbon capture methods, operating without heat or solvents. We're building the infrastructure for gigaton-scale carbon removal. Our team combines deep technical expertise with a commitment to addressing climate change through scalable engineering solutions. To apply: jobs@repair-carbon.com Please reference job #21 (Mechanical Engineer) or #22 (System Technician) Come work with us!

The Global CCS Institute reports a 60% year-on-year increase in CCS projects worldwide, with 65 facilities now operational and 42 under construction. This is incredible momentum, and yet another sign that we have a maturing market ready for scalable solutions. As ever, this growth is driven in part by the surge in AI data centers and industrial decarbonization mandates, which are creating unprecedented demand for carbon capture - particularly for diluted emissions (0-5% CO₂). RepAir's electrochemical technology addresses this exact challenge. While the industry races to reach 1 gigatonne annual capture by 2030, we're positioned to accelerate deployment with: ➡️ 70% lower energy consumption than conventional methods ➡️ Modular systems that scale with demand ➡️ No heat or solvents required - just electricity As cross-border projects accelerate across the world, the market needs technologies that can deploy rapidly without complex infrastructure. Now is the right time to scale!

"We’ve realized that the existing, more mature carbon capture technology is not effective at low levels of concentration, but this is where we excel. Our advantage is that we excel where CO2 concentrations are very low, from 400 parts per million (ppm) in the air, all the way to around 5% of CO2 in emissions.” Read our CEO Amir Shiner's interview in Climate Insider, covering RepAir's technological edge, origin story and plans for the future👇

This report shared by Energy Monitor makes it clear: carbon capture is increasingly seen as a practical solution. CCS is gaining real momentum across energy and heavy industry. Projects are being launched, policies are starting to align, and the urgency is undeniable.  That’s encouraging news. But important questions remain: Why is CCS still expensive? What makes scaling so difficult? And how can we accelerate deployment without repeating past mistakes? As the report highlights, the barriers today are not about fundamental feasibility - they’re about economics, infrastructure and integration. High operating costs, permitting delays, and a lack of CO₂ transport networks are slowing adoption. Add to that the difficulty of retrofitting existing industrial sites, and it becomes clear that deployment, not technology, is now the main challenge. This is especially true for low-concentration CO₂ sources (0–5%), like aluminum smelters, gas turbines, and even ambient air. These are among the most widespread — and hardest to decarbonize — emissions points. Yet most conventional technologies were never designed for this space. To move CCS from “practical” to “scalable,” we need: ✅ Technologies purpose-built for low concentrations ✅ Standardized, manufacturable systems ✅ Simpler integration and lower energy intensity These are prerequisites for CCS to meet global decarbonization targets at speed and scale. It’s a case of not just focusing on what works — but on what deploys. https://lnkd.in/eg4qFeZm