Company Contact Information 

 Peter Yancey

pyancey@aplasmasolution.com

919-341-8325

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Peter Yancey, President

 Meet The Company

Founded in 2005, Privately held 

www.aplasmasolution.com 

 Technology Overview and Industry Sector

AP Solutions is currently manufacturing and selling prototypes of the world’s first environmentally responsible, hand-held, atmospheric plasma delivery system based upon a patent-pending PlasmaFlux technology. The PlasmaFlux technology quickly and safely removes paint and polymeric coatings from delicate, temperature sensitive surfaces such as composite aircraft structures without damage to the underlying substrate. The PlasmaFlux technology only uses electricity and plasma-excited air to remove these coatings; no VOCs, no solvents or grit blasting materials are required. PlasmaFlux technology has been used in the process to convert waste biomass (like hog waste or switchgrass) into alternative fuels like methanol and ethanol. The technology can also be used to create nanoparticles for the solar energy, cosmetic, and biomedical industries, scrub toxic pollutants from air and water effluents, and replace a variety of other industrial processes typically requiring expensive vacuum chambers.

 Management Team

Peter Yancey, President 

Jerry Cuomo, Vice President

Company Information 

AP Solutions is currently manufacturing and selling prototypes of the world’s first environmentally responsible, hand-held, atmospheric plasma delivery system based upon a patent-pending PlasmaFlux technology.  The PlasmaFlux technology quickly and safely removes paint and polymeric coatings from delicate, temperature sensitive surfaces such as composite aircraft structures without damage to the underlying substrate.  The PlasmaFlux technology only uses electricity and plasma-excited air to remove these coatings; no VOCs, no solvents or grit blasting materials are required. PlasmaFlux technology has been used in the process to convert waste biomass (like hog waste or switchgrass) into alternative fuels like methanol and ethanol. The technology can also be used to create nanoparticles for the solar energy, cosmetic, and biomedical industries, scrub toxic pollutants from air and water effluents, and replace a variety of other industrial processes typically requiring expensive vacuum chambers.

 Company News