25 marquee operators · 21 countries · verified roster
Bayer · Pfizer · TATA · Adani · JSW · ISRO · Siemens · Bosch · DuPont · Mahindra · Hindalco · and others
Root-cause bottleneck identification with simulation evidence.
The bottleneck isn't always where the queue is. Sometimes the queue is a symptom of an upstream supply problem, sometimes it's a downstream blocking effect, sometimes it shifts with product mix. We isolate the real root cause in simulation · before you invest in solving the wrong problem.
The Theory of Constraints says: identify the constraint, exploit it, subordinate everything else, elevate it, and repeat. The 'identify' step is where 30-50% of capex investment fails · companies invest to elevate something that wasn't the binding constraint. Discrete event simulation rigorously identifies the real bottleneck under each operating condition, distinguishes intermittent from chronic bottlenecks, and exposes the bottlenecks that only show up under specific product mix. Capex is then targeted at the constraint that actually limits throughput · not the one that's loudest.
CEng MIE India-signed deliverables · LiDAR-powered where applicable · digital twin handover ready · routes to the Discrete Event Simulation practice lead within 24 hours.
Process flow + cycle times + buffer sizes + product mix + scheduling rules captured. MES/SCADA history (6+ months ideal) loaded.
FlexSim or AnyLogic model. Validated to reproduce historical throughput, OEE, queue dynamics within tight tolerance.
Multiple methods cross-checked · machine utilisation, average queue, time-in-system, sensitivity (which station's improvement most affects throughput).
Behind-the-symptom analysis · upstream supply issues, scheduling inefficiencies, mix-dependent bottlenecks, downstream blocking all separately tested.
Ranked intervention list with simulated throughput uplift, capex range, and payback period. CEng MIE-signed evidence package.
Reports reference the international and national standards your regulators, F500 audit teams, and corporate process safety leads cite. Every deliverable signed by a Chartered Engineer (CEng MIE India).
Three anonymised engagements from our verified roster · quantified outcomes, no client names disclosed without written permission.
Suspected EAF as bottleneck. Simulation showed continuous caster + ladle handling was the real constraint. Capex redirected · 14% throughput uplift at 40% of original budget.
Mill bottleneck assumed; simulation found clinker stockpile management was binding. Reorganised stockpile rules · 8% capacity unlocked without grinding mill investment.
Simulation found bottleneck shifted between Stations 4 and 7 depending on product mix. Designed buffer between · removed mix sensitivity, 11% uplift.
Tell us your plant, region, and scope · a named Chartered Engineer responds within 24 hours.