Travis Hills is aimed at developing sustainable water purification systems

Working with the Machinery Company, Travis Hills 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 highly specialized in turning coal into graphite, graphene, and olefins through acoustic cavitation, he works with a private equity where he specializes in various areas of gas, oil, lab extraction and processing, agriculture, and some space exploration.

Backed by 37 patents, the process of acoustic cavitation provides graphite feedstock to the electric cars, giga factories, space exploration companies, heating and cooling companies and nuclear reactor companies.

Aimed at providing safe drinking water, Travis is committed towards developing the water purification systems that are sustainable, zero polluting, and lower in energy use than any technology in commercial use or in development. She is always aimed at developing, managing, producing or delivering products or services which significantly reduce or eliminate water pollution and energy use. He deals in frac water patents and cleaning technology to take the raw sewage water or oil/frac water, treat it and make 100% safe drinking water.

Travis Hills works for an extraction system which is ultra-sensitive, high efficiency FDA or Pharma Compliant. This system makes use of gases like carbon dioxide and argon that not only saves money but also eliminates the use of dangerous solvents. It is considered important that the extraction companies have the quality control and oversight to ensure that customers are getting the correct, unadulterated dose.

This system involves multi-liter solvent systems backed by the several patents with expansion capability for lab-to-pilot plant scale extraction of all botanical materials and natural products using the conventional as well as cryogenic processing.

As a result-driven biochemist, Travis Hills assists his team in research and experiments in an effort to better understand how chemical processes affect the life forms. He designs and executes experiments, records and analyzes data, and presents or makes recommendations based on findings.