Standard industrial protocols and secondary cooling environments create electromagnetic or environmental noise that degrades pyrometer accuracy. Reliable temperature feedback is required to prevent material overheating and process instability.

Inefficient heat recovery and complex reactor sealing lead to frequent downtime and excessive energy loss. Reducing these overheads improves the economic viability of catalytic gas phase reactions.

Undetected temperature spikes in tube bundle reactors cause catalyst degradation and equipment failure. Precise monitoring prevents structural damage and maintains reaction efficiency.

Low mass transfer rates and poor vapor-liquid contact limit the throughput of thermal separation units. Enhancing phase interaction reduces energy consumption and equipment footprint.