SIMCET
Real-time PID tuning simulator with 20+ pre-built process simulations covering flow, temperature, pressure, level and composition loops, plus a testing-and-grading module used for PID tuning certification.
Process SimulationProcess Control Simulation Software - Real-Time Simulators for Engineer Training, Certification, and Academic Learning
The family
20 Real-Time Process Control Simulators
Each simulator in the family models a specific loop or piece of process equipment in depth, from general PID tuning practice through distillation, reaction, heat exchange, pumping, and a full plant-scale DCS. Start with SIMCET for general tuning practice, then add the unit-operation simulators that match your plant or curriculum.
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STYROSIM
Styrene monomer plant DCS simulator — a full plant-scale dynamic simulator with PCS 7 control-room interface for operator training, alarm-response practice, and APC strategy validation.
PiDistill
Continuous distillation column dynamic simulator capturing tray hydraulics, reboiler and condenser response, and feed composition disturbances.
PiDistill-B
Batch distillation column simulator modelling reflux drum behaviour, cut transitions, and end-point determination for specialty and pharma plants.
PiDistill-B Lite
Azeotropic batch distillation simulator — a lighter-footprint version focused on azeotropic separations and entrainer-based distillation.
PiReact-T
Tubular reactor simulator modelling plug-flow dynamics for cracking, polymerization, and other tubular reaction systems.
Continuously stirred tank reactor simulator — will model residence-time distribution, heat-removal limits, and exothermic reaction stability.
PiFlow
Flow controller in heat exchanger simulator capturing flow-loop dynamics with realistic valve characteristics and pump curves.
PiLevel
Level controller in vertical tank simulator modelling integrating-process behaviour and cascade level-flow control.
PiTemp
Temperature controller for heat exchangers simulator capturing dead-time-dominated thermal dynamics.
Closed-loop heat transfer simulator — will add cascade temperature control, secondary-loop dynamics, and disturbance rejection.
PiHEx-Bench
Bench-top heat exchanger simulator modelling double-pipe and shell-and-tube exchangers in co-current or counter-current flow, for chemical engineering education.
PiHEx
Heat exchanger network simulator modelling multi-unit networks with cross-coupling between hot and cold streams.
PiDeltaP
Pressure drop simulator capturing dynamics across piping, control valves, and process equipment.
PiPump
Pump system simulator modelling centrifugal and positive-displacement pump dynamics with realistic curves and cavitation behaviour.
PiAgitator
Agitation effect simulator modelling mixing time, blend uniformity, and impeller-driven flow patterns in stirred vessels.
PiAbsorb
Real-time packed gas-absorption column simulator modelling CO₂ absorption from an air/CO₂ mixture into a counter-current water stream, for mass-transfer and separations education.
PiDryer-Tray
Real-time convective tray dryer simulator modelling the live drying curve and ASHRAE wet-bulb psychrometrics, for heat and mass transfer education.
PiEvap
Real-time double-effect evaporator simulator modelling two-stage evaporation and live per-effect and total steam-economy calculation.
PiCoolTower
Real-time counter-flow wet cooling tower simulator modelling evaporative cooling and ASHRAE wet-bulb psychrometrics, for heat and mass transfer education.
Overview
What Process Control Simulation Software Is
Process control simulation software is a category of real-time simulator software that replicates the dynamic behavior of industrial process equipment and control loops, without tying up a real plant unit. PiControl Solutions builds this category around a family of 20 simulators: SIMCET for general PID tuning practice, and a set of unit-operation simulators, PiDistill, PiDistill-B, PiDistill-B Lite, PiLevel, PiTemp, PiTemp Plus, PiFlow, PiAgitator, PiReact-T, PiReact-CSTR, PiHEx, PiHEx-Bench, PiDeltaP, PiPump, PiAbsorb, PiCoolTower, PiEvap, and PiDryer-Tray, plus STYROSIM, a full plant-scale DCS simulator, that each model a specific piece of process equipment in depth.
The first time an engineer tunes a loop, runs a distillation column, or responds to an alarm should not be on a live production unit. Process control simulation software reduces training risk by letting engineers and students practice on realistic process dynamics first, closed-loop response, column behavior, reactor dynamics, pump curves, before they touch real plant equipment.
Who uses it
How Plants and Universities Use Process Control Simulation Software
Industrial
Industrial Training and Operator Certification
Industrial plants use PiControl's process control simulation software to train new process engineers, recertify experienced operators, and build a safety-conscious culture without risking real plant equipment. SIMCET alone includes 100+ real-world process control examples grouped by industry, and the unit-operation simulators add depth on distillation, reaction, heat exchange, and pumping.
- Pre-production-loop PID tuning practice with SIMCET
- Continuous and batch distillation training with PiDistill and PiDistill-B
- Reactor and heat-exchanger operator training with PiReact-T, PiHEx, and PiHEx-Bench
- Full plant-scale DCS operator training and alarm-response practice with STYROSIM
- Level, temperature, flow, pressure-drop, and pump-system training with PiLevel, PiTemp, PiFlow, PiDeltaP, and PiPump
Academic
University and College Education
Engineering colleges and universities use PiControl's simulators as virtual laboratories that help students bridge the gap between control theory and practice. Students gain a deep understanding of control principles, distillation columns, reactors, heat exchangers, and other core chemical engineering concepts before they ever set foot on a real plant floor.
- Undergraduate process control and PID tuning laboratories with SIMCET
- Distillation coursework with PiDistill, PiDistill-B, and PiDistill-B Lite
- Mixing and agitation concepts with PiAgitator
- Reaction engineering coursework with PiReact-T
- Mass transfer and separations coursework with PiAbsorb
- Evaporative cooling and drying coursework with PiCoolTower and PiDryer-Tray
- Multi-effect evaporation coursework with PiEvap
- Experimentation with control parameters and process conditions across the full simulator family, without tying up lab equipment
Why it matters
Why Process Control Simulation Software Matters
Process control simulation software is a principal subfield within industrial process optimization, and it delivers value on four fronts.
Product: SIMCET · 100+ real-world examples
Realistic training environment
Young engineers and students practice tuning PID loops and gain confidence without the risk of affecting real processes. SIMCET alone comprises 100+ real-world process control examples, separated into groups by industry type.
- Practice on flow, temperature, pressure, level, and composition loops
- Testing-and-grading module used for PID tuning certification
- No risk to a live loop while a new engineer builds tuning intuition
Why it works: builds expertise and ensures engineers are well-prepared for real-world scenarios before they touch a live loop. Delivered by SIMCET.
Unit-operation simulators · Virtual laboratories
Academic learning
PiDistill, PiDistill-B, PiLevel, PiTemp, PiFlow, PiAgitator, PiReact-T, PiHEx, PiHEx-Bench, PiAbsorb, PiCoolTower, PiEvap, and PiDryer-Tray serve as virtual laboratories that help students bridge the gap between theory and practice, preparing them for future roles in chemical engineering.
- Bridges control theory and hands-on practice for chemical engineering students
- Covers distillation, level, temperature, flow, agitation, reaction, and heat exchange
- Runs as a standard lab exercise without tying up real plant equipment
Why it works: gives students a deep, hands-on understanding of control principles, distillation columns, heat exchangers, and other typical engineering concepts.
Full simulator family · Real-time experimentation
Process experimentation and optimization
Students and professionals experiment with different scenarios, explore how process conditions impact outputs, and manipulate control parameters in real time across distillation, reactor, heat-exchange, level, and flow loops.
- Change process conditions and immediately see the effect on outputs
- Manipulate control parameters in real time, not after the fact
- Covers distillation, reactor, heat-exchange, level, and flow loops
Why it works: practical experience improving and optimizing processes is invaluable for engineers who will later work on live plant efficiency and quality problems.
SIMCET to STYROSIM · Zero plant risk
Safety and reliability
Training and experimentation within a simulated environment let engineers learn to control processes without the risk of plant problems or shutdowns, across every simulator in the family, from SIMCET to STYROSIM.
- Mistakes happen on a simulator, not on a live production unit
- STYROSIM adds full plant-scale alarm-response practice
- Builds the habits that keep real equipment running reliably
Why it works: builds a safety-conscious culture and helps ensure processes are maintained reliably once engineers move to real equipment.
Why it works
Two groups, one simulator family
01
Industrial plants
Train new process engineers, recertify operators, and practice tuning before touching live loops.
02
Universities & colleges
Use the same simulators as virtual laboratories bridging control theory and hands-on practice.
FAQ
Frequently Asked Questions About Process Control Simulation Software
SIMCET vs. unit-operation simulators, who uses them, and how to get a demo.
Process control simulation software is real-time simulator software that replicates the dynamic behavior of industrial process equipment and control loops, so engineers, operators, and students can practice tuning, operating, and troubleshooting without risking a real plant. PiControl's process control simulation software family covers PID tuning, distillation, level, flow, temperature, reaction, heat exchange, pumping, and full plant-scale training.
The family includes SIMCET (real-time PID tuning simulator), PiDistill, PiDistill-B, and PiDistill-B Lite (continuous, batch, and azeotropic distillation), PiLevel, PiTemp, PiFlow, and PiDeltaP (level, temperature, flow, and pressure-drop loops), PiAgitator (mixing and agitation), PiReact-T (tubular reactors), PiHEx (heat exchanger networks), PiHEx-Bench (bench-top heat exchanger teaching unit), PiPump (pump systems), PiAbsorb (packed gas-absorption column simulator), PiCoolTower (wet cooling tower simulator), PiEvap (double-effect evaporator simulator), PiDryer-Tray (convective tray dryer simulator), and STYROSIM (a full styrene monomer plant DCS simulator).
SIMCET is a general-purpose real-time PID tuning simulator with a testing-and-grading module, built around 20+ pre-built loop examples spanning flow, temperature, pressure, level, and composition control. The unit-operation simulators go deeper on one piece of equipment each: PiDistill and PiDistill-B model distillation column dynamics, PiLevel, PiTemp, and PiFlow model specific loop types, PiReact-T models tubular reactors, and PiHEx models heat exchanger networks. Plants and universities typically start with SIMCET for general PID tuning practice, then use the unit-operation simulators for equipment-specific training.
Two groups use it: industrial plants, to train new process engineers, recertify operators, and practice tuning before touching live loops, and engineering colleges and universities, which use the simulators as virtual laboratories that bridge control theory and hands-on practice for chemical engineering and instrumentation students.
No. Simulation is the practice stage that comes before hands-on plant work, not a replacement for it. Engineers use PiControl's simulators to build tuning intuition, make mistakes safely, and demonstrate competence first, so that when they do work on a real DCS or PLC loop, the learning curve and the risk are both smaller.
No. PiControl's process control simulation software runs on standard Windows hardware and does not connect to a live DCS or PLC, so plants and universities can deploy it without dedicated control-system hardware.
Request a free demo and a PiControl engineer will walk through the simulator family, recommend the right products for your loops or curriculum, and discuss licensing and training-program options.
SIMCET, the flagship of PiControl's process control simulation software family, is deployed in industrial plants and engineering colleges across 40+ countries. The unit-operation simulators extend that same real-time approach to distillation, reaction, heat exchange, and other unit operations, including PiDistill, built by PiControl in cooperation with the Louisiana Tech University Department of Chemical Engineering. Read more in our customer success stories.
Get started
Request a Process Control Simulation Software Demo
See PiControl's simulators run in real time, from PID tuning on SIMCET to distillation, reaction, and heat exchange on the unit-operation simulators. A PiControl engineer will demonstrate the products relevant to your plant or curriculum and map out a training path for your team.