Engineering Tomorrow's Clean Sky

CarboVolt Labs is committed to advancing carbon capture with patented Supercapacitive Swing Adsorption (SSA) technology, delivering efficient, cost-effective, and scalable solutions for a net-zero future.

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Our Mission

CarboVolt Labs is dedicated to revolutionizing carbon capture and energy storage through cutting-edge Supercapacitive Swing Adsorption (SSA) technology. Our mission is to provide cost-effective, scalable Direct Air Capture (DAC) and Point Source Capture (PSC) solutions that drive decarbonization and sustainable energy adoption worldwide.

Our Vision

To be the global leader in Carbon Capture Technology by 2030, facilitating net-zero emissions for industries and goverments while pioneering new frontiers in energy storage and environment sustainability.

Carbon Capture with Supercapacitors

To meet Net Zero Emissions Scenario by 2030, the world must cut 28 gigatons of CO₂ annually. Currently, only ~1% of the required carbon capture capacity is in development. Existing solutions cost $600–1000 per ton.

Supercapacitive swing Adsorption (SSA) for carbon capture uses biomass and saltwater electrolyte to develop supercapacitors capable to capture/release carbon dioxide during charging/discharging the supercapacitor device at ambient temperatures/pressures, only requiring renewable electricity as energy input.

Carbon Capture Technology

Pioneering carbon capture with Supercapacitors

Delve into our state-of-the-art Supercapacitive Swing Adsorption technology, engineered to transform carbon capture with unmatched efficiency and scalability for a sustainable tomorrow.

Revolutionary Efficiency

Our SSA technology sets a new benchmark in carbon capture efficiency, redefining industry standards.

It delivers unparalleled performance while reducing operational costs providing sustainable climate solutions across sectors with greater efficiency.

Affordable Innovation

Achieve significant cost reductions with our adaptable solutions, tailored for diverse industrial applications.

Target costs below $100/ton for DAC and $40/ton for point source applications, making carbon capture economically viable.

Expansive Scalability

Our solutions are engineered to scale, ensuring a profound impact on global carbon emission reduction.

Leading-Edge Technology

Harnessing cutting-edge innovation, our carbon capture technology sets new standards in efficiency, reliability, and environmental impact.

We continuously evolve to deliver solutions that outperform traditional methods and drive sustainable progress.

Towards Net-Zero

Our mission is clear: enable a net-zero future through high-performance carbon capture systems that are scalable efficient and future-ready.

We empower all to meet climate targets faster and more effectively.

Worldwide Implementation

Our versatile solutions are designed for seamless integration across diverse environments and sectors, anywhere in the world.

From urban centers to industrial hubs, we're enabling real impact in the global fight against carbon emissions.

28Gt
CO₂/year needed to cut by 2030
70%
DAC Capture Rate
97%
Point Source Capture Rate
$100/t
Target DAC Cost

Carbon capture with grid energy storage

Our cutting-edge SSA technology integrates energy storage and grid stabilization capabilities

In DAC applications, SSA uses inexpensive, excess renewable energy to capture CO₂. When the grid demands power, stored electricity can be sold back at higher prices. This not only stabilizes the grid but also reduces the net cost of carbon capture through smart energy trading


Advanced Efficiency

We leverage biomass-derived carbons and eco-friendly electrolytes, ensuring our technology is not just effective but also environmentally responsible from the ground up.

Renewable Energy Driven

Our SSA process is powered solely by renewable electricity, making it a truly clean and zero-emission solution for CO₂ capture and release.

Proven Performance

With demonstrated capture efficiencies and exceptional cycling stability, our technology stands ready for real-world impact.

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Our Team

Our team of leading researchers and business experts brings 50+ years of combined experience to deliver groundbreaking technology to the world.

Dr. Kai Landskron

Kai Landskron, PhD

Co-Founder, Senior Scientific Advisor

Leading innovator in materials chemistry with 20+ years of experience. Pioneered patented SSA technology.

Dr. Shan Zhu

S Zhu, PhD

Co-Founder, Chief Scientific Officer, CSO

Clean energy innovator with 15+ years in electrochemical technologies and managerial roles.

Danny Danishev

Danny Danishev

Co-Founder, Interim CEO, COO

Business strategist with 10+ years in energy, mining, electronics, and deep tech industries.

Advisory Board

Dewey

Dewey McLemore

Dewey, a seasoned energy executive with 30+ years in venture investment and carbon ventures, led Chevron's Future Energy Fund, driving low-carbon innovation, emissions reduction, and energy efficiency.

Michael

Michael Traver, PhD

Michael, a senior leader with 25+ years in diesel engines, low-carbon fuels, and emissions, has led key initiatives at Aramco, a $2T global energy company, and chaired industry-shaping committees like the Oil and Gas Climate Initiative (OGCI) and SAE.

Anish

Anish Simon


Anish, a seasoned executive with 20+ years in carbon removal and industrial scaling, led NetZero initiatives as VP of Carbon Removal at Equinor ($60B), pioneering DAC, DOC, and EFUELs through strategic leadership and global partnerships.

Hanafi

Hanafi Younes


Hanafi Younes, a former Chevron executive and KUFPEC senior leader has 20+ years managing $7B+ in global oil, gas, and emissions reduction projects, specializing in HPHT operations, FEED & EPC execution, and carbon capture integration.

March

Marc Andelman

Marc, a pioneer in Capacitive Deionization holds key patents in water purification technology, led DARPA-funded research, sold Biosource Inc. to Unilever, co-founded Voltea, and served on boards with Unilever Ventures and Pentair.

Partnership & Support

We offer more than just technology. We provide dedicated support and collaborative partnerships to help you seamlessly integrate carbon capture into your operations.


Remove CO2

Frequently Asked Questions

Find quick answers to common inquiries about CarboVolt Labs and our SSA technology.

Supercapacitive Swing Adsorption (SSA) utilizes biomass derived carbon electrodes to efficiently adsorb CO2 at ambient temperature, providing a scalable and effective solution for reducing greenhouse gases.

SSA technology plays a crucial role in reducing carbon emissions by capturing CO2 directly at the source, aiding in the global fight against climate change and supporting the transition to net-zero emissions.

SSA's cost-effectiveness is derived from its ability to capture significant volumes of CO2 with low energy consumption, reducing operational costs and making it an attractive option for industries aiming to minimize their carbon footprint.

SSA is engineered for scalability, making it ideal for various industrial applications. Its modular design ensures seamless integration into existing systems, promoting widespread adoption across diverse sectors.