
About Frank Millard Cavitation Inc. (FMCI) Fluid Solutions
Originally designed as a simpler mechanism for valve train systems in race engines, the component that evolved to become the Mitton Cavitation Valve laid the foundation for a successful in-house R&D program with locations in Brantford, Ontario, Canada and Burlington, Iowa, U.S.A.
Testing various fluid media from all across the spectrum of industry and inviting third-party chemical analysis, the development team at Frank Millard Cavitation Inc (FMCI) Fluid Solutions - powered by Industrial Mitton Cavitation not only continually seek to advance the patented core valve technology — they also work with businesses to develop altogether new applications.
Doing something good for the world
Portable, scalable, and easily integrated into existing wastewater treatment systems, the automated Mitton Cavitation Reactor (MCR) system exploits a nominal amount of kinetic energy to generate a field of cavitation that does the heavy lifting at the microscopic level. From altering chemical bonds and generating hydroxyl radicals to breaking emulsions and separating oils and suspended solids from water, finally harnessing and applying the destructive force of cavitation — just as we harnessed and applied wind, electricity or the atom — represents the dawn of a new industrial era.
Applications
Frank Millard Cavitation Inc. (FMCI) Fluid Solutions is constantly exploring and validating new industrial processes that can exploit the promise of applied cavitation. If you see something in this disruptive technology that could benefit your industry, we would like to know. Please contact Scott Smith at FMCI Fluid Solutions to discuss what you have in mind.
Applications
Nutrient recovery from agricultural run-off remediation
Frac water, oil sand tailings and produced water remediation
Food processing wastewater remediation
MARPOL applications
Methane from bio-waste acceleration
Biofuel harvesting
Ester harvesting
Spill remediation
Starch recovery
Pink water remediation
CBD and or THC extraction