MANUFACTURING

• Aftercooler - Cool a flow after compressor
• Boiler - Bring substances to a vapor state
• Combustor - Burn fuel; acts like heat transfer in
• Condenser - Take q out to bring substance to liquid state
• Dearator - Removes gasses dissolved in liquids
• Dehumidifier - Remove water from air.
• Desuperheater - Add liquid water to superheated vapor steam to make it saturated vapor.
• Diffuser - Convert KE energy to higher P
• Economizer - Low T, low P heat exchanger
• Evaporator - Bring a substance to vapor state
• Expander - Similar to a turbine, but may have a q
• Fan/Blower - Move a substance, typically air
• Feedwater heater - Heat liquid with another flow
• Flash Evaporator - Generate Vapor by expansion (throttling)
• Heat Engine - Convert part of heat into work
• Heat Exchanger - Transfer heat from one medium to another
• Heat Pump - Move a Q to Tlow to Thigh requires work input, refrigerator
• Heater - Heat a substance
• Humidifier - Add water to air - water mixture
• Intercooler - heat exchanger between compressor stages
• Mixing Chamber - mix two or more flows
• Nozzle - Create KE; P drops : Measure fow rate
• Pump - same as compressor , but handles liquid
• Reactor - Allow reaction between to or more substances
• Regenerator - Usually a heat exchanger to recover energy.
• Steam Generator - Same as a boiler ; heat liquid water to superheated vapor
• Supercharger - A compressor driven by engine shaft work to drive air into an automotive engine
• Superheater - A heat exchanger that brings t up over T sat
• Throttle - Same as a valve
• Turbine - Create a shaft work from high P flow
• Turbocharger - A compressor driven by an exhaust flow turbine to charge air into an engine.
• Valve - Control flow by restriction, P drops