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CO2Rail Company

CO2Rail Company

Climate Technology Product Manufacturing

Austin, TX 1,818 followers

World's First Carbon-Negative Transportation

About us

Rail-Based, Self-Powered, Dual-Mode Direct Air Capture (DAC) & Diesel Point-Source Emissions Mitigation (CCS) Technology. CO2Rail Company is a US-based climate tech company that has developed proprietary rail-based, self-powered, dual-mode Direct Air Capture (DAC) and Locomotive Emissions Mitigation (CCS) technology which removes excess carbon dioxide from the ambient air or rail transportation point sources. The technology leverages the tremendous scale and scope of the global rail network, purpose-built rail equipment, and sustainable train-generated regenerative braking energy with no external energy inputs required. This will broadly enable rail as the first carbon-negative mode of heavy transport. The CO2Rail DAC technology deploys specially designed, self-contained DAC railcars on both diesel and electrified rail lines outfitted with battery arrays, CO2 direct air capture systems, compression equipment, and ancillary gear that uniquely exploits the substantial sustainable energy generated on-board the train through regenerative braking. The units are equipped with large intakes that extend up into the slipstream of the moving train and collect CO2 feedstock air by fluidic, ramjet-type processes, places no demand on energy or land resources. At scale, CO2Rail will operate near 93% net LCA CO2 efficiency including the carbon debt incurred in transportation of the reclaimed CO2 to geological sequestration. Unloaded daily at crew change or fueling stops into regular CO2 tank cars, the network will curate delivery of the harvested CO2 to on-route sites for permanent underground sequestration, or delivery to end-users as feedstock for the circular carbon economy.

Website
https://co2rail.com/
Industry
Climate Technology Product Manufacturing
Company size
2-10 employees
Headquarters
Austin, TX
Type
Privately Held
Founded
2021
Specialties
Carbon Dioxide Removal, CDR, DAC, Direct Air Carbon Capture, Negative Emissions, NETs, Climate Change, Global Warming, CO2, Carbon Dioxide, Carbon Negative, Rail, Rail Sustainability, Sustainability, ESG, Carbon Capture, environment, and Sustainability

Locations

Employees at CO2Rail Company

Updates

  • CO2Rail Company reposted this

    View profile for Eric Bachman

    Founder & CEO @ CO₂Rail Company

    2025 Fireside Chat on DAC Innovation I’m excited to share that I’ll be presenting at the upcoming 2025 Direct Air Capture Conference in Baton Rouge, Louisiana on May 15, 2025, during the DAC Technology Innovations Fireside Chat. I will be alongside Raciel Castillo and Jeff Holyoak during this Q&A event. Hosted by Energy Conference Network, this is one of the few annual events focused exclusively on Direct Air Capture — a critical technology in the global climate solution toolkit. Looking forward to connecting with fellow innovators, policymakers, and industry leaders pushing this space forward. Details & Registration: https://lnkd.in/gN9AYvNP Phelim Rowe Natalie Salamat #DirectAirCapture #ClimateTech #DAC2025 #CarbonRemoval #EnergyInnovation #CO2Removal

  • CO2Rail Company reposted this

    View profile for Eric Bachman

    Founder & CEO @ CO₂Rail Company

    I couldn't agree more with Chris Wedding ⚡ and Jigar Shah. From rethinking VC expectations to embracing evergreen capital, and from managing FOAK risk to scaling deep-tech from niche markets outward, Jigar’s advice hits home. At CO2Rail, we live this every day—working to deploy rail-based Direct Air Capture at scale, powered by regenerative braking energy, and fully aligned with long-term infrastructure thinking. We don’t chase moonshots. We work to build grounded, scalable climate solutions. A firm providing services like Multiplier aims to do can be a game-changer for companies in this space and KUDOS to Jigar and Jonathan Silver for the forward and focused thinking. 🏆

    View profile for Chris Wedding ⚡

    Helping climate leaders grow their companies and themselves ● 200+ CEOs coached ● Top 3% global podcast & newsletter ● #1 climate CEO peer group in North America ● Investor ● Professor

    This investor and gov't exec led $107 billion of investment in advanced energy projects and catalyzed investment in 2,000 projects. What's his next job? Advice for cleantech CEOs? 🎙️ My recent guest on the Entrepreneurs for Impact (EFI) podcast was Jigar Shah. He's the former Director of the Loan Program Office (LPO) at the US Department of Energy, co-founder and President at Generate Capital, and founder of SunEdison, among many other roles. ☑️ Here are six things we talked about in the podcast: 1. Post-LPO Reset After managing $107B in deals at DOE’s Loan Programs Office, Jigar Shah teamed up with Jonathan Silver to launch Multiplier, an advisory firm for green startups. 2. Climate VC Is Broken Shah says the 100x-return VC model doesn’t fit climate tech’s reality. He pushes for an “East Coast” model: aim for 18% IRR, win 7 of 10 bets, and skip the moonshot. 3. Evergreen Capital > 2-and-20 At Generate Capital, Shah turned down big checks to build an evergreen structure that aligns with long-term climate infrastructure. It’s less lucrative for managers, but way better for founders. 4. FOAK Risk, Explained He breaks project finance into five risks: tech, feedstock, offtake, construction, and ops. LPO, unlike most investors, can stomach execution risk, like 12 methane pyrolysis reactors, not just one. (FOAK = First of a Kind) 5. Think Like a Developer Clean tech needs dev capital like real estate: risky early bets, then stable returns once built. It's not “risk-free,” just “risk-you-can-understand.” 6. Deep Tech’s Fatal Flaw Too many founders chase giant, low-margin markets. Shah says to start with high-margin niches (like InventWood selling to data centers) and then scale. – 🎯 LISTEN TO THE PODCAST: See the link below to the Entrepreneurs for Impact (EFI) podcast with Jigar. – 🙏 Please give Jigar and Multiplier a shout-out on LinkedIn, Slack, or X by sharing this podcast with your people.

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  • CO2Rail Company reposted this

    View profile for Eric Bachman

    Founder & CEO @ CO₂Rail Company

    WHAT IF YOUR DAILY COMMUTE COULD HELP REVERSE CLIMATE CHANGE? Meet Claire, a professional on her morning commute — not just to work, but toward a better future. In our new short film, "Travel with Purpose" we follow her as she discovers the power of CO₂Rail’s carbon-negative passenger trains. These trains are already the most sustainable form of mass transport. When equipped with CO₂Rail’s Direct Air Capture technology and powered by the train's regenerative braking, they don't just move people — they remove CO₂ and help combat climate change, one journey at a time. https://www.co2rail.com/ #climate #carboncapture #carbonnegative #ClimateAction #climatecrisis #railroad #railway #rail #locomotive #commuter

  • CO2Rail Company reposted this

    View profile for Eric Bachman

    Founder & CEO @ CO₂Rail Company

    🔹WANT TO VERIFY THE BASICS OF CO₂RAIL’s FOUR MILLION+ CALCULATION CLIMATE TECH MODEL? *ChatGPT can run the fundamentals for you in REAL-TIME 🔸COPY/PASTE PROMPT AT BOTTOM INTO ChatGPT 4o 👇 If you would like to explore both the astounding capabilities of A.I. and the similarly astounding potential of CO₂Rail to remove meaningful quantities of CO₂ without any external energy input by utilizing the enormous amount of regenerative braking energy that currently goes to waste in most trains, COPY AND PASTE the prompt at the bottom of this post into ChatGPT 4o. The results will be on a PER TRAIN basis. There are tens of thousands of trains operating daily around the world—freight, passenger, diesel, and electrified. Almost ALL utilizing energy braking but not all will have the same "prompt", so results will vary depending on the train specifics—but using the energy for on-board DAC is the best use-case in all scenarios. P.S. I would be very interested to see your results in the comments! I am genuinely curious to see how consistently A.I. answers. In my checks, ChatGPT 4o's calculations corresponded pretty well with the basics in our model.🙏 🔗 Link to ChatGPT 4o prompt + ChatGPT 4o response: SEE COMMENTS 🔶🔶PASTE BELOW INTO GPT 4o🔶🔶 How much regenerative braking energy ("RBE") does a hypothetical 10,000 US ton mixed freight train produce in a full 24-hour day from both full stops and partial deceleration assuming the train is traveling at 69mph prior to each braking maneuver. Disregard both the +/- effect of any grades. Remember to reduce the train's pre-braking kinetic energy by your estimated RBE efficiency factor. Assume that full stops occur at least every 8 hours for crew change and add to that additional full stops required throughout the day for yard ops (drop-offs & pickups), signals, congestion, maintenance, etc. (min 6 total, 30 min stop time ea. and reduce daily distance traveled by this number of minutes not in motion) During partial decelerations assume the train slows to 45mph for 5 min for curves, junctions, congestion, signals, slow orders, speed restrictions, maintenance zones, yard roll through, municipal speed limits, etc. Assume these partial decels occur on average every 40 miles or less based upon your best estimate. Show me the train's RBE as per the following schedule: 1) Each train complete stop maneuver in kWh 2) A 24-hour day estimated per train total including both complete stops and partial decels in MWh 3) A yearly estimated per train total based on the 24-hour day train total in 2) in GWh 4) What is currently done with this energy in most N. American trains? (dynamic braking) *Return results within the chat, not a separate file *Calculate beginning and post-braking KE separately and utilize the delta between the two, do not calculate KE using only the velocity delta within 1 equation *Double-check each calculation *Triple-check unit conversions 🔶🔶PASTE ABOVE INTO GPT 4o🔶🔶

  • CO2Rail Company reposted this

    View profile for Eric Bachman

    Founder & CEO @ CO₂Rail Company

    🚆💨 CO2Rail: Transforming Rail Transport into a Carbon Removal Powerhouse With the U.S. Department of Energy investing $3.5 billion into Regional Direct Air Capture (DAC) Hubs, the race is on to scale carbon removal technology. While stationary DAC hubs are crucial, rail-based DAC—like CO2Rail—offers an innovative, scalable solution that turns trains into mobile carbon removal units.  Unlike traditional DAC, which requires massive infrastructure and energy input, CO2Rail leverages regenerative braking energy from trains to remove CO₂ more efficiently. This approach not only reduces costs per ton but also integrates seamlessly into existing rail networks, making it a potential game-changer in both decarbonizing rail transportation and reducing atmospheric CO₂ concentrations. With tech giants like Google, Microsoft, Meta, and Salesforce investing in carbon removal, it's clear that DAC is gaining momentum. Could rail-based DAC be the next breakthrough in large-scale CO₂ removal?  #CO2Rail #DirectAirCapture #CarbonRemoval #SustainableTransport #ClimateAction #NetZero

  • CO2Rail Company reposted this

    View profile for Eric Bachman

    Founder & CEO @ CO₂Rail Company

    Japan has become the first nation to incorporate durable carbon dioxide removals into its national emissions trading system, the Green Transformation ETS (GX-ETS). This pioneering move integrates high-quality carbon removal credits into a compliance market, setting a precedent for other countries aiming for carbon neutrality.

  • CO2Rail Company reposted this

    View profile for Eric Bachman

    Founder & CEO @ CO₂Rail Company

    CO2Rail Company might change common perspectives like these on the commercial viability of DAC, BUT I completely agree with Nada Ahmed that energy demand is the biggest hurdle to widespread DAC deployment and it is MUCH, MUCH better to capture it at the source. Utilization of the enormous amount of regenerative braking energy that currently goes to waste in most trains is our game and our massive competitive advantage. By "enormous" I mean in excess of 400TWh/y globally in recovered but then immediately rheostatically burned off (and completely wasted) sustainable energy. What can that 400TWh/y, or about 4X the output of the Three Gorges Dam, do? In round numbers, about 1 Gigaton of DAC. I have been working for over 20 years on systems to begin to utilize this enormous pool of immediately available sustainable energy. After some progress in other use case iterations that are being deployed in the latest generation of locomotives, it is clear that DAC is by far and away the best use case from a carbon mitigation perspective and will soon be the best use caae from a commercial perspective as well. Our Joule paper is now open access and I encourage anyone that might be interested in what we are working on to take a look and please do not hesitate to let me know if you have any questions... https://lnkd.in/gTDBHv6k

    View profile for Nada Ahmed

    Digital Transformation | Energy Tech & AI | Top 50 Women in Tech | Board Member | Author & Keynote Speaker

    DAC not only sucks CO2, it sucks massive amounts of power. Capturing CO2 from a very dilute source like ambient air is about the most inefficient pathway imaginable. Direct Air Capture (DAC) is a technology that captures CO2 from the air. Not from a flue stream, or an industrial process where the concentration of CO2 is generally 10 to 1000 times higher. For reference, the concentration of CO2 in air  0.04% (417 ppm). -Coal plants exhaust: 10-12% CO2 -Cement kilns: 10-40% CO2 -Natural gas processing: 80% CO2 -Ethanol plants: Nearly pure CO2 Lower concentration = Higher energy needed = Higher costs The biggest DAC plant today Climeworks Mammoth facility can suck 40,000 tons of Co2 from the air annually, at a cost of $1000 per ton. For commercial viability, costs need to drop to $100/ton. With soaring energy demands, especially from AI, DAC faces tough competition for limited power resources. We may see a handful of signature projects like Climeworks, but this will remain a boutique solution. Smart money is on targeted carbon capture. Look at Tallgrass and Summit projects capturing CO2 from ethanol plants in the Midwest. Thanks to 45Q tax credits, they're making CCS economically viable where it matters - at the source. #ccs #DAC #climatetech Illustration by Matthew Billington

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  • CO2Rail Company reposted this

    View organization page for Amtrak

    185,127 followers

    America deserves world-class infrastructure, and here at Amtrak we're doing our part! With a strong American workforce and private-sector partners, we're building new bridges, tunnels, and trains to help meet the historic demand for intercity passenger rail around the United States.   We recently convened an industry roundtable with dozens of major industry partners representing construction, manufacturing, rail supply, engineering, and other sectors to discuss trends and highlight the hundreds of major rebuilding projects that Amtrak and its partners are delivering across America today and into the future.   Learn more: https://lnkd.in/eyAJGV7r   Thanks to our partners from AECOM, Alstom, Clark Construction Group, Coalition for the Northeast Corridor, HerzogHNTB Corporation, Jacobs, Kiewit, Parsons Corporation, PennFab, Inc., Railroad Construction Company, Inc., Siemens, Skanska, STV, voestalpine Railway Systems, Vossloh North America, Wabtec Corporation, WSP in the U.S., and others for joining us.

  • CO2Rail Company reposted this

    View profile for Eric Bachman

    Founder & CEO @ CO₂Rail Company

    Exciting news! Our cover highlighted Joule paper, "RAIL-BASED DIRECT AIR CARBON CAPTURE", is now open access and available for download. The paper highlights the significant impact that CO2Rail will have in removing gigatons of CO2 through DIRECT AIR CAPTURE (DAC) which is self-powered by LOCOMOTIVE REGENERATIVE BRAKING. A tremendous source of sustainable energy that currently goes to waste in most trains. ACCESS THE PAPER HERE: https://lnkd.in/gTDBHv6k #DirectAirCapture #Innovation #Climate

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