Carbience provides low energy carbon capture and utilization (CCU) technology that turns CO₂ into high-purity carbonate materials for established industrial applications.
WHY CCU MATTERS NOW
Responding to Regulation
Carbon Border Adjustment Mechanism (CBAM) and tightening climate disclosure rules are turning emissions into a business risk. Carbience helps partners use carbon dioxide as a feedstock for high-purity carbonate materials.
Using CO₂ through Low energy CCU
Carbon dioxide does not have to remain a waste stream. Carbience uses CCU technology to convert it into carbonate materials for industrial use.
Meeting Industrial Material Specs
New materials must meet performance standards, fit existing production lines, and scale reliably. Carbience develops high-purity carbonate materials with industrial adoption in mind.
TECHNOLOGY
Carbience combines conversion, reactive capture, and advanced carbonate chemistry to produce industrial carbonate materials.
Low Energy CCU Process ™
Converts carbon dioxide into cyclic carbonates under milder temperature and pressure conditions, reducing process and equipment burden.
Reactive CO₂ Capture and Conversion
Combines capture and conversion in a single pathway, reducing energy-intensive steps between separation and carbonate formation.
Advanced Carbonate Platform
Expands carbonate-based building blocks for non-isocyanate polyurethane, adhesives, coatings, and polyol applications.
Proven Performance for Low Energy CO₂ Conversion
99.9%+
Product Purity
High-purity carbonate output matching strict industrial customer specifications
<110°C / 6-7 bar
Mild Process Window
Lower-temperature, lower-pressure conditions for carbonate production
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Protected Technology Assets
Patent assets covering carbonate synthesis, catalyst systems, and eco-polyol pathways
PARTNERSHIP
Carbience works with industrial partners across licensing, joint development, product supply, and application evaluation.
License Bulk Carbonate Processes
Apply Carbience’s CCU process to ethylene carbonate and propylene carbonate production through licensing.
Co-develop Bulk Carbonate Processes
Adapt carbonate production around your feedstock, production target, and commercialization needs.
Source NIPU and Flame-retardant Polyol Materials
Get NIPU monomers and flame-retardant polyol materials for coatings, adhesives, resins, and polyurethane applications.
APPLICATION
Carbience develops carbonate materials for established markets including solvents, battery materials, non-isocyanate polyurethane, coatings, adhesives, polyurethane, and flame-retardant systems.
Bulk Carbonates
For EC, PC, and related bulk carbonate production
NIPU Polyols
For coatings, adhesives, resins, and formulation needs
Flame-retardant Polyols
For polyurethane and flame-retardant applications
Commercialize CCU-based carbonate materials with Carbience.
Connect with Carbience for technology licensing, joint development, material supply, or application evaluation.