How to Ensure Fire and Safety Compliance During Industrial Construction in India

Introduction

For manufacturing plant owners, industrial developers, EPC contractors, and project managers evaluating fire and safety compliance during industrial construction in India in 2026, the starting point is recognizing that construction-phase safety is a distinct discipline from permanent-facility fire protection.

The site is dynamic, workers are mobile, hot work is widespread, temporary electrical installations are everywhere, and combustible materials are stored next to welding operations. Construction-phase incidents can injure workers and delay projects or push up their cost, which is why safety has to be managed as a system from site mobilisation onwards.

Scope of this Guide

This guide walks through industrial construction safety compliance from regulatory framework through responsibilities, fire prevention, permit-to-work systems, worker safety, inspection checklists, documentation, incident response, and chemical/pharmaceutical sector-specific considerations - calibrated to the OSH Code 2020 (in force from 21 November 2025, consolidating the Factories Act 1948, BOCW Act 1996 and other labour statutes) and the OSH (Central) Rules, 2026 notified in May 2026, the Code on Social Security 2020 for BOCW cess and construction-worker welfare, NBC 2016 Part 7, state fire services legislation, and the BIS safety codes current as of October 2026.

State rules under the labour codes are at different stages of notification, so state-specific requirements should be confirmed for each project location. Permanent facility fire protection design and standalone Fire NOC applications are covered elsewhere.

Table of Contents

• Why Fire and Safety Compliance During Industrial Construction in India Matters in 2026
• Regulatory Framework for Fire and Safety Compliance During Industrial Construction in India
• Project Owner, Contractor and Safety Officer Responsibilities on Industrial Construction Sites in India
• Fire Prevention and Hot Work Permit Systems for Industrial Construction in India
• Worker Safety: Working at Height, Lifting, Excavation, Confined Spaces and PPE Compliance for Industrial Construction in India
• Construction Fire and Safety Inspection Checklist for Industrial Projects in India
• Safety Documentation, Incident Reporting and Corrective Action for Industrial Construction in India
• Chemical and Pharmaceutical Plant Construction Safety and EPCM Support in India
• Conclusion

1. Why Fire and Safety Compliance During Industrial Construction in India Matters in 2026

Four drivers make disciplined fire and safety compliance strategically important for industrial construction in India in 2026.

1.1 Construction-Phase Incident Exposure

Industrial construction sites concentrate the conditions for fire and injury - hot work on structural steel, temporary wiring across wet floors, flammable solvents and gas cylinders alongside welding, scaffolding and work at height, excavation adjacent to live services, and heavy lifting over active work zones. Construction site fire safety India is a continuous-management discipline, not a one-time Fire NOC event.

1.2 Statutory Accountability Under OSH Code 2020

The Occupational Safety, Health and Working Conditions Code, 2020, in force from 21 November 2025, consolidates the Factories Act 1948, the Building and Other Construction Workers (Regulation of Employment and Conditions of Service) Act 1996, the Contract Labour (Regulation and Abolition) Act 1970, and other labour statutes. It assigns duties to several parties rather than to one: the employer of each worker (a term the Code extends to contractors), the principal employer, and the employer of the construction establishment.

The Code defines the principal employer of an establishment such as a construction site as the person responsible for its supervision and control, so the project owner is not automatically the principal employer; that depends on how the site is controlled and on the contract structure, and should be confirmed for each project. Non-compliance can attract penalties and, where an inspector finds imminent danger, prohibitory orders that halt work.

1.3 Owner Oversight of the Contractor Workforce

Even where the contractor is the legal employer, the project owner cannot treat contractor and subcontractor workers as solely the contractor's concern. Where the owner is the principal employer, the Code places specific obligations on it for contract labour; where it is not, the contract usually still gives it approval, audit and stop-work rights, and incident investigations examine owner oversight as well as contractor conduct.

Fatal and serious incidents attract investigation by the Inspector-cum-Facilitator under the OSH Code, ESIC or employees' compensation claims under the Code on Social Security 2020 and, where the project holds an environmental clearance, possible scrutiny of compliance with its conditions. Factory construction safety requirements on the owner's side therefore extend to vetting, inducting, inspecting, and documenting the entire tiered construction workforce, with each statutory duty assigned in the contract to the party that legally holds it.

1.4 Lender, Insurer, and Buyer Expectations

Project lenders often require Environmental, Health, and Safety (EHS) covenants and periodic audit evidence. Insurers underwriting Contractor's All Risk (CAR) policies may take site safety practices and loss history into account when setting terms. Export-oriented plants face buyer audits on worker safety. Treating safety as a documented management system during construction - not an informal site activity - unlocks these commercial pathways.

2. Regulatory Framework for Fire and Safety Compliance During Industrial Construction in India

The industrial site safety regulations India stack for the construction phase combines the OSH Code 2020 and its rules, the Code on Social Security 2020 for BOCW cess and construction-worker welfare, state fire services legislation, PESO rules, NBC 2016 Part 7, applicable BIS safety codes, and project-specific environmental clearance conditions.

2.1 OSH Code 2020 and the Erstwhile BOCW Framework

The OSH Code 2020 replaced the Building and Other Construction Workers (Regulation of Employment and Conditions of Service) Act 1996, and the Code on Social Security 2020 replaced the Building and Other Construction Workers' Welfare Cess Act 1996. Three separate obligations follow, and they should not be confused:

Coverage needs to be checked project by project. The Code's definition of building or other construction work excludes work related to any factory or mine, and certain own-residence works below the prescribed cost. Construction inside an operating factory, such as a brownfield expansion, may therefore be treated as factory-related work under the Code's factory provisions rather than as building or other construction work, while a greenfield plant built before any factory exists is more likely to be covered. The Code's contract labour provisions apply separately where workers are engaged through contractors. Coverage should be settled with legal advice and the local authority's interpretation before registration and cess decisions are made.

2.2 NBC 2016 Part 7

The National Building Code of India 2016 Part 7 - Construction Management, Practices and Safety - is the main technical reference for construction-site safety, covering excavation, scaffolding, formwork, lifting, demolition, temporary works, electrical safety on site and fire precautions during construction. The NBC is a model code: its provisions become enforceable only where they are adopted through applicable laws, building bye-laws, development control regulations, approval conditions or contracts, so the project should state which parts it adopts. NBC 2016 Part 4 (Fire and Life Safety) is primarily for permanent-facility design but informs construction-phase fire planning, such as fire tender access and early provision of firefighting water.

2.3 State Fire Services Rules

Fire services are a state subject, and each state or union territory has its own fire services legislation and rules - for example, the Maharashtra Fire Prevention and Life Safety Measures Act 2006, the Gujarat Fire Prevention and Life Safety Measures Act 2013 and the Delhi Fire Service Act 2007. Construction-phase provisions such as temporary fire points, fire tender access, combustible storage and interim measures until permanent systems are commissioned differ by state and building category, so they must be confirmed with the local fire authority.

Whether a Fire NOC is needed, and at which stages (for example, a provisional approval with the building plan and a final NOC before occupancy), depends on the state, the building's height and occupancy classification, the industrial use and the approval route, so the requirement should be mapped for each project rather than assumed.

2.4 Applicable BIS Safety Codes

BIS standards apply to a construction activity only where a statute or rule, an approval condition, the contract specification or the owner's site standard invokes them; no standard is automatically mandatory for every activity. The codes most often referenced for construction-site safety are listed below. Several are old, and some have been revised or issued in parts, so confirm the current edition and amendments on the BIS portal before citing a standard in contracts. Together with the OSH Code and its rules, the standards relevant to each activity form the operational specification for a construction fire prevention measures programme.

3. Project Owner, Contractor and Safety Officer Responsibilities on Industrial Construction Sites in India

Clear separation of safety responsibilities between the project owner, the main contractor, subcontractors and the on-site safety officer, together with a written record of which party is the employer and which is the principal employer under the OSH Code, is central to contractor safety compliance. Overlap or ambiguity creates compliance gaps that surface in incident investigations.

3.1 Project Owner Responsibilities

The project owner's statutory role depends on how the site is structured: it is the principal employer only where it is the person responsible for supervision and control of the establishment, and it is the employer of any workers it engages directly. Whatever its statutory role, the owner usually sets site-wide safety governance through the contract - approving the project safety plan, enforcing contractor pre-qualification against safety criteria, mandating safety induction, securing the approvals that fall to the owner, commissioning third-party safety audits, reviewing incident records, confirming that the liable party has assessed and paid the BOCW cess, and holding contractual stop-work authority for serious non-compliance.

3.2 Main Contractor Responsibilities

The main contractor is usually the employer of most workers on site and so holds direct statutory duties under the OSH Code, including registration, accident notices and welfare provisions where it is the employer of the construction establishment. Contractually, it is responsible for executing the project safety plan - deploying qualified safety personnel per site strength, implementing the permit-to-work system, maintaining daily safety inspections, enforcing PPE discipline, conducting toolbox talks, maintaining worker registers and competency records, running the fire-watch programme during hot work, maintaining fire extinguishers and emergency equipment, coordinating with the owner on incident reporting, and managing subcontractor safety performance.

3.3 Subcontractor Responsibilities

Subcontractors are employers of their own workers and hold the statutory duties that come with that role, while working within the main contractor's safety management framework. They are responsible for worker-level induction, task-level toolbox talks, work-permit compliance, PPE issue and replacement, tool and equipment safety certification (particularly lifting tackle, scaffolding components, power tools), near-miss reporting, and participation in root-cause analysis for incidents in their work scope.

3.4 Safety Officer Role and Responsibility Matrix

Statutory and contractual safety staffing should be kept separate. Under Section 22(2) of the OSH Code 2020, the employer must appoint safety officers for building or other construction work where 250 or more workers are ordinarily employed. The number of officers and their qualifications are prescribed by the appropriate government's rules - the OSH (Central) Rules, 2026 where the Central Government is the appropriate government, and state rules elsewhere - so the applicable rule should be checked for each site. Owners commonly go further through the contract, requiring a qualified safety officer or competent safety supervisor on smaller or high-risk sites and setting staffing levels by risk, shift pattern and number of work fronts. The matrix below separates who is accountable, who implements and who monitors each area; the final allocation should follow the statutory roles confirmed for the project and the contract.

4. Fire Prevention and Hot Work Permit Systems for Industrial Construction in India

Fire is one of the highest-consequence incident categories on industrial construction sites, although falls from height are widely reported as a leading cause of construction fatalities. A disciplined hot work permit system India alongside storage, housekeeping, and electrical safety controls addresses the most common ignition sources on site.

4.1 Hot Work Permit System

A hot work permit is a time-bound written authorisation for any work generating heat, flame, or sparks - welding, flame cutting, grinding, brazing, soldering, torch-applied roofing. The permit specifies the location, activity, duration (often a single shift, but the validity period is set by the approved site procedure), controls (removal or shielding of combustibles within the clearance radius set by the site hot work procedure, fire blankets, a fire-watch person with an extinguisher, suitable PPE), and post-work verification (a fire watch maintained for the period the procedure specifies after work stops).

Whether a permit is needed, the clearance distance, fire-watch arrangements and post-work monitoring should all follow the approved site procedure, applicable regulations, the insurer's requirements and the task risk assessment rather than a generic figure. Permits are closed by signed verification.

4.2 Flammable, Oxidising and Combustible Material Storage

Construction stores hold four hazard groups that need different controls: flammable liquids (paints, thinners, solvents, fuels); fuel gases (LPG, dissolved acetylene); oxidising gases (oxygen cylinders, which do not burn themselves but intensify a fire and must be kept apart from fuel gases, oil and grease); and ordinary combustible materials (timber formwork, packaging, polystyrene and other insulation, bitumen).

Storage is segregated by compatibility, bunded for liquids, ventilated and secured for cylinders, located away from hot work zones and signposted, with daily issue quantities limited to the shift requirement. PESO licensing depends on the substance and quantity.

Under Rule 44 of the Gas Cylinders Rules, 2016, possession for own use is exempt from licensing up to, for example, 25 cylinders (and no more than 200 kg in total) of flammable non-toxic gas, 25 cylinders of dissolved acetylene, 200 cylinders of non-flammable non-toxic gas such as nitrogen or argon, and 5 cylinders of toxic gas, with separate limits for LPG.

For petroleum, PESO guidance treats storage below 30 litres of Class A, 2,500 litres of Class B and 45 kilolitres of Class C as exempt from licensing under the Petroleum Rules, 2002, although Class C storage still needs a one-time approval. Confirm current limits and conditions with PESO for each site.

4.3 Temporary Electrical Safety

Temporary site electrical installations are a major fire and shock hazard. Protection should follow the temporary electrical design, the classification of equipment and tools, the CEA (Measures relating to Safety and Electric Supply) Regulations, 2023, IS 732:2019 wiring practice, IS 3043 earthing and the site risk assessment. Typical measures include residual current protection on circuits feeding portable tools and wet or outdoor areas, double-insulated or properly earthed tools, weatherproof distribution boards, cable routing that keeps cables off walking surfaces and wet floors, armoured cable or protected trenching for buried runs, earthing designed for DG sets and temporary transformers, lightning protection where the risk assessment calls for it, and lockout-tagout for electrical isolation. The installation should be designed, tested and inspected by competent persons, with approvals obtained where the regulations require them.

4.4 Fire Equipment and Emergency Access

Portable fire extinguishers selected and maintained per IS 2190:2024 are placed at hot work zones, electrical panels, fuel storage, and worker rest areas - typed to the expected fire class (Class A for ordinary combustibles, Class B for flammable liquids, Class C for flammable gases, Class D for combustible metals, Class F for cooking oils where a site canteen operates), with CO2 or other non-conductive extinguishers at electrical panels, since electrical fires are not a separate class under the Indian classification. Where the risk assessment, the insurer or the fire authority requires it, interim hydrants or standpipes fed from the site water supply provide firefighting water until the permanent system is commissioned. Fire tender access is maintained throughout construction - haul roads, muster points, and emergency assembly areas are planned from day one. Fire safety during construction is site-wide, not confined to the plant room.

4.5 Emergency Response and Evacuation

Every site needs a written emergency response plan, briefed at induction and updated as the layout changes. It should cover an alarm audible across the site (siren, air horn or public-address system) with a distinct evacuation signal; marked escape routes and muster points, with headcount checked against the day's gate or attendance records; an emergency contact list at the gate and site office, including the national emergency number 112, fire service 101, ambulance 108 (in most states), the nearest hospital and the owner's and contractor's emergency coordinators; trained fire wardens and first-aiders on every shift; first-aid and rescue equipment matched to site hazards, including work-at-height and confined-space rescue; arrangements to meet and guide the fire service at the gate; and evacuation and fire drills at the frequency set in the plan, with lessons recorded and acted on.

5. Worker Safety: Working at Height, Lifting, Excavation, Confined Spaces and PPE Compliance for Industrial Construction in India

Beyond fire prevention, construction site safety audit on industrial sites covers the high-consequence activities - working at height, lifting operations, confined space entry, excavation, and PPE discipline.

5.1 Working at Height

The height above which work-at-height controls apply should be taken from the applicable OSH rules, NBC 2016 Part 7 and the owner's site standard, and stated explicitly in the project HSE plan. Controls include scaffolding per IS 3696 and IS 4014, inspected by a competent person before first use, after alteration, damage or severe weather, and at the intervals set by the applicable rules and site procedure, with tags showing its status, fall-arrest system (full-body harness per IS 3521 with suitable anchor), edge protection and toe boards, debris nets, access via proper stair towers rather than ladders, work-at-height permit for roofing and tall-structure work, and competency training for all working-at-height workers. IS 13416 Parts 1 and 2 cover preventive measures against falling material and fall of persons.

5.2 Lifting Operations

Lifting operations use mobile cranes, tower cranes, forklifts, and chain hoists. Controls include lifting equipment with current examination certificates, qualified operator certification, rigger competency, lift plan for critical lifts (lifts above the share of rated capacity defined in the site lifting procedure, tandem lifts, blind lifts), tagline-controlled loads, exclusion zone under lifted load, wind-speed limit for crane operation, daily pre-use inspection logs, and periodic examination and certification of lifting machines and tackle by a competent person at the intervals prescribed under the OSH Code rules.

5.3 Excavation and Underground Services

Excavation near live underground services is one of the highest-risk activities on industrial sites, especially in brownfield expansions with buried power cables, process lines and drains. Before digging, the site should obtain and check service drawings, scan with cable and pipe locators, hand-dig trial pits to confirm locations, and issue an excavation permit that names isolations and safe digging methods near services.

During work, controls include sloping, benching or shoring designed for the soil and depth (IS 3764 and NBC 2016 Part 7 give guidance), keeping spoil, materials and plant back from the edge, barricading and lighting the excavation, safe access and egress, dewatering, atmospheric checks in deep or enclosed trenches, and inspection by a competent person at the start of each shift and after rain or any event affecting stability. Requirements should be aligned with the applicable rules and the task risk assessment.

5.4 Confined Space Entry

Confined spaces during industrial construction include tanks, vessels, pits, manholes, basements, and partially-enclosed structures. Entry requirements should follow the applicable rules and a task risk assessment; typical controls are a confined-space entry permit, atmospheric testing (oxygen, flammability, toxic gases) before and during entry, forced ventilation, standby attendant, retrieval equipment, two-way communication, and emergency rescue plan. Entry is prohibited without a current permit.

5.5 PPE Compliance

Site-wide PPE includes IS 2925 safety helmets, IS 5983 eye protectors (safety glasses), IS 1179 welding eye and face protection, IS 15298 safety footwear with protective toecaps, high-visibility jackets per site standard, cut-resistant gloves for handling steel, respiratory protection where dust or fume is present, and hearing protection in high-noise zones. PPE issue, inspection, replacement, and daily enforcement are documented. Workers without correct PPE do not enter the active work zone.

6. Construction Fire and Safety Inspection Checklist for Industrial Projects in India

A disciplined industrial construction safety checklist drives daily and weekly site walkdowns and produces documented evidence of compliance.

6.1 Daily Walkdown Checkpoints

Daily walkdown checkpoints cover PPE compliance across workforce, housekeeping (debris clearance, trip hazards, cable routing), hot work in progress (permit current, fire watch present, extinguisher adjacent, combustibles cleared), scaffolding tags, ladder condition, electrical panel accessibility, fire extinguisher availability and accessibility, emergency route clearance, worker rest area hygiene, and signage visibility. Observations are logged with photographs.

6.2 Weekly Inspection Items

Weekly inspection items cover scaffolding full inspection and tag renewal, lifting equipment pre-use logs review, fire extinguisher pressure and seal check, first-aid box replenishment, check of emergency arrangements (alarms, routes, muster points), DG and temporary transformer earth continuity, RCD function test on temporary panels, fuel and solvent storage inspection, confined space equipment inventory, and training records against planned toolbox talks.

6.3 Monthly Audit Items

Monthly audits by the project safety officer and periodic third-party audits cover statutory compliance (BOCW cess payment, worker welfare board registration, EPFO/ESIC enrolment, hot work permit audit trail, incident log, non-conformance closure), permit-to-work system effectiveness, PPE issue records against workforce strength, validity of competent-person examination certificates for lifting equipment, safety training coverage, and corrective action close-out from the previous audit. Monthly audit findings feed the owner's governance review.

6.4 Statutory Inspection Preparation

Statutory inspections during construction include visits by the Factory Inspector (now the Inspector-cum-Facilitator under the OSH Code 2020), state Chief Fire Officer, state Electrical Inspector, state Pollution Control Board inspector for construction waste and air quality, and labour commissioner. Supervisors prepare the physical site and the documentation package - layout, permit log, incident records, worker registers, cess payment challans - for each inspection. Proactive preparation is central to fire safety compliance for factories at the construction stage.

7. Safety Documentation, Incident Reporting and Corrective Action for Industrial Construction in India

Rigorous construction safety documentation India turns on-site activity into verifiable evidence for the statutory authority, lender, insurer, and buyer audit.

7.1 Core Documentation Set

Records fall into two groups, and the distinction matters in inspections and investigations. Statutory records are those a law, rule, licence or approval requires; the exact list and formats depend on the applicable Central or state rules and the project's licences. Recommended project HSE records are not all required by law, but they are the evidence that controls were planned and applied.

7.2 Incident Reporting

Internal reporting and statutory notification are different obligations. Every first-aid case, medical treatment case, near-miss, fire, property damage event and spill should be reported internally under the project HSE plan, because the trend data drives prevention. Statutory notification applies to narrower categories, set by Sections 10 and 11 of the OSH Code 2020 and the applicable Central or state rules, which prescribe the authorities, forms and deadlines:

Deadlines run from the time of the event and differ by category, so the applicable rules should be checked for each site and built into the emergency response plan. Documented incident reports with root-cause analysis protect all parties during subsequent investigation.

7.3 Non-Conformance and Corrective Action

Non-conformance observations from daily walkdowns, weekly inspections, monthly audits, and statutory inspections are logged in a Non-Conformance Register with responsible owner, target closure date, verification status, and photographic evidence of closure. Repeat non-conformance by the same contractor or in the same category triggers escalation - formal letter, performance review, and stop-work in serious cases. Closure trend is a leading indicator of project safety health.

Track performance with defined formulas and a stated convention. This guide follows IS 3786: frequency and severity rates are expressed per 1,000,000 man-hours worked, and a lost-time injury is one causing disablement beyond the day or shift of the accident (IS 3786 also defines a rate based on reportable injuries, those keeping a worker off for 48 hours or more, for statutory comparison). Incident rates alone do not show whether a site is safe: they are lagging measures, and low numbers on a small workforce can be chance. Read them alongside leading indicators such as permit compliance, corrective-action closure and closure of high-risk observations.

7.4 Construction Fire Safety vs Permanent Fire NOC

Construction-phase fire safety is distinct from permanent facility fire protection design and the Fire NOC application. Construction fire safety is the active-management discipline during the building period - interim extinguishers, hot work permits, combustible controls, access, and worker evacuation. Permanent fire protection is the designed system - hydrants, sprinklers, detection, alarm, evacuation routes - often installed, tested and commissioned in phases as construction progresses, and in many cases inspected by the fire authority before a final Fire NOC is issued. Whether that NOC precedes the occupancy certificate and plant start-up, and in what sequence, depends on state and local requirements. Once parts of the permanent system are live, construction controls must protect them from damage and manage any isolations.

8. Chemical and Pharmaceutical Plant Construction Safety and EPCM Support in India

Chemical, pharmaceutical, and other high-hazard plant projects carry additional construction-phase risks over general industrial construction - and industrial construction EHS management must flex accordingly.

8.1 Chemical Plant Construction

Chemical plant construction brings pre-commissioning and interface risks: residual solvents in piping, nitrogen purging of vessels, hydrostatic or pneumatic pressure testing, leak testing with tracer gases (helium is common; other tracers are used only where the procedure and materials allow), and tie-ins to live units in brownfield expansion. Permit discipline is tighter. Hot work on or near process equipment requires gas testing and, where the site procedure uses them, gas-free certificates issued by an authorised person, with continuous atmospheric monitoring in confined spaces. Brownfield tie-ins add four controls: simultaneous operations (SIMOPS) planning between construction and production; respect for hazardous-area classification, keeping hot work and non-certified equipment out of classified zones unless specifically authorised; positive process isolation (blinds, double block and bleed) with lockout-tagout coordinated with the operating plant; and management of change for any modification to process equipment, piping or safeguards. Environmental clearance conditions and PESO licence conditions apply alongside OSH Code obligations.

8.2 Pharmaceutical Plant Construction

Pharmaceutical plant construction combines worker-safety discipline with clean-room protocol. Dust and fume control, segregation of clean and non-clean zones, controlled entry to finished clean areas and air-quality checks before equipment installation are additional checkpoints. Qualification activities (DQ, IQ, OQ, PQ) are planned according to the equipment, system criticality and applicable GMP requirements, and often overlap with late-stage construction; from a safety standpoint, the priority is managing the interface between qualification teams and construction crews through the permit system. Permit discipline covers hot work, confined space and clean-room entry together.

8.3 Brownfield Expansion

Brownfield expansion inside an operating plant adds live-plant interface risks - vibration from construction affecting adjacent process units, process emissions in the construction area, incompatible materials (sparks near hydrocarbon vapour), and interference with existing emergency routes. A joint safety committee between the operating plant and the construction team, daily interface review, and tightly controlled hot work in process areas are essential. The owner's existing safety management system typically takes precedence.

8.4 EPCM Role in Construction Safety

Depending on the agreed scope, an EPCM or project management consultant can take on construction-safety coordination and oversight: developing or reviewing the project HSE plan, contractor pre-qualification against safety criteria, setting up the permit-to-work system, monitoring contractor safety staffing against statutory and contractual requirements, running daily and weekly audits, supporting incident investigations, coordinating with statutory authorities, and supporting lender EHS reporting and insurer coordination. These are potential responsibilities, not standard deliverables: statutory duties stay with the employer or principal employer, and the consultant's role should be written into its contract. IMARC Engineering's relevant services include Fire and Safety Compliance During Construction, Health and Safety Compliance Audits, EHS Training and Construction Management Services, with the scope defined for each engagement.

Conclusion

An effective fire and safety compliance during industrial construction programme in India rests on three things: knowing which party holds each statutory role under the OSH Code and the Code on Social Security, rather than assuming the owner holds them all; controlling high-risk work - hot work, temporary electrics, lifting, excavation, work at height and confined spaces - through permits and procedures matched to the site's risks and the applicable rules; and keeping statutory records and project HSE evidence complete enough to stand up to inspection, investigation, lender and insurer review.

Construction-phase fire safety is also distinct from permanent fire protection and the Fire NOC, whose requirements and sequence vary by state. Owners who settle these points at contract stage, rather than after the first incident or inspection, carry less compliance risk into commissioning.