Skip to content
Work·Interactive 3D·Hydrogen & Energy

GTC ·/ Gas Compressor Training

A 3D training visualisation of a hydrogen gas compressor for industrial operators.

What this maps to
Closest sprint
Web 3D Showcase Sprint
Duration
TBD
Team
2 + network
GTC · Gas Compressor Training

GTC: Gas compressor training visualisation

Client: GTC Services: Interactive 3D, Operator training, Bilingual delivery (EN/KO) Duration: TBD Tech: Three.js, browser-based runtime, bilingual UI


The problem

GTC builds and services industrial gas compressors for hydrogen and energy applications. The equipment is large, expensive, and dangerous to operate without proper familiarity. The customers are operators across Korea and export markets who need to learn the unit before they ever stand next to it.

The traditional training material here is a thick PDF manual paired with a few site visits. The manual is exhaustive but flat. The site visit is hands-on but rare. Between them, there is a gap that operators have historically filled by memorising the equipment from photos.

GTC wanted a training visualisation that an operator could open in a browser, walk around the compressor in 3D, see how the unit is laid out, and learn the operating sequence — before stepping onto the platform.


Compressor unit, full 3D model on the training platform
The unit and its surrounding platform, modelled at operator-familiarisation level.

What we built

A bilingual (Korean and English) 3D training visualisation of GTC's gas compressor unit.

  • Full 3D compressor model. The unit and its surrounding industrial platform, modelled at the level needed for operator familiarisation.
  • Orbit and walk-around. The operator can rotate the unit, zoom in on subsystems, and inspect components in context.
  • Training sequence layer. Step-by-step callouts walking the operator through the start-up procedure and the main service points.
  • Bilingual UI. Korean and English versions of every label, callout, and instruction.
  • Browser-based delivery. Responsive across desktop and tablet. No install, no plugin.

Subsystem inspection inside the compressor
Orbit and zoom: operators inspect subsystems in context, not as cropped diagrams.

How we built it

Kickoff and reference review with GTC's engineering team. 3D asset build from CAD and reference photography. Training-sequence scripting against the supplied operating procedure. Bilingual copy pass with native-Korean review on every line. QA across desktop and tablet hardware before handover.


Training sequence callouts overlaid on the compressor
Callouts walk the operator through start-up and the main service points.

What it changed

GTC has a self-serve training reference that operators can open before, during, or after on-site familiarisation. The visualisation closes the gap between the printed manual and the rare site visit.

Concrete impact (operator on-boarding time, fewer escalations to engineering) pending client measurement.


Bilingual EN/KO UI on the training visualisation
Korean and English on every label, callout, and instruction — native-reviewed.

Stack

  • Runtime: Three.js, browser-based
  • UI: Bilingual EN/KO, responsive across desktop and tablet
  • Asset pipeline: CAD-derived 3D models, optimised for real-time 3D in the browser
  • Hosting: TBD, client-managed

Training reference, full unit on the platform
Self-serve reference operators can open before, during, or after site familiarisation.

Want something similar?

Operator training for industrial equipment — compressors, turbines, processing units, energy infrastructure. Wherever the gap between the manual and the field needs to close, the pattern translates.

Send a two-sentence email to info@cclemang.com.

Back to all work →

Want something similar?

Tell us what you're building. Most conversations start with two sentences.