Second(s)The SI unitused tomeasuretime.ReactorA piece ofequipmentwhere chemicalreactions takeplace.UnitOperationA single step ina chemicalprocess such asmixing, heating,filtration, ordistillation.OutputAny materialor energyleaving asystem.SensorA device thatmeasuresconditions suchas temperature,pressure, orflow.MaterialBalanceA calculationused to trackhow muchmaterial entersand leaves aprocess.ChemicalEngineeringThe field ofengineering thatapplies chemistry,physics, math, andbiology to designprocesses thatproduce usefulmaterials on a largescale.Kilogram(kg)The SI unitused tomeasuremass.YieldThe amount ofdesiredproductproduced froma reaction.UnitConversionChanging ameasurementfrom one unit toanother whilemaintaining thesame quantity.ActuatorA device thatphysically changesa process, such asopening a valve orturning on aheater.StoichiometryThe calculation ofthe amounts ofreactants andproducts involvedin a chemicalreaction.SIUnitsThe InternationalSystem of Unitsused by engineersand scientists tostandardizemeasurements.Recycling (inmanufacturing)Returningunusedmaterials backinto the processso they can beused again.Open-LoopSystemA system thatoperates onpresetinstructionswithout adjustingto feedback.AccumulationMaterial thatbuilds up insidea system whenmore entersthan leaves.SystemBoundaryThe imaginaryline separatinga system fromeverythingoutside of it.Conservationof MassThe law statingthat matter cannotbe created ordestroyed in achemical reaction.SteadyStateA condition wherethe amount ofmaterial enteringa system equalsthe amountleaving it.BlackBoxMethodA way to analyzecomplex systemsby focusing onlyon inputs andoutputs instead ofinternal processes.FeedbackLoopA system wherethe output is usedto influence orcontrol the inputto keepconditions stable.ControllerA system thatdecides how toadjust aprocess basedon sensor data.Meter(m)The SI unitused tomeasurelength ordistance.Kelvin(K)The SI unitused tomeasuretemperature.ProcessControlSystems thatuse sensors andcomputers tokeep industrialprocesses safeand stable.EfficiencyA measure of howmuch usefulproduct isproducedcompared to theamount of inputmaterials.InputAny materialor energyentering asystem.DimensionalAnalysisA mathematicalmethod that usesunits to verifycalculations andconvert betweenmeasurementsystems.Scale-UpThe process ofincreasing a reactionor experiment fromsmall laboratory sizeto large industrialproduction.Second(s)The SI unitused tomeasuretime.ReactorA piece ofequipmentwhere chemicalreactions takeplace.UnitOperationA single step ina chemicalprocess such asmixing, heating,filtration, ordistillation.OutputAny materialor energyleaving asystem.SensorA device thatmeasuresconditions suchas temperature,pressure, orflow.MaterialBalanceA calculationused to trackhow muchmaterial entersand leaves aprocess.ChemicalEngineeringThe field ofengineering thatapplies chemistry,physics, math, andbiology to designprocesses thatproduce usefulmaterials on a largescale.Kilogram(kg)The SI unitused tomeasuremass.YieldThe amount ofdesiredproductproduced froma reaction.UnitConversionChanging ameasurementfrom one unit toanother whilemaintaining thesame quantity.ActuatorA device thatphysically changesa process, such asopening a valve orturning on aheater.StoichiometryThe calculation ofthe amounts ofreactants andproducts involvedin a chemicalreaction.SIUnitsThe InternationalSystem of Unitsused by engineersand scientists tostandardizemeasurements.Recycling (inmanufacturing)Returningunusedmaterials backinto the processso they can beused again.Open-LoopSystemA system thatoperates onpresetinstructionswithout adjustingto feedback.AccumulationMaterial thatbuilds up insidea system whenmore entersthan leaves.SystemBoundaryThe imaginaryline separatinga system fromeverythingoutside of it.Conservationof MassThe law statingthat matter cannotbe created ordestroyed in achemical reaction.SteadyStateA condition wherethe amount ofmaterial enteringa system equalsthe amountleaving it.BlackBoxMethodA way to analyzecomplex systemsby focusing onlyon inputs andoutputs instead ofinternal processes.FeedbackLoopA system wherethe output is usedto influence orcontrol the inputto keepconditions stable.ControllerA system thatdecides how toadjust aprocess basedon sensor data.Meter(m)The SI unitused tomeasurelength ordistance.Kelvin(K)The SI unitused tomeasuretemperature.ProcessControlSystems thatuse sensors andcomputers tokeep industrialprocesses safeand stable.EfficiencyA measure of howmuch usefulproduct isproducedcompared to theamount of inputmaterials.InputAny materialor energyentering asystem.DimensionalAnalysisA mathematicalmethod that usesunits to verifycalculations andconvert betweenmeasurementsystems.Scale-UpThe process ofincreasing a reactionor experiment fromsmall laboratory sizeto large industrialproduction.

Chemical Engineering Part 1 - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. The SI unit used to measure time.
    Second (s)
  2. A piece of equipment where chemical reactions take place.
    Reactor
  3. A single step in a chemical process such as mixing, heating, filtration, or distillation.
    Unit Operation
  4. Any material or energy leaving a system.
    Output
  5. A device that measures conditions such as temperature, pressure, or flow.
    Sensor
  6. A calculation used to track how much material enters and leaves a process.
    Material Balance
  7. The field of engineering that applies chemistry, physics, math, and biology to design processes that produce useful materials on a large scale.
    Chemical Engineering
  8. The SI unit used to measure mass.
    Kilogram (kg)
  9. The amount of desired product produced from a reaction.
    Yield
  10. Changing a measurement from one unit to another while maintaining the same quantity.
    Unit Conversion
  11. A device that physically changes a process, such as opening a valve or turning on a heater.
    Actuator
  12. The calculation of the amounts of reactants and products involved in a chemical reaction.
    Stoichiometry
  13. The International System of Units used by engineers and scientists to standardize measurements.
    SI Units
  14. Returning unused materials back into the process so they can be used again.
    Recycling (in manufacturing)
  15. A system that operates on preset instructions without adjusting to feedback.
    Open-Loop System
  16. Material that builds up inside a system when more enters than leaves.
    Accumulation
  17. The imaginary line separating a system from everything outside of it.
    System Boundary
  18. The law stating that matter cannot be created or destroyed in a chemical reaction.
    Conservation of Mass
  19. A condition where the amount of material entering a system equals the amount leaving it.
    Steady State
  20. A way to analyze complex systems by focusing only on inputs and outputs instead of internal processes.
    Black Box Method
  21. A system where the output is used to influence or control the input to keep conditions stable.
    Feedback Loop
  22. A system that decides how to adjust a process based on sensor data.
    Controller
  23. The SI unit used to measure length or distance.
    Meter (m)
  24. The SI unit used to measure temperature.
    Kelvin (K)
  25. Systems that use sensors and computers to keep industrial processes safe and stable.
    Process Control
  26. A measure of how much useful product is produced compared to the amount of input materials.
    Efficiency
  27. Any material or energy entering a system.
    Input
  28. A mathematical method that uses units to verify calculations and convert between measurement systems.
    Dimensional Analysis
  29. The process of increasing a reaction or experiment from small laboratory size to large industrial production.
    Scale-Up