Working with a private equity, Travis Hills Minnesota is specialized in various areas of gas, oil, lab extraction and processing, agriculture and some space exploration. He is highly concerned about the need of pharmaceutical industries to have an effective extraction system that is ultra-sensitive, high efficiency FDA or pharma compliant. It makes use of gases like carbon dioxide and argon that not only saves money but also eliminates the use of dangerous solvents.

Developing water purification system, Travis comes up with the system that is sustainable, zero polluting, and lower in energy use than any technology in commercial use or in development. He also works to develop, manage, produce or deliver products or services which significantly reduce or eliminate water pollution and energy use.

Working for an effective ballast water treatment system, Travis works to create and patent the optimum configuration to use the disinfection abilities of technologies in series to achieve 100% kill. It also ensures that each method is highly effective at certain species. The cost is significantly less that either direct competitor with 50-80% reduction in acquisition and operations cost.

Travis Hills Minnesota has been associated with the Machinery Company and works to develop and roll out the laboratory extraction apparatus with a higher efficiency of extraction to be rolled out by an OEM like Thermo Fisher.

Being into the Machinery Company, Travis designed a multi-liter solvent system that is backed by several patents with expansion capability for lab-to-pilot plant scale extraction of all the botanical materials and natural products, using the conventional and cryogenic products. Travis has made his efforts to the normal extraction efficiency from 1-10% all the way up to 50%.

About Travis Hills Minnesota

As a result driven biochemist, Travis Hills Minnesota works to cultivate strong relationships with customers by delivering the most advantageous customer experience during every client interaction. He is highly specialized in turning coal into graphite, graphene, and olefins through acoustic cavitation.
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