Investigators interested in the following opportunity are asked to send a one-page description of their proposed technology to Naeema Bhyat at email@example.com
An industry sponsor seeks the disclosure of inventions that convert CO2 to high value chemicals that may be used to produce a wide variety of end products.
As a major component of waste emissions from industrial combustion processes, CO2 is believed to be a significant contributor to global warming. CO2 sequestration and recycling by incorporation into high value chemical intermediates will provide a means to reduce emissions as well as provide cost-effective alternative approaches to chemical production.
Processes that convert CO2 to high value chemical intermediates are of interest. These chemical intermediates can then be used as alternative raw materials for petroleum-based products, such as fuels, solvents, polymers, plastics, packaging materials, consumer products, pharmaceuticals, agrochemicals, and other fine chemicals.
In addition to CO2, other inputs to conversion processes include other chemicals involved in reaction with CO2 and sources of energy that may be required for effective chemical transformation. Chemical products obtained may be chemical building blocks used in the manufacture of pharmaceuticals, agrochemicals, polymers, plastics, packaging materials, consumer products, and/or other fine chemicals. Alternatively, CO2 may be converted by catalytic and redox processes to simple organic compounds, such as CO in syngas or methanol, which have value as fuels.
Methods for sequestration involving CO2 capture only is not of interest.
The following areas of innovation are of particular interest:
- Novel, inexpensive, and easily scalable methods, systems, and catalysts for converting CO2 to polymers including, but not limited to, polyacrylates, polyalkylene carbonate, polyesters, polyformaldehydes, polypropylene/ethylene carbonate, etc.
- Novel, inexpensive, and easily scalable methods, systems, and catalysts for converting CO2 to chemical intermediates including, but not limited to, polymerizable monomers, pharmaceutical intermediates, organic solvents, alcohols, organic acids, ethylene glycol, ethylene oxide, amino acids, etc.
- Novel, inexpensive, and easily scalable methods, systems, and catalysts for converting CO2 to industrially useful inorganic compounds including, but not limited to, carbon nanotubes, graphene, graphene oxide, carbon fiber, etc.
- Novel and improved catalysts and processes for the manufacture of CO2-derived fuels, such as CO, methanol, methane, etc.
- Novel polymers, especially biodegradable polymers, which utilize CO2 as a monomer unit.
- Novel methods for the transformation of CO2 into chemical intermediates with applications in the manufacture of pharmaceuticals, agrochemicals, and other fine chemicals.
- Novel chemical intermediates with applications in the manufacture of pharmaceuticals, agrochemicals, and other fine chemicals which utilize CO2 as a starting reagent.
- Novel methods and new processes that combine both reduction of CO2 and formation of CC, CN, and CO bonds.
- Novel catalytic materials that are made from low cost materials, such as Cu, Pd, Fe, Mg, Mo, etc.
- Reductive functionalization reagents.
- Selective conversion of CO2 with high yield or easy separation of intermediates.