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Developed catalysts that produce light weight polymers which reduce carbon emissions.
Commercialized catalysts that were integral to the success of processes that twice won the Kirkpatrick Chemical Engineering Achievement Award given by Chemical Engineering magazine.
Created, scaled up and manufactured a range of Fe-zeolites and Cu-zeolites for vehicle emission control applications.
We are developing catalysts to make fuels and chemicals from alternative feedstocks (e.g., biomass) that can be used instead of more traditional sources.
We are also reaching into new applications by developing materials that are effective antibacterial agents to promote faster healing of wounds, odor control in fabrics, and safer packaging for food and medical equipment.
Developed catalyst that converts bio waste into valuable fuels or chemicals.
Invented a now patented process to make silica gel products used to produce high performance polymers.
We are developing enhanced filtration aids for removal of lead in drinking water for safer, cleaner water.
Created ECOCERT-certified colored inorganic granules which are used to replace polyethylene beads in many consumer products, reducing plastic contamination of water sources.
Provided high-purity sulfur derivatives that are critical to the production of nylons, automobile batteries and metals production
Developed environmentally-friendly water softening systems for laundry and automatic dishwashing detergents to replace phosphates.