Every process class we simulate, in one place
The core industries with a dedicated page, plus the specialized processes we cover that don't need one — CO₂ pipelines, helium liquefaction, and more.
Core industries
PEM electrolyzer sizing and the green-ammonia synthesis loop, with energy and carbon footprint per stream.
View industry →Post-combustion CO₂ capture and adsorption beds, with Scope 1/2/3 emissions computed on the same model.
View industry →Monod-growth fermenter kinetics and Arrhenius CSTR/PFR reactors, with dynamic response on the same flowsheet.
View industry →Crude assay characterization through atmospheric/vacuum distillation, on Peng-Robinson/SRK hydrocarbon thermo.
View industry →MSMPR crystallization, thickener/clarifier dewatering, and solids finishing with rigorous solids mass balances.
View industry →Free-radical polymerization kinetics alongside high-purity solvent-recovery distillation, on one canvas.
View industry →Reverse-osmosis membrane rating and zero-liquid-discharge via evaporative crystallization and multi-stage flash.
View industry →Specialized processes
Narrower process classes we cover just as rigorously — they don't warrant their own nav slot, but the models are real.
CO₂ transport & utilization
Moving and converting captured CO₂ once it leaves the capture unit.
Dense-phase CO₂ pipeline hydraulics from capture unit to sequestration site.
Sabatier-reaction methanation converting captured CO₂ and hydrogen into synthetic methane.
Food & agriculture
Fermentation-based protein and fertilizer synthesis processes.
Microbial fermentation producing recombinant protein, modeled with Monod growth kinetics.
Urea fertilizer synthesis from green ammonia and captured CO₂.
Cryogenics
Deep-cold separation and liquefaction processes with tight energy integration.
Cryogenic distillation separating air into nitrogen, oxygen, and argon.
Deep-cryogenic liquefaction of helium for storage and transport.
Industrial refrigeration
Closed-loop vapor-compression cycles serving real plant cooling duties, not just the deep-cryogenic examples above.
Closed single-stage ammonia vapor-compression cycle serving a real -30°C cold-storage load (COP ≈ 2).
Closed propylene cycle for -30°C process cooling — the workhorse olefin-plant refrigerant.
Don't see your process listed? Describe it to the AI copilot and it will draft a flowsheet — or search the full example gallery.