Plasma Processes

At InVerTec, we provide more than just a plasma source; we act as your collaborative engineering partner for advanced plasma solutions. Because standard systems rarely meet specific industrial requirements, we work hand-in-hand with our clients to develop tailored process strategies. We help you test custom reactor designs and optimize complex plasma parameters to fit your unique applications. From conducting initial R&D trials in the lab to engineering the final industrial scale-up, we support you through every critical phase of development.

Technical Spotlight

• Microwave Plasma (Thermal): High-energy systems (2.45 GHz / 915 MHz) optimized for atmospheric conditions, with custom low or high-pressure configurations available. Applications include catalyst material activation, advanced pyrolysis (specializing in fluorinated compounds), versatile particle synthesis, and a broad range of custom chemical transformations.
• Dielectric Barrier Discharge (Non-Thermal): Controlled, low-to-mid temperature systems for selective chemistry without excessive thermal stress. Perfect for complex organic compound synthesis, advanced CVD processes, and the functionalization of temperature-sensitive materials.

Project Highlights

A plasma process is only as effective as the engineering surrounding it. We fully integrate our reactors with:

• Multiphase Feed Systems: Precision dosing of solids, liquids, and gases directly into the plasma zone.
• Downstream Technology: Rapid thermal quenching to stabilize products, plus high-efficiency cyclones and dry filters for precise particle recovery.
• Advanced Process Control: Holistic automation of the entire plant, monitoring plasma stability alongside all peripheral parameters.