Turn your emissions into sustainable products.
Stronger and more conductive material
Cost-effective solutions for various industries
Net-negative carbon footprint for a greener future
Effortlessly adapt our materials for your applications
Plastics 01 / 03
Turn emissions into lighter, stronger, and more sustainable materials. Carbonova’s nanomaterials transform the way composites perform, simplifying the shift to greener plastics.
01 Increased service temperature
02 Enhanced thermal stability at reduced degree of crystallinity
03 Lower environmental footprint
CO2 and Methane Captured
Greenhouse gases are captured directly from manufacturing emissions, reducing their environmental impact at the source.
CO2 and Methane Rebuilt as Nanomaterials
Carbonova’s patented technology converts greenhouse gas emissions into high-performance nanomaterials, rebuilding waste into a valuable product.
Nanomaterials Added to Composites
Our nanomaterials integrate into your plastic composites, enhancing strength, flexibility, and durability while reducing environmental impact.
Lithium-ion batteries 02 / 03
Simplify sustainable energy by turning emissions into high-performance building blocks. Our nanomaterials empower lithium-ion batteries to perform better, last longer, and charge faster while reducing environmental impact.
01 Higher energy density and efficiency
02 Improved charging speed
03 Extended battery lifespan
04 Net-negative carbon footprint
CO2 and Methane Captured
Greenhouse gases are captured directly from manufacturing emissions, reducing their environmental impact at the source.
CO2 and Methane Rebuilt as Nanomaterials
Carbonova’s patented technology converts greenhouse gas emissions into high-performance nanomaterials, rebuilding waste into a valuable product.
Nanomaterials Added to Batteries
Our nanomaterials integrate into lithium-ion batteries to improve energy density, charging speed, and overall performance while reducing environmental impact.
Construction 03 / 03
Transform emissions into durable, high-performance concrete. Our net-negative nanomaterials enhance the key properties of concrete for a stronger, more durable building material, simplifying the path to sustainable construction.
01 Enhanced durability through hydrophobic repulsion
02 Enhanced crack resistance
03 Enhanced thermal and corrosion protection
04 Reduced environmental footprint
CO2 and Methane Captured
Greenhouse gases are captured directly from manufacturing emissions, reducing their environmental impact at the source.
CO2 and Methane Rebuilt as Nanomaterials
Carbonova’s patented technology converts greenhouse gas emissions into high-performance nanomaterials, rebuilding waste into a valuable product.
Nanomaterials Added to Concrete
Our nanomaterials are integrated into your concrete, enhancing strength and durability while reducing the carbon footprint of traditional materials.
With a patent-protected catalytic process, we use CO2, methane and waste heat to create tangible carbon materials that enhance industries like construction, composites, and batteries. By rebuilding waste into something valuable, our scalable, repeatable process helps industries grow sustainably while advancing a low-carbon future.
Mina leads Carbonova’s mission with expertise in sustainable energy and organizational scaling, backed by academic and industry experience in energy technologies.
Chris brings 35+ years of global carbon supply chain expertise, including leadership roles at Monolith Materials and Cabot, driving Carbonova’s market growth.
Michael, Managing Director at 88 Street Capital, leverages deep experience in startup financing, strategic planning, and capital raising to ensure Carbonova’s financial strength.
Todd, a PhD in Chemical Engineering and former Director of Corporate Technology at Suncor, leads Carbonova’s technical advancements and operational strategy.
Susannah, a proven leader in talent management and team building, ensures Carbonova’s culture and organizational design align with its strategic objectives.
© Carbonova
Design by Hill&Foster
