Process control consulting optimizes PID controller performance, reduces control loop oscillations, and increases plant throughput by systematically identifying and correcting suboptimal tuning parameters — delivered on-site and remotely for industrial plants in 40+ countries.
Four optimization disciplines (PID, APC, MPC, process improvement), the COLUMBO software behind MPC model identification, and two adjacent engineering services — every engagement scoped against measurable KPIs and documented with before-and-after results.
Every PiControl engagement applies our process control software directly at your facility — PITOPS for closed-loop system identification, SUPERTUNE for automatic online PID auto-tuning, COLUMBO for closed-loop MPC model identification, and APROMON for live loop performance monitoring. Our engineers arrive with the same software that runs in customers' production plants — not spreadsheets and generic methods.
PID tuning consulting uses closed-loop system identification to extract accurate process transfer functions from normal operating data, then calculates optimal PID parameters — gain, integral time, derivative time — that minimize variability without disrupting production.
APC implementation designs and commissions DCS-resident advanced process control that runs inside your existing DCS or PLC — no external host computer, no proprietary middleware. Traditional APC projects degrade after turnarounds because the optimization layer lives outside the control system; DCS-resident architecture avoids that failure mode entirely.
MPC maintenance audits, tunes, and re-optimizes existing MPC applications from any vendor — AspenTech DMCplus, Honeywell Profit Controller, Yokogawa Exasmoc, Shell SMOC. Most MPC applications lose 30–50% of original benefit within two years; closed-loop re-identification restores it without rebuilding the controller.
COLUMBO is closed-loop MPC model identification software that extracts accurate multivariable transfer functions from existing MPC data — without removing the controller from automatic mode — to refresh degraded models, and it also runs as a modular, PLC-based multivariable predictive controller in its own right.
Process improvement consulting reduces steam consumption, minimizes flaring, controls emissions, and prevents product losses through control-loop-level optimization — not plant redesign. The work targets loops that drive utility cost and environmental footprint: combustion air ratio, fuel-gas pressure, distillation reflux, compressor anti-surge, boiler drum level.
Builds and modernizes plant-floor control systems with rigorous loop-by-loop documentation, tested control narratives, and operator interfaces designed for fast situational awareness. Covers greenfield, brownfield, and legacy replacement projects.
Applies first-principles process modeling and dynamic simulation to debottleneck, redesign, and optimize unit operations — distillation revamps, heat exchanger network redesign, reactor studies, pump and compressor selection.
A four-stage protocol identical for on-site and remote delivery — only the engineer's location changes.
Site assessment, control-loop inventory, KPI baseline, and engagement boundary. Output: a scope document listing which loops, which KPIs, which DCS/PLC platforms. Duration: 3–5 working days.
Poorly tuned loops, drifted APC controllers, and degraded MPC applications quietly bleed throughput, raise utility costs, and force constant operator intervention. Most consulting follows one of two patterns: a generalist with a spreadsheet and Ziegler-Nichols, or a DCS-vendor team selling licenses for tools you already own. Neither produces durable improvement. PiControl is structured to avoid both.
A generalist with a spreadsheet and Ziegler-Nichols, or a DCS-vendor team selling licenses for tools you already own.
Every engagement runs on PITOPS, SUPERTUNE, COLUMBO and APROMON — the same process control software we license to customers. The only variable is who runs it.
Open-loop step tests that upset production, or frequency-domain math that misses how real plants actually behave.
Closed-loop system identification in the time domain — controllers stay in automatic, no bump tests. It captures dead time, nonlinearity and interactions frequency-domain methods miss.
Vendor teams that lock the tuning, APC and MPC layers to their own DCS and their own licenses.
The optimization layer runs inside any control system — Honeywell, Emerson DeltaV, Yokogawa, ABB, Siemens PCS 7, Rockwell, Schneider. No vendor lock-in for the tuning, APC or MPC layers.
PiControl consulting deploys in every continuous and batch manufacturing sector. Each engagement is tailored to the process dynamics, safety constraints, and regulatory environment of the specific industry. Refining loops tune differently from pharmaceutical batch reactors, and boiler combustion control is not the same problem as centrifugal compressor anti-surge. The results below are drawn from delivered engagements.
Engagement length, on-site vs remote, plant size, platforms, ROI, and cost.
Process simulation, loop tuning, or performance monitoring. Join a short software demo using your own plant data.
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Challenging PID loop performance, deteriorating MPC, and badly designed APC logic. Our process control engineers will support you immediately and resolve the issue remotely or on-site.
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Live classroom in Houston, Zagreb, or on-site at your plant, online, or self-paced. Pick the format that fits you or your team.
