manufacturing

• Aftercooler -COOL A FLOW AFTER A COMPRESSOR
• Boiler- Brings substance to a vapor state
• Combustor- Burns fuel, acts like a heat transfer
• Compressor - Brings substance to a higher pressure
• Cooling tower- Cool down the condenser by using air or water
• Expander/turbine- Converts energy from high pressure to low pressure
• Condenser- Condenses steam into liquid form
• Heat exchanger- Transferring heat between two different fluids without mixing them together
• Heat exchanger- Transfers heat between two different fluids
• Reactor- Chemical reaction occurs here
• Valve- Controls flow rate of fluid
• Deaerator- Removes gases, dissolves liquid
• Dehumidifier - removes water from air
• Desuperheater- adds liquid water to superheated vapor steam to make it saturated vapor
• Diffuser- Convert KE to higher pressure
• Economizer- low temperature, low pressure heat exchanger
• Evaporator- Brings a substance to a vapor state
• Expander- create shaft work from high pressure flow but may have heat(q)
• Fan/Blower- Moves a substance which is typically an air
• Feedwater heater- Heat liquid water to another flow
• Flash Evaporator- generate vapor by expansion through throttling process which has constant enthalpy
• Heat engine - Convert part of heat into work
• Heat Exchanger - transfer heat from one medium to another
• Heat Pump- Move a heat from loe temperature to high temperature which requires work input, refrigerator
• Heater- Heat a substance
• Humidifier - adds water to air-water mixture
• Intercooler- Heat exchanger between compressor stages
• Mixing Chamber- mix two or more flows
• Nozzle- Creates kinetic energy, pressure drops and measures flowrate
• Pump- same as compressor but handles liquid
• Reactor- allows reaction between two or more substances
• Regenerator- Usually a heat exchanger to recover energy
• Steam generator- Same as boiler, heats liquid water to superheated vapor
• Supercharger - A compressor driven by engine shaft work
• Superheater- A heat exchanger that brings temperature up to Temperature Saturation
• Throttle- controls flow by restriction
• Turbine - Create shaft work from high pressure flow
• Turbocharger - A compressor driven by an exhaust flow turbine to change air into an engine
• Valve- Control flow by restriction ane pressure drops