SCREEN 01The whole plant
Every area on one site — pretreatment to product — each item clickable with a live faceplate.
Live demoOperations · Training
Train on the plant before you touch it.
The whole plant in 3D, driven by a live process model: every pump, valve, filter and membrane rack clickable, every value moving. Trainees operate it; an instructor quietly injects faults; the equipment library takes each machine apart, step by step.
Objective
Give operators hours on the plant — start-ups, upsets, trips and recoveries — without risking the real one, and make every piece of equipment understandable from the inside.
Built fromYour P&IDs · IO list · mimic
RunsBrowser · touch display · offline
SimulationPlant-wide, live tags
SessionsPrivate per trainee
01/ LiveInteractive · runs in your browser
Be the instructor. Watch the trainee screen.
Left is the instructor station, right is what the trainee sees. Inject a fault — the trainee only gets the symptoms: a pressure creeping up, a conductivity alarm, a pump that won't hold. Then try the 3D plant itself below.
- Simplified RO train model — the full simulator covers the whole plant
- Faults are hidden from the trainee side
- Diagnose from trends and alarms, as on shift
02/ ScreensFrom the live demo
The demo plant, as trainees see it.
A brackish-water RO training plant: pretreatment, dosing, four RO trains, degassing, product and utilities. Drag or scroll the strip.
SCREEN 02An RO train, running
Racks, high-pressure pumps, valves and instruments with live values and statuses.
SCREEN 03Multimedia filters
Filters in service with differential pressure, backwash sequencing from the common control.
SCREEN 04Instructor station
Feed conditions, hidden fouling and fault injection — invisible to the trainee.
SCREEN 05Equipment learning library
Interactive models of the plant's own equipment types.
SCREEN 06Inside a high-pressure pump
Guided steps, cutaway, explode and a parts catalogue for every model.
03/ Live 3D plantrosim.smhcoders.click · your own private session
Walk the plant yourself.
Start an RO train, open the instructor station with I, inject a fault, then press B for the equipment library. Every browser tab gets its own private simulator.
- Hover or click any equipment; double-click to zoom
- Search with /, help with ?
- Best on a desktop browser — it's a full 3D plant
04/ CapabilitiesOperations · Training
01
The whole plant, generated
Pretreatment, dosing, every RO train, flushing, degassing, product, brine and utilities — laid out from a layout file, so a repeated section is written once and a new train is one more value.
02
A live process model underneath
Flows, pressures, conductivity, levels and recovery all come from a plant-wide dynamic model streaming live tags — nothing in the scene is a canned animation.
03
Instructor station
Feed salinity and temperature, hidden membrane fouling, CIP and membrane replacement, and fault injection: trip a motor, stick a valve, fail or drift an instrument.
04
Faults show up as symptoms
Trainees never see the fault list. They see process behaviour and alarms — and have to diagnose it, like on shift.
05
Equipment learning library
Interactive 3D models — RO vessel and membrane, high-pressure pump, centrifugal pump, multimedia filter, cartridge filter, dosing pump, butterfly valve, mag flowmeter — with guided steps from theory to LOTO and maintenance.
06
Cutaway, explode, operate
Every model can be cut away, exploded part by part, run with flow arrows and operated live; a faceplate's learn button opens the model for that very piece of equipment.
07
Built for the control room wall
Search, hover, double-click to zoom, alarm-to-equipment jumps, keyboard shortcuts and a large-controls mode for a big touch display.
08
Open and modular
A Python process model and a three.js scene, no internet needed — with the simulated controller designed to give way to the real PLC and SCADA later.
05/ Workflow
Your plant, generated — not modelled by hand
The demo is a brackish-water RO plant. Yours can be any process: the layout, the tag numbering, the equipment library and the scenarios are built from your own documents.
Step 01Send your plant
P&IDs, IO list, mimic or HMI photos, control philosophy and procedures.
Step 02Layout generated
Equipment, instruments and pipes laid out from templates — numbered to your tag convention.
Step 03Process model
Tuned to your design data: pump curves, membranes, dosing rates, setpoints.
Step 04Scenarios
Start-up, shutdown, upsets and faults written from your procedures and incident history.
Step 05Deliver
On your training display and trainee browsers, offline-capable, with the sources handed over.
06/ EvidenceFrom the delivery record
159
Clickable itemsIn the demo plant — every one with a live faceplate.
8
Equipment modelsGuided steps, cutaway, explode and parts catalogue.
4 Hz
Live tag streamFrom the plant-wide model to the 3D scene.
1 / tab
Private simulatorEvery trainee runs their own plant.
07/ RelatedSame stack