Evaporation With Vapour Compression TRIZ Cases

See how segmented headers, multi-directional support, and rail positioning reduce dead volume a

See how inclined tube support plates direct condensed refrigerant away from lower tubes, preven

See how inclined tube support plates prevent liquid refrigerant accumulation on lower heat tran

See how an evaporator-cooled condenser uses intermediary cold air to improve heat dissipation a

See how merging evaporator and condenser into one casing with a partition wall reduces refriger

A shared casing with a partition wall combines evaporator and condenser sections to cut size, weight, piping, and manufacturing cost.

Heat exchange between overhead and compressed ethylene streams enables recycle without separate refrigeration, cutting energy use and compressor risk.

Cascaded flash tanks and compressed low-pressure steam recover condensate heat for paper drying while cutting steam energy use.

Mechanical vapor recompression under vacuum enables low-temperature evaporation, cutting boiler energy use while recovering water from wastewater.

Pressure reduction and restricted vapor flow let vapor recompression units start with lower electrical demand and fewer power quality issues.

A recirculating evaporator-crystallizer uses a free-flow plate heat exchanger to limit fouling while concentrating waste into crystals and purified water.