VR-Based Pot Processing Safety Training
for Leading Aluminium Manufacturer — Aditya Birla Group

In aluminium smelting, the anode change operation is one of the most critical and hazardous procedures on the plant floor. Operators work around electrolytic reduction cells (pots) containing molten aluminium at temperatures exceeding 900°C, while managing toxic fluoride fumes, high electrical currents, and the precise sequencing of a multi-step procedure that directly impacts both worker safety and production efficiency.

Leading Aluminium Manufacturer, one of India's largest aluminium producers and part of the Aditya Birla Group, faced a persistent challenge: how to onboard new operators quickly, ensure experienced knowledge was transferred consistently across multiple smelter locations, and maintain safety compliance — without exposing trainees to the live hazardous environment during the learning phase.

Traditional on-the-job training meant new operators learned alongside experienced staff on live pot lines, creating real injury exposure, production disruptions, and inconsistent training outcomes. Knowledge transfer varied significantly between locations and trainers, resulting in uneven operator competency and periodic near-miss incidents.

EDIIIE built a photorealistic, fully immersive VR simulation titled "Pot Processing — The Leading Aluminium Manufacturer Way" — replicating Leading Aluminium Manufacturer's actual smelter pot room with accurate equipment models, spatial layout, and hazard conditions. The simulation was designed in close collaboration with Leading Aluminium Manufacturer's plant safety and training teams to encode the exact standard operating procedure with zero deviation.

Deployed on standalone VR headsets at Leading Aluminium Manufacturer's training centres, the solution enables self-paced, supervised training without dependence on live production schedules or senior operator availability.

The VR simulation transformed how Leading Aluminium Manufacturer approaches anode change operator onboarding and ongoing competency assurance. By removing live-environment exposure from the initial training phase, Leading Aluminium Manufacturer eliminated the primary source of training-related near-miss incidents — while simultaneously accelerating the time it takes for new operators to reach procedural competency.

The standardised simulation ensured that "The Leading Aluminium Manufacturer Way" is now delivered identically at every smelter location, creating a measurable, consistent training baseline that classroom instruction and informal OJT coaching could never achieve at scale.