Thank you for your comments...
Convert
Dirty to Clean Fuels
Convert
Dirty to Clean Fuels
Reduce Toxic
Emissions
Reduce Toxic
Emissions
Generate
Clean & Sustainable Energy
Generate
Clean & Sustainable Energy
Industrial Processes
Industrial Processes

TECHNOLOGY

Our catalysts are designed to be robust, inexpensive and target-specific, with high activity and low activation barriers affording us

THE POTENTIAL TO ECONOMICALLY CHANGE THE FACE OF MANY SECTORS

  • No precious metals such as platinum, palladium and rhodium.
  • No rare earth elements.
  • Operate at or near atmospheric pressure, and at lower temperatures.
  • Designed to prefer specific reactions.
  • Contain only common, abundant elements.
  • Do not rely on limited worldwide supplies of materials and are not sensitive to geopolitically unstable areas.

APPLICATIONS

Catalysts can be designed, tuned and optimized to perform specific functions.

  • Convert Dirty to Clean Fuels
    The conversion of methane, coal and biomass into clean burning gasoline and diesel fuels, lubricants and other high value products at lower pressures and temperatures in portable or stationary applications. Use these low-cost catalysts, currently in development, to expand your usable feedstocks to inexpensive stranded reserves and reduce your break-even production points.
  • Reduce Toxic Emissions
    Decrease the amount of carbon monoxide, unburned hydrocarbons and NOx emitted from factory smokestacks, motor vehicles and marine exhaust. New catalysts will also have to meet new regulations on the tolerated emission of sulfur dioxide, volatile organic compounds (VOCs) and methane. Use our catalysts to reduce the negative effects on human health and the environment. Our automotive 3-way catalyst has been developed under a licensing agreement.
  • Generate Clean & Sustainable Energy
    Control chemical processes critical in alternative energy technologies without the use of the incumbent platinum group metals and rare earth elements. Lower catalyst working temperatures eliminate the need for exotic and expensive materials, and systems design is simplified by working at atmospheric pressure. These applications are in early-stage laboratory development.
  • Industrial Processes
    Penetrate deeper into the more than $1 trillion annual market where catalysts are used in at least one production step. Lower activation energies and higher selectivity can translate to huge savings in capital and operational expenditures. Work with us to use our catalysts to reduce exposure to volatile market shifts by lowering break-even production points.

CONTACT

CASCADE CATALYST INC.

  • Registered Office:
    307-1477 West Pender Street
    Vancouver BC V6G 2S3
    Canada
  • 778-554-1904
    (Pacific time, UTC-8:00)
  • Research and Development:
    With special thanks to 4D LABS, Burnaby BC, for ongoing state-of-the-art analytical instrumentation and characterization support at their $65M materials science user facility. A travel guide(PDF, 477 Kb) with maps and directions to 4D LABS is available.

We would be delighted to answer questions you might have about any of the applications of our technology, or about inquiries regarding strategic partnerships.

All contact and information provided will be kept in the strictest of confidence.