Imagine a World...
Where fleets deliver, serve, and travel without leaving CO₂ emissions behind. In this world, sustainability isn't just a promise—but a measurable outcome. Carbon Vortex is making that vision a reality through compact, vehicle-integrated carbon capture technology that effectively keeps CO₂ out of the atmosphere, paving the way for sustainable transportation.
About Carbon Vortex
Who We Serve
Who We Serve
Who We Serve
CO₂Vortex is built around collaboration to promote sustainable transportation. Our initial focus is on: Commercial and municipal fleets – Delivery, service, and specialty vehicles that follow repeatable routes and return to a depot while reducing CO₂ emissions. Vehicle manufacturers and upfitters – Partners seeking differentiated low-carb
CO₂Vortex is built around collaboration to promote sustainable transportation. Our initial focus is on: Commercial and municipal fleets – Delivery, service, and specialty vehicles that follow repeatable routes and return to a depot while reducing CO₂ emissions. Vehicle manufacturers and upfitters – Partners seeking differentiated low-carbon offerings for customers who cannot yet fully electrify and are looking for solutions that include carbon capture. Infrastructure and climate partners – Organizations interested in handling, utilizing, or permanently storing captured CO₂ to mitigate climate impact. If you operate or support fleets and are exploring next-generation decarbonization tools, particularly in carbon capture, we would welcome a conversation.
Where We Are
Who We Serve
Who We Serve
CO₂Vortex is currently advancing its system architecture, safety envelope, and integration strategy for light-duty commercial platforms aimed at reducing CO₂ emissions through innovative carbon capture technologies. Our next milestones include: refining the vehicle-integrated design with engineering partners, evaluating candidate platform
CO₂Vortex is currently advancing its system architecture, safety envelope, and integration strategy for light-duty commercial platforms aimed at reducing CO₂ emissions through innovative carbon capture technologies. Our next milestones include: refining the vehicle-integrated design with engineering partners, evaluating candidate platforms for early pilots, and building relationships with fleets, manufacturers, and infrastructure providers to promote sustainable transportation solutions. We are deliberately pacing public technical disclosures to protect ongoing intellectual property work, sharing detailed specifications only under appropriate confidentiality arrangements.
How We Work
Who We Serve
How We Work
Every major shift begins with a shared conviction—that the future must be cleaner, smarter, and within reach. At CarbonVortex, we’re building a new model for how carbon capture can work: practical, mobile, and real. But progress depends on partnership. We invite innovators, fleet operators, investors, researchers, and policymakers to coll
Every major shift begins with a shared conviction—that the future must be cleaner, smarter, and within reach. At CarbonVortex, we’re building a new model for how carbon capture can work: practical, mobile, and real. But progress depends on partnership. We invite innovators, fleet operators, investors, researchers, and policymakers to collaborate with us in reshaping how the world thinks about CO₂ emissions and sustainable transportation. Whether you’re advancing new materials, optimizing logistics, or seeking meaningful climate investment, your work belongs in this ecosystem. Our mission is simple: turn carbon from waste into possibility. Your expertise and resources can help accelerate that transformation.
Mobile Carbon Capture for the Fleets That Move the World
The Problem
Why it Matters
Our Approach
Road transportation is one of the largest sources of CO₂ emissions worldwide. While electrification is essential for achieving sustainable transportation, many fleets—facing challenges like long routes, heavy payloads, and limited charging infrastructure—will take years to fully convert. In the meantime, millions of internal-combustion an
Road transportation is one of the largest sources of CO₂ emissions worldwide. While electrification is essential for achieving sustainable transportation, many fleets—facing challenges like long routes, heavy payloads, and limited charging infrastructure—will take years to fully convert. In the meantime, millions of internal-combustion and hybrid vehicles will remain on the road. Without effective carbon capture solutions to address their exhaust, these vehicles will continue emitting carbon throughout their useful life. CO₂Vortex focuses on this critical gap: finding ways to meaningfully reduce emissions from the vehicles that cannot be replaced or electrified overnight.
Our Approach
Why it Matters
Our Approach
CO₂Vortex is developing a vehicle-integrated system that effectively captures a significant share of CO₂ emissions produced during operation and safely stores it on board for later handling at the depot. Our approach focuses on sustainable transportation by: integrating into the vehicle as a compact module designed to coexist with existin
CO₂Vortex is developing a vehicle-integrated system that effectively captures a significant share of CO₂ emissions produced during operation and safely stores it on board for later handling at the depot. Our approach focuses on sustainable transportation by: integrating into the vehicle as a compact module designed to coexist with existing powertrain and safety systems; capturing carbon during normal driving without requiring the driver to change habits or manage new controls; storing the captured CO₂ in a dense, transportable form that can be removed and handled at fleet depots or partner facilities; and utilizing established industrial principles, adapted for the size, weight, and safety requirements of road vehicles. We are not attempting to redesign the entire vehicle; rather, we are adding a focused capability: turning each mile driven into an opportunity to capture carbon that would otherwise be released.
Why it Matters
Why it Matters
Why it Matters
Mobile carbon capture is not a silver bullet, but it can serve as an important tool for fleets facing increasing pressure from: Climate and ESG commitments – Companies have established public emissions targets that encompass their vehicle operations. Regulation and carbon pricing – Jurisdictions are progressing toward stricter emissions s
Mobile carbon capture is not a silver bullet, but it can serve as an important tool for fleets facing increasing pressure from: Climate and ESG commitments – Companies have established public emissions targets that encompass their vehicle operations. Regulation and carbon pricing – Jurisdictions are progressing toward stricter emissions standards, low-carbon fuel regulations, and potential carbon costs in the road sector. Customer expectations – Shippers, consumers, and public agencies are increasingly favoring partners that promote sustainable transportation with low-carbon logistics. By implementing carbon capture at the vehicle level and aggregating CO₂ emissions at the depot, fleets may be able to: Reduce reported emissions from existing vehicles, Prepare for emerging regulatory frameworks and low-carbon standards, and Unlock future revenue or savings opportunities if carbon markets, credits, or incentives apply. Our goal is to provide a solution that is both technically sound and economically rational: emissions reduction that aligns with real-world fleet constraints.
Capturing Nature's Beauty: Our Eco Journey
Team Carbon Vortex
Jacob Nabari
Jacob Nabari
Jacob Nabari
Chief Financial Officer, who plays a crucial role in managing the financial aspects of a company, is increasingly focusing on strategies that promote sustainable transportation solutions and initiatives aimed at carbon capture to reduce CO₂ emissions.
Vashti Singh
Jacob Nabari
Jacob Nabari
As the SVP of Business Development, I focus on initiatives that prioritize carbon capture technologies to reduce CO₂ emissions and promote sustainable transportation solutions.
Hans Meijer
Jacob Nabari
Phillip Howard
The Chief Technology Officer plays a pivotal role in driving innovations like carbon capture technologies, which are essential for reducing CO₂ emissions. Additionally, they focus on developing solutions that promote sustainable transportation, ensuring that the company remains at the forefront of environmental responsibility.
Phillip Howard
Phillip Howard
Phillip Howard
Chief Idea Officer and Founder focusing on innovative solutions for carbon capture, reducing CO₂ emissions, and promoting sustainable transportation.
Bessie Strong
Phillip Howard
Bessie Strong
Chief People Officer plays a crucial role in driving initiatives that not only enhance the workplace culture but also support sustainable practices, such as promoting sustainable transportation options. This position is increasingly important as organizations aim to reduce CO₂ emissions and implement innovative solutions like carbon capture technologies.