All parameters given for a small process reactor
Pfr Volume
Calculates required plug flow reactor volume for an isothermal constant-density first-order reaction. The template uses tau = -ln(1-X)/k and V = Q tau, while also reporting molar feed and outlet concentration for deterministic reactor sizing checks.
4 fields
2 archetypes
with-tool
4 scored fields
contract fields
Parameter Map
4 inputs to 4 scored outputs
volumetric_flow_m3_h
floatVolumetric feed flow rate
0.1 to 5000m3/hinlet_concentration_kmol_m3
floatInlet concentration of limiting reactant
0.01 to 20kmol/m3required_conversion_pct
floatRequired reactant conversion
5 to 98%rate_constant_h_inv
floatFirst-order reaction rate constant
0.01 to 101/h
Molar feed rate of limiting reactant
Outlet concentration at required conversion
Required reactor space time
Required plug flow reactor volume
visibility contract
Difficulty Ladder
All parameters given across small and large first-order PFRs
All parameters given for larger treatment reactor sizing
scenario bands
Archetype Atlas
small_process_reactor
2 contextsSmall liquid-phase process PFR
pilot-process-skid / specialty-chemical-line
large_treatment_reactor
2 contextsLarge first-order treatment reactor
industrial-wastewater-reactor / process-treatment-train
rendered task
Generation Preview
industrial-wastewater-reactor-large-treatment-reactor-preview
- difficulty
- hard
- visibility
- all_given
- archetype
- large_treatment_reactor
- site context
- industrial-wastewater-reactor
visible fields
- volumetric_flow_m3_h50 to 2000 m3/h
- inlet_concentration_kmol_m30.02 to 1 kmol/m3
- required_conversion_pct50 to 95 %
- rate_constant_h_inv0.05 to 1 1/h
withheld schema
Large first-order treatment reactor. industrial-wastewater-reactor. Required outputs: molar_feed_kmol_h, outlet_concentration_kmol_m3, space_time_h, required_volume_m3