Traditional furnace heating is equilibrium heat, while plasma catalysis uses high-energy electrons to activate molecules and Joule-heating catalysis uses the material's own resistance to heat rapidly. Both can drive reactions well below equilibrium temperature, reducing energy consumption and suppressing side reactions.
The PLR-MPPT-X Plasma-Induced Photocatalytic Activity Test Platform couples a plasma field with the catalytic bed, suitable for VOC degradation, CH4 activation, and low-temperature startup of refractory systems. Evaluation focuses on energy efficiency and ozone by-products.
Joule-heating catalysis relies on the catalyst or support's resistive heating, with extremely fast temperature ramp. The multi-field coupling design of the rapid-heating multi-field fixed-bed reaction device is naturally suited to this route, studying reaction turning points under second-level temperature changes.
Free consultation: Want to try plasma or Joule-heating catalysis? Perfectlight's PLR-MPPT-X and rapid-heating multi-field fixed-bed reaction device cover both coupling paradigms, helping you enter frontier topics at low cost.
Tel: 400-1161-365 / 010-62128921 Perfectlight Official Website
Plasma and Joule heating drive reactions below equilibrium temperature, cutting energy use and suppressing side reactions.
The PLR-MPPT-X couples a plasma field with the bed for VOC degradation, CH4 activation, and low-temperature startups; watch energy efficiency and ozone.
For second-level temperature ramps and temperature-sensitive turning points; pair with online detection and real-time temperature measurement.
This article does not constitute a performance commitment; specific technical parameters are subject to the actual product documentation and mutual confirmation.
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