AQUAGGA INC

AQUAGGA INC specializes in applied research and development for physical and engineering sciences, with a focused expertise in advanced sensor technologies and environmental remediation solutions for defense applications. The company delivers cutting-edge R&D in molecularly imprinted polymers for real-time detection of per- and polyfluoroalkyl substances (PFAS), on-site destruction of PFAS-impacted liquids, and embedded entrepreneurship initiatives that bridge innovation with operational deployment. Their technical proficiency spans materials science, chemical sensing, and field-deployable analytical systems, with a demonstrated ability to translate laboratory research into mission-critical capabilities for high-stakes defense environments. A key differentiator is their targeted approach to contaminant detection and destruction, leveraging polymer chemistry and real-time monitoring architectures to address persistent environmental threats in military and logistics operations. The contractor’s entire award history is with the Department of Defense, where they consistently support defense science and technology programs through competitive BAA solicitations and targeted R&D initiatives. Their work aligns with the DoD’s priorities in environmental security, chemical threat mitigation, and rapid technology transition, establishing a pattern of trusted engagement in science-driven, mission-focused contracts. AQUAGGA INC operates primarily under NAICS 541715, which encompasses non-biotech, non-nanotech R&D in physical and engineering sciences. This positions them squarely in the defense and environmental technology sector, where they serve as a niche provider of applied science solutions for chemical threat management and sensor innovation. Their market focus is on high-impact, government-funded R&D with direct operational utility. As a small business structured as a 2L entity based in Tacoma, WA, AQUAGGA INC maintains a lean, specialized operational footprint. While they hold no formal government certifications, their consistent performance on DoD R&D contracts demonstrates technical credibility and reliability in a highly regulated environment. Their geographic location supports proximity to Pacific Northwest defense and environmental research ecosystems.