The study provides the first experimental evidence that gas-phase charged particles — not just aqueous reactive species — are essential drivers of PFAS mineralization during gliding arc plasma (GAP) water treatment.

AAPlasma LLC participated in the 2026 Defense Logistics Agency (DLA) Supply Chain Alliance Symposium & Exhibition, held June 2–3 in Columbus, Ohio

A recently published study in Food Research International evaluated ozone and non-thermal plasma as sustainable alternatives to chlorine-based sanitizers for improving the microbial safety of alfalfa seeds and sprouts.

AAPlasma LLC is pleased to announce the issuance of U.S. Patent No. 12,622,440 B2, titled “Food and Fresh Produce Disinfection Chamber Utilizing Fast Moving Liquid and Non-Equilibrium Plasma-Generated Species.”

AAPlasma LLC is pleased to announce its participation in the Defense Manufacturing Conference (DMC), held March 30–April 2, 2026, at the Caribe Royale in Orlando, Florida.

Researchers from AAPlasma LLC and collaborators have published a new peer-reviewed study presenting a thermodynamic modeling framework for the destruction of polyol ester (POE) oils contaminated with the hydrofluorocarbon refrigerant R-134a using liquid-injection incineration supported by gliding arc plasma technology.

We are thrilled to announce that our company has been awarded a prestigious NIST SBIR Phase 1 grant.

We are thrilled to announce that on March 20, 2025, AAPlasma LLC officially joined The Ohio State University’s “Transformation of American Rubber through Domestic Innovation for Supply Security” (TARDISS) National Science Foundation (NSF) Engineering Research Center (ERC).

We are proud to announce our team's breakthrough research achievements in plasma-based disinfection and sanitation efforts, culminating in a Phase 1 SBIR award from NASA.

AAPlasma, in their support of Zephyro's efforts to control and convert CO2 emissions, teamed up with the fine folks at the Radical Development Center.