For decades, Indian workplace safety regulation ran on a patchwork of 13 separate laws — the Factories Act, the Mines Act, contract labour rules, migrant worker provisions — each with its own thresholds, definitions, and paperwork. If you ran a multi-site operation, that meant tracking 13 different sets of obligations depending on which law applied where.
That changed in a meaningful way in 2026.
What’s actually new
The Occupational Safety, Health and Working Conditions (OSHWC) Code, 2020 came into force on 21 November 2025, and the Central Rules notified in May 2026 finally gave it operational teeth. Together with the other three labour codes, the OSHWC framework took effect from 1 April 2026, consolidating those 13 separate Acts into a single, unified compliance structure.
A few changes stand out for anyone running a process plant, depot, or hazardous facility:
- A shift from prescriptive to risk-based regulation. Rather than simply specifying what must be in place, the Code places a “duty of care” on employers to proactively identify hazards arising from processes, machinery, and substances — and to implement preventive measures accordingly. This is a fundamentally different posture than tick-box compliance.
- Digital-first compliance. Registration, licensing, returns, and accident reporting now route through the Shram Suvidha portal, with deemed approvals where authorities don’t respond in time. Paper registers and manual filing are quickly becoming a liability rather than a convenience.
- Inspector-cum-Facilitator model. The traditional adversarial inspection regime is giving way to a model built around guidance and randomized, web-based inspection scheduling — though this only helps facilities that already have their documentation in order.
- Revised thresholds. The factory definition threshold has moved from 10 to 20 workers (where power is used), and contractor licensing thresholds have shifted from 20 to 50 workers, with license validity extended to five years.
- Third-party audits and certification. Chapter 9 of the Code authorizes the empanelment of qualified experts to conduct independent audits and certifications — a clear regulatory signal that external, technically rigorous safety assessment is becoming part of the expected compliance architecture, not an optional extra.
The gap between the law and the plant floor
Here’s the catch that doesn’t make it into most compliance summaries: a risk-based framework is only as strong as the risk assessment behind it.
Mandating that employers “proactively identify potential workplace risks” is a powerful legal standard. It is also, in practice, a technical exercise that most facilities are not equipped to do well internally — particularly for process hazards that aren’t visible on a walk-through. A HAZOP study isn’t something you complete because a regulation asks for one; it’s a structured, multi-day technical exercise that requires real process engineering depth to be worth the paper it’s written on.
Recent incidents — explosions in pharma intermediate units, steel plants, and fireworks facilities — keep pointing to the same underlying issue investigators flag again and again: workers and even site management frequently lack clear knowledge of the chemical and process hazards they’re actually managing. A digitized register doesn’t fix that. A properly executed hazard study does.
Where this leaves you
If you’re an EHS head or plant manager trying to translate “duty of care” into something defensible in front of an inspector — or, more importantly, something that actually prevents an incident — the practical questions are:
- Has your facility had a HAZOP in the last review cycle, covering current process conditions rather than the original design basis?
- Can you demonstrate interdistance and QRA compliance against the current OISD/DGCA standards, not the version that was current when the facility was built?
- Is your P&ID documentation accurate enough to support a credible hazard study, or has it drifted from as-built conditions?
How RiskChem Engineering helps you close that gap
RiskChem Engineering exists specifically to provide the technical layer that sits underneath regulatory compliance — the actual engineering work that turns “duty of care” from a legal phrase into a documented, defensible safety case. We work across HAZOP studies, QRA and interdistance reviews against OISD and DGCA standards, P&ID documentation and drawing register reconstruction, and safety audit deliverables for petroleum depots, breweries, chemical plants, and aviation fueling stations.
As the regulatory bar rises, the facilities that benefit most won’t be the ones that filed the paperwork fastest — they’ll be the ones whose underlying risk assessments can actually withstand scrutiny. That’s the work we do.