Travis Hills is highly specialized in various areas of gas, oil, and space exploration
Travis Hills 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. He is highly specialized in various
areas of gas, oil, lab extraction and processing, agriculture, and some space
exploration. He is highly specialized in turning coal into graphite, graphene,
and olefins through acoustic cavitation.
Travis Hills makes his best efforts on the
Ballast Water Treatment System to create and patent the optimum configuration
to use the disinfection abilities of technologies in series to achieve 100%
kill. The best part is that it yields only sterile seawater, regardless of
pollutant or level, for the world maritime market. The proper treatment of
ballast water actively removes, kills, or neutralizes organisms prior to
discharge. It ensures that each method is highly effective at certain species.
Through this efficient system, the ballast water
can be reused or disposed of legally anywhere under full compliance with US and
EU regulation. This directly addresses the need by the maritime industry for an
efficient, low cost treatment technology to deal with the extremely large
volume, varied, and life filled and toxic waters that arise from ballast.
The system for which Travis Hills works uses only
electricity, no chemicals, and all steps are combined inline the moving stream
of ballast water in real time, with no byproduct. It fulfills the need of the
industry to have an efficient, low cost treatment technology to deal with the
extremely large volume, varied, and life-filled and toxic waters that arise
from ballast.
Pertaining
to his profession, Travis is a result-driven biochemist who assists his team in
research and experiments in an effort to better understand how chemical
processes affect the life forms.
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