Technology Platform Development

Applied Plasma Innovations is developing plasma technology platforms for specialty chemical production and related applied research programs.

Hydrazine Monomethylhydrazine (MMH) Ammonia Oxidizers
Typical Deliverables
  • Concept of operations and process flow
  • Experimental plan and prototype support
  • Safety and handling considerations (program-dependent)
  • Performance metrics and test reporting

Approach

We focus on practical, test-driven development: define requirements, evaluate chemistry and system constraints, build prototypes, and iterate based on measured performance.

Process
  1. Assess mission/application needs and constraints
  2. Design plasma and vacuum architecture
  3. Prototype with measurement-driven experiments
  4. Validate performance, repeatability, and scaling drivers
  5. Transition into continued R&D or pilot-scale pathways
Dielectric barrier discharge configuration image
Platform imagery from the existing site gallery.
Engineering disciplines
  • Low-temperature plasma chemistry and kinetics
  • Vacuum system architecture, components, and diagnostics
  • Surface interactions and process optimization
  • Experimental design and data-driven iteration
Federal alignment

Capability materials are formatted to support federal procurement workflows: clear identifiers, concise competencies, and scannable differentiators. For safety- and compliance-sensitive programs, we align deliverables to program requirements rather than making blanket claims.