Prevents Runaway And Overpressure Events By Sizing Heat Removal And Relief Systems Correctly.
← 
Skills
Reactor Design
Reactor design translates reaction kinetics and thermodynamics into safe, scalable equipment by defining configuration, residence time, heat removal, mixing, and materials of construction. It matters because correct design improves yield and energy efficiency while preventing runaway reactions, fouling, and regulatory or safety incidents.
A professional with strong reactor design can:
Select Reactor Type And Size (CSTR, PFR, Batch) Based On Kinetics, Selectivity, And Production Targets.
Perform Mass And Energy Balances To Specify Heat-transfer Duty, Temperature Control Strategy, And Utilities.
Design Mixing, Catalyst Handling, And Residence-time Distribution Features To Meet Conversion And Quality Specifications.
Assess Hazards And Safeguards Using Relief Sizing, HAZOP Inputs, And Materials Compatibility For Corrosive Or High-pressure Service.
