Travis Hills Minnesota Works For Water Purification System That Reduces Energy Use

Working to develop the effective water purification system, Travis Hills Minnesota works for the system that is sustainable, zero polluting, and lower in energy use than any technology in commercial use or in development. He develops, manages, produces or delivers products or services which significantly reduce or eliminate water pollution and energy use. Travis 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.

Being associated with Machinery Company, Travis 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. He works to implement a technology that works differently, uses fewer chemicals and eliminates dangerous, flammable, and toxic solvents.

Working with a private equity, Travis Hills Minnesota is 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.

Besides, he gains great proficiency in the various areas of gas, oil, lab extraction and processing, agriculture and some space exploration. Travis developed a multi-liter solvent system that made use of the conventional and cryogenic products. He was aimed at increasing the normal efficiency of extraction all the way from 1-10% up to 50%.

Apart from all this, Travis was aimed at developing an effective ballast water treatment system which ensures no chemicals, no filters, no UV, and no maintenance. It only uses electricity and the steps combined in line the moving stream of ballast water in real time with no byproduct.

Adding more to his expertise, Travis Hills Minnesota works to design and execute experiments, record, and analyse data, and present or make recommendations based on findings as a biochemist.