Capture & separation
Sorbents · solvents · membranes · DAC · point-source capture
Receiving contexts: Industrial flue gas, fermentation, buildings, gas conditioning, air and ocean applications
Explore indexed research ↗FEDERAL LABORATORIES · UNIVERSITIES · RESEARCHERS
Science does not need to stay inside institutional boundaries.
Explore the underlying functions of patents and research—and discover where complementary inventions, people, carbon resources, customers and real-world conditions could combine into new commercial opportunities.
WHAT CAN CARBON BECOME?
A wider view of carbon-related IP.
A technology does not have to be labeled “carbon recycling” to contribute. A catalyst, gas sensor, reactor, membrane, bioprocess, power system or construction process could become essential in a viable carbon commercial system—if the interfaces and economics work.
Conversion & upgrading
CO₂ electrolysis · catalysts · fermentation · syngas · formate
Receiving contexts: Chemicals, fuel intermediates, aviation fuels, manufacturing and distributed conversion
Explore indexed research ↗Materials & storage
Mineralization · concrete · polymers · coatings · carbon fibers
Receiving contexts: Construction products, long-lived materials, industrial byproducts and recycling
Explore indexed research ↗What makes the system work
Electricity · heat · sensors · hydrogen · water · purification · MRV
Receiving contexts: Airports, wastewater, data centers, farms, ports, buildings and factories
Explore indexed research ↗Categories describe potential technical functions, not proof that any particular invention is suitable, available for licensing, or endorsed by its institution. Every match requires source and technical diligence.
SOURCE-LINKED EXAMPLES
Real research. Open commercial questions.
Examples below are taken from published university and federal-lab materials. The commercial connections are hypotheses for evaluation. None is presented as an active partner, guaranteed license or joint project.
CO₂ capture solvents
NETL documents patented hydrophobic solvent chemistry for gas separation, potentially applicable to industrial capture and gas conditioning.
Opportunity question: Where could a separation material serve an actual process stream?
2017 research / patent notice; current license status requires confirmationRead original institutional source ↗Capture integrated into buildings
ORNL researchers studied carbon capture integrated with rooftop make-up air equipment.
Opportunity question: Could built infrastructure act as a carbon-capture receiving environment?
Published research; not a confirmed available licenseRead original institutional source ↗Electricity + CO₂ to e-fuels
NREL described multi-lab research combining CO₂ electrolysis and microbial upgrading toward fuel pathways.
Opportunity question: What inputs, power cost and downstream conversion must match?
Research consortium; not an IP offeringRead original institutional source ↗CO₂ reduction to formate
USC’s Marinescu group lists research and patent filings on electrocatalytic conversion of CO₂ toward formate and syngas.
Opportunity question: What feedstock, energy source and formate customer can make a venture?
Research and patent list; patent status and ownership to verifyRead original institutional source ↗Carbon capture, mineralization and materials
Columbia Lenfest Center describes research in engineered capture materials, mineralization and carbon-utilizing building materials.
Opportunity question: What material specifications and industrial sites could receive carbon?
Research program summary; not a technology licenseRead original institutional source ↗Technology, facilities and experts across national labs
DOE’s Lab Partnering Service indexes laboratory technologies, expertise, patents and facilities with different agreement pathways.
Opportunity question: Which enabling capability and institutional transfer path is relevant?
Official discovery and partnership directory, not confirmation of any listing statusRead original institutional source ↗GO BEYOND THE PATENT TITLE
What we actually examine.
First characterize the invention’s inputs, outputs and governing mechanisms. Then trace its energy and material requirements; functional complements and alternatives; real deployment environments; and market/customer constraints. An attractive connection only advances after a bounded test can challenge it.
A credible opportunity must establish:
- The source record, ownership, publication or patent status, and licensing authority.
- Actual capabilities, operating envelope and validated performance.
- Carbon, mass, energy, water and lifecycle accounting.
- The company or facility problem and willingness to evaluate.
- Any missing equipment, research, roles, permits and funding.
- An authorized proof, budget, decision gate and commercialization route.