Linked from

The 19 pages that link to Condenser, each with the reason it gives.

• Steam engineRelated: Condensing exhaust steam lowers pressure and allows water to be reused in a closed cycle.

• Steam turbineRelated: Lowering exhaust pressure at the condenser increases the turbine’s available expansion.

• Heat pumpRelated: In heating mode, it releases the collected heat into the building.

• RefrigerantRelated: Refrigerant transfers its absorbed heat to the surroundings here.

• Vapor-compression refrigerationRelated: It rejects the collected heat, plus compressor work, to the surroundings.

• Rankine cycleRelated: It closes the cycle by condensing the turbine exhaust.

• Nuclear power plantRelated: Condensing turbine exhaust closes the plant’s water-steam cycle.

• EvaporatorRelated: It rejects the heat absorbed by the evaporator, along with compressor work.

• RefluxRelated: Overhead vapor is condensed before some liquid is returned as reflux.

• Vacuum dryingRelated: It can capture vapor removed from the chamber and protect the vacuum pump.

• Continuous distillationRelated: It condenses overhead vapor into product and reflux.

• Soxhlet extractorRelated: The condenser turns rising solvent vapor into droplets that wash through the sample.