Fire Protection Planning During Renovations

Fire Protection Planning During Renovations

Renovations are exciting for a facility—but they’re a period of heightened fire risk if not properly planned. Construction activities introduce ignition sources, temporary electricals, altered egress paths, and debris that can fuel a fire. Without a deliberate approach to fire protection planning during renovation, a project can experience delays, costly fire damage, and serious safety consequences for workers and occupants.

This comprehensive article delivers a practical, field-tested framework for managing construction site fire safety and NFPA 241 compliance through every phase of a renovation. You’ll move from problem diagnosis to an actionable, timeline-driven plan you can execute on-site, with checklists, tables, and real-world guidance. Along the way, you’ll see how to align with regulatory requirements (like OSHA’s fire protection obligations) and how robust planning delivers measurable protection, reduced downtime, and a safer work environment.

Key takeaway: A deliberate, documented Fire Protection Plan (FPP) is not optional on renovations; it’s the backbone of safe operations, regulatory compliance, and project continuity.

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Scenario: A renovation with hidden risks

Consider a mid-sized manufacturing facility preparing to repurpose a mezzanine to host new production lines. The project requires:

• Demolition of non-load-bearing partitions and reorganization of a portion of the production floor.
• Temporary power and welding operations for structural modifications.
• A partial shutdown of the building’s fire alarm and suppression interfaces to allow equipment installation.
• New electrical rooms and compressed air lines run through previously protected zones.

During the first week, workers perform hot work near stored solvents, and a temporary generator setup creates a cluster of ignition sources. Housekeeping is inconsistent; waste accumulates near grant-funded temporary exit routes. Although the building’s life-safety systems are still in place, the renovation disrupts the normal fire protection operations. In a few hours, a small electrical fire ignites debris, exposed conduit, and solvents, triggering a rapid escalation until the fire is contained by a few extinguishers and a two-alarm response.

Without a robust Fire Protection Plan that anticipates these shifts—outlining who monitors hot-work, how temporary shutdowns are managed, and how firefighting access is preserved—the incident could have been far worse: more damage, longer downtime, and risk to personnel. This is not an abstract scenario; it’s the daily reality for many renovations, and it’s why construction site fire safety must be integrated into project planning from day one.

This article will guide you through a comprehensive approach to prevent scenarios like the above and ensure NFPA 241 compliance where applicable, while meeting OSHA requirements and best industry practices for construction site fire safety.

Why renovations demand a specialized approach to fire protection

Renovations create unique fire hazards that don’t exist in steady-state operations. You’re altering flame paths, introducing new ignition sources, and changing the way occupants exit during construction—and you may temporarily disable or modify life-safety systems to accommodate work. The result can be a “perfect storm” of risk if controls aren’t explicitly planned, staffed, and tested.

Key risk drivers in renovation projects include:

• Hot work: welding, cutting, brazing, grinding, or any operation that produces heat and sparks.
• Temporary electrical systems and generators: non-permanent wiring that can be misused or overloaded.
• Housekeeping gaps: accumulation of debris, solvents, rags, and packaging that serve as fuel.
• Access to ignition sources and fuel sources: the combination of stored fuels, solvents, and oxygen-rich environments.
• Altered fire protection systems: partial disconnections or temporary bypasses of fire alarm and suppression components.
• Compromised egress: blocked or relocated exit routes, making evacuation slower or more dangerous.
• Material handling changes: newly stored materials, piles of wood, or more combustible waste due to construction activities.

A robust approach to fire protection planning during renovation involves three interconnected pillars: governance and compliance, engineering controls, and operational readiness. We’ll explore each pillar in detail and then translate them into a practical implementation plan you can adapt to your project’s scale and risk profile.

Citations that anchor this topic

• Construction site fire safety and regulatory backbone are anchored in OSHA’s fire protection requirements for construction. The standard explicitly requires a fire protection program be developed for all phases of construction and demolition, including firefighting equipment and ensuring access, with minimum requirements such as at least one 2A-rated fire extinguisher on each floor: 29 CFR § 1926.150. [OSHA: Fire protection – 29 CFR § 1926.150](https://www.osha.gov/laws-regs/regulations/standardnumber/1926/1926SubpartF)

• The cost and risk dimension of fires in nonresidential buildings underscores why renovation fire protection planning matters. USFA’s nonresidential fire statistics (2014–2023) show that in 2023 there were about 110,000 nonresidential building fires resulting in roughly $3.164 billion in property losses. This highlights the critical need for robust fire protection planning during renovations. [USFA Nonresidential fires statistics](https://www.usfa.fema.gov/statistics/nonresidential-fires/)

• For a construction-specific view on NFPA 241 and the role of fire protection during construction, SFPE (Society of Fire Protection Engineers) offers a Fire Service Webinar that covers applying NFPA 241 to construction and renovation projects, the Fire Prevention Program Manager role, and safe use of temporary fire protection measures. [SFPE Fire Service Webinar on NFPA 241](https://www.pathlms.com/sfpe/courses/74767)

• To anchor the discussion in formal standard expectations, NFPA 241 (Safeguarding Construction, Alteration, and Demolition Operations) provides a critical framework for safeguarding construction activities. A formal reference to the standard is essential for construction site fire safety and compliance planning. [NFPA 241 – Safeguarding Construction Operations](https://www.nfpa.org/codes-and-standards/about-the-codes-and-standards-program/overview/construction-fire-safety)

Note: While NFPA 241 is central to construction-fire protection planning, it should be integrated with local regulations and site-specific risk assessments. The SFPE webinar can help bridge practical application with the standard’s requirements.

1) The regulatory framework: what governs fire protection on renovation projects

A renovation project sits at the intersection of multiple regulatory regimes. The objective is not merely to avoid penalties; it’s about creating a safety culture that reduces risk, protects people, and maintains project momentum. The core regulatory and standards reference points include:

• OSHA’s construction fire protection obligations: The OSHA standard 29 CFR § 1926.150 requires the employer to develop and implement a fire protection program to be followed throughout all phases of construction and demolition. This includes ensuring access for firefighting equipment, providing firefighting equipment (such as extinguishers on each floor), and implementing feasible fire prevention measures. The standard recognizes the inherently higher risk of construction work and the need for dedicated protection during all phases (before, during, and after construction). [OSHA: Fire protection – 29 CFR § 1926.150](https://www.osha.gov/laws-regs/regulations/standardnumber/1926/1926SubpartF)

• NFPA 241: Safeguarding Construction, Alteration, and Demolition Operations (the standard dedicated to protecting people and property during construction). The standard sets expectations for fire protection planning, access to firefighting resources, and the use of temporary fire protection measures during renovation and construction. NFPA 241 is widely adopted as a benchmark by owners, general contractors, and code officials, and it’s a critical reference for any project undergoing significant modifications.

• The Fire Prevention Program Manager role and practice: In complex renovation projects, the Fire Prevention Program Manager is often the single point of coordination for fire protection activities across all phases. The SFPE webinar highlights how to structure this role, how to coordinate with construction managers, and how to implement safe, effective temporary fire protection measures where the permanent system is offline or partially operational.

• Local fire codes and building codes: Local amendments to the fire code and building code requirements will shape the minimum expectations for fire protection during renovation. This can include permit requirements for hot work, fire watch provisions, and the need for temporary fire protection equipment.

• Historical fire data to inform risk: The USFA nonresidential fire statistics provide a baseline for the scale and impact of fires in nonresidential settings. Renovation projects can leverage this data to justify investments in comprehensive protections and to communicate risk to stakeholders.

With these frameworks in mind, let’s translate high-level requirements into practical steps you can apply to any renovation.

2) Phases of renovation and fire protection planning: a practical framework

A renovation project typically unfolds in phases: pre-construction (planning and risk assessment), design (how the space will be redeveloped while maintaining life safety), construction (execution with fire protection in force), commissioning, and post-construction turnover and maintenance. The following framework provides a robust approach to each phase, with concrete actions you can implement on the ground.

Pre-construction phase: risk assessment and planning

During this phase, you establish the blueprint for fire protection. The aim is to identify all ignition sources, fuel loads, egress constraints, and the status of life-safety systems.

• Conduct a comprehensive site risk assessment
• Identify ignition sources (hot work, electrical equipment, open flames, heaters, solvents).
• Map all fuels, solvents, and other combustible materials; identify potential sources of stored energy (gas cylinders, aerosols, etc.).
• Assess egress and occupant load changes due to renovation activities.
• Evaluate access for emergency response, including fire department access and hydrant locations near the site.

• Establish a Fire Protection Plan (FPP)
• The plan should cover: fire protection objectives, roles and responsibilities, communication protocols, training requirements, emergency procedures, monitoring and inspection schedules, and a clear chain of command during renovations.
• Define fire watch requirements, especially during hot work or projects that create ignition risks.
• Plan for temporary fire protection measures, including portable extinguishers, temporary fire barriers, and means of maintaining access for firefighting apparatus.

• Align with external requirements
• Ensure compliance with OSHA requirements (e.g., at least one 2A-rated extinguisher on each floor) and with NFPA 241 concepts where applicable.
• Identify any permit requirements for hot work, open flame operations, electrical work, or temporary changes to life-safety equipment.

• Engage stakeholders early
• Involve the site manager, general contractor, mechanical/electrical contractors, facilities personnel, and the local fire department early in the planning.
• Establish a Fire Protection Team with clearly defined roles (Fire Prevention Program Manager, Fire Watch Captain, Safety Officer, Construction Supervisor, and Facilities Manager).

• Develop a budget and schedule
• Include costs for temporary extinguishers, fire watch personnel, temporary fire barriers, fire-rated construction methods, and training.
• Build in a schedule for inspections, tests, and commissioning of revised or new life-safety protections.

Design phase: integration of fire protection into the new layout

During design, your objective is to ensure that the renovated space maintains or improves fire safety performance, without compromising project viability.

• Update occupancy classifications and egress calculations
• Reassess occupant loads and egress widths in the renovated spaces.
• Ensure that egress paths are illuminated, unobstructed, and clearly marked during all phases.

• Plan for temporary systems and integration with permanent systems
• Determine how the existing fire alarm and suppression systems will be maintained or temporarily modified during construction.
• Plan for temporary monitoring and signaling for any areas where life safety systems are offline or partially offline.

• Specify fire protection features in the renovation design
• Use fire-rated assemblies where required by code or risk.
• Specify automatic sprinkler or detection upgrades if the new configuration warrants it.
• Consider dedicated fire protection for critical processes or equipment that generate heat or smoke.

• Documentation and approvals
• Update all project drawings, instrument lists, and fire protection specifications.
• Obtain necessary approvals from the authority having jurisdiction (AHJ), including any temporary permit requirements for construction activities.

Construction phase: execution with strict fire protection discipline

Construction is where the risk is highest. The right controls reduce the probability of a fire starting and the potential severity if one does occur.

• Implement robust temporary precautions
• Hot work controls: designate hot work zones, require hot work permits, maintain a hot work log, and ensure fire watches are in place for the duration of the activity and for a defined period afterward.
• Electrical safety: ensure all temporary electricals are installed by qualified personnel, with appropriate overcurrent protection, ground-fault protection where required, and secure storage of combustible materials away from electrical equipment.
• Storage and housekeeping: keep fire loads (solvents, rags, paper, sawdust) contained and away from ignition sources; preserve clear access to exits, hydrants, and firefighting equipment.

• Maintain fire protection equipment and access
• Position extinguishers (2A rating or higher) at logical points along construction corridors and near hot work areas.
• Keep fire hydrants and fire department connections accessible; do not block access with equipment or debris.
• If the life-safety system is periodically disabled or offline for testing or modifications, implement a documented procedure and extended fire watch coverage.

• Fire watch and monitoring
• Implement a fire watch program for hot work, with trained personnel who understand evacuation routes and who can raise the alarm quickly.
• Use signage and temporary barriers to indicate fire watch zones, and ensure that the fire watch remains on duty for the required duration.

• Training and drills
• Train workers on fire response, location of extinguishers, asset-aware hazards, and the plan for reporting fires or near-misses.
• Conduct periodic drills to practice evacuation and coordination with security and site safety teams.

• Recordkeeping and reporting
• Maintain logs of inspections, tests, and incidents.
• Document any deviations from the FPP and how they were remediated.

Commissioning and turnover: validating safety before occupancy

After construction, the project must demonstrate that fire protection measures are fully functional and ready for operational use.

• Recommission life-safety systems
• Ensure fire alarms, suppression systems, and any modifications function properly.
• Validate that new or altered fire protection interfaces with existing systems are correctly integrated.

• Final safety audit
• Conduct a comprehensive safety audit to verify compliance with NFPA 241 concepts, OSHA requirements, and local codes.
• Confirm that clear, accessible fire protection resources (extinguishers, smoke detectors, suppression zones) remain in place and are properly maintained.

• Training for operations and maintenance staff
• Provide targeted training for the facilities team, including updated floor plans, emergency procedures, and how to respond to fires or triggered alarms.

• Documentation handover
• Deliver to building management a complete package: FPP, updated drawings, equipment lists, test reports, and training records.

• Post-construction retention and monitoring
• Schedule ongoing inspections and periodic testing so any adjustments needed after turnover can be identified early.

3) A practical implementation playbook: 12 concrete steps to action

To make this concrete, here is a practical, field-ready 12-step playbook you can apply to most renovation projects. Each item links to the core objective of maintaining Construction site fire safety and NFPA 241 compliance.

1) Convene the Fire Protection Planning Team

• Appoint the Fire Prevention Program Manager and a Fire Watch Lead.
• Define roles, responsibilities, and decision rights for changes during construction.

2) Perform a comprehensive risk assessment

• Document ignition sources, fuel loads, egress considerations, and access for emergency responders.
• Identify any dependencies on temporary power, heaters, or equipment that might create risk.

3) Develop the Fire Protection Plan (FPP)

• Include prevention measures, inspection and testing schedules, training needs, and incident response procedures.
• Include fire watch protocols for hot work and critical operations.

4) Integrate NFPA 241 concepts into project design

• Ensure that construction methods and temporary measures align with safeguarding requirements.
• Plan for temporary barriers and fire protection equipment where life-safety systems are offline.

5) Align with regulatory requirements

• Confirm OSHA compliance with fire protection requirements for construction.
• Confirm any local AHJ expectations for permits, inspections, or temporary protections.

6) Establish emergency response coordination

• Communicate with local fire department and ensure they’re aware of the project’s scope and risk profile.
• Define access routes, hydrant locations, and staging areas for firefighting resources.

7) Set up a temporary fire protection inventory

• Stock convertible extinguishers on every floor; specify the type and rating.
• Identify areas requiring temporary suppression or detection coverage during changes.

8) Implement hot work controls

• Prepare hot work permits, designate safe zones, and ensure continuous fire watch coverage for the duration of hot work and for a defined post-work period.

9) Maintain housekeeping and operational discipline

• Establish and enforce housekeeping rules for waste management and flammable materials.
• Schedule daily cleanup to prevent accumulation of combustible materials.

10) Conduct ongoing training and drills

• Run short, targeted drills that reflect the renovation’s specific hazards.
• Ensure workers understand how to report fires, how to evacuate, and how to use extinguishers.

11) Document, audit, and adjust

• Maintain a living document of all changes, inspections, and incidents.
• Periodically audit the FPP against actual conditions and update as needed.

12) Final commissioning and handover

• Recommission all life-safety systems; validate interoperability; finalize the As-Built documentation.
• Deliver a post-renovation maintenance plan to the building owner.

4) Checklists and quick-reference tools

Checklists help translate policy into practice. Use these two checklists to guide on-site decision-making and ensure nothing important falls through the cracks during renovation.

Pre-renovation risk assessment checklist

• [ ] Identify all ignition sources (hot work, open flames, heaters, sparks from power tools).
• [ ] Map all fuels and combustible materials (solvents, rags, packaging, wood).
• [ ] Assess egress paths and occupancy changes that result from renovation.
• [ ] Confirm access for emergency response (fire department apparatus, hydrants, water supply).
• [ ] Determine regulatory permits required for hot work and temporary life-safety changes.

Fire Protection Plan (FPP) readiness checklist

• [ ] Appoint Fire Prevention Program Manager and Fire Watch Lead.
• [ ] Define roles, responsibilities, and reporting lines.
• [ ] Outline temporary protection measures (extinguishers, barriers, alarms).
• [ ] Establish training schedule and safety drills.
• [ ] Ensure all stakeholders approve the FPP.

During-construction fire safety checklist

• [ ] Maintain accessible extinguishers (2A or higher) on every floor.
• [ ] Enforce hot work permits and maintain a live hot-work log.
• [ ] Keep fire lanes clear; do not block access to hydrants or extinguishers.
• [ ] Schedule housekeeping to minimize fuel loads and combustible accumulation.
• [ ] Verify temporary fire protection systems and life-safety interfaces.
• [ ] Conduct daily safety briefings and weekly on-site fire watches.

Commissioning and turnover checklist

• [ ] Reverify operation of alarms, suppression, and detection systems.
• [ ] Confirm updated drawings, equipment lists, and maintenance plans.
• [ ] Train facilities personnel on changes and emergency procedures.
• [ ] Deliver final risk assessment and FPP to building owner.

5) Quantifying risk and the benefits of proactive planning

A well-executed fire protection plan yields tangible benefits that go beyond compliance. It reduces the likelihood of fire-related incidents, minimizes downtime, protects critical assets, and preserves project timelines.

• Reduced incident probability: A thorough risk assessment and the enforcement of hot-work controls dramatically reduce ignition events, saving the project from costly delays.
• Minimized property losses: Exposure tends to be lower when fire protection measures are in place, particularly in high-risk zones with solvents, fuels, or electrical hazards.
• Improved worker safety: A structured Fire Protection Plan improves worker awareness, reduces near-misses, and fosters a safety-first culture on site.
• Faster project turnover: With a clear sequence for commissioning and turnover, the project achieves a smoother transition to operations and reduces post-construction rework.

6) Case study (hypothetical) – applying this approach to a renovation

Project: A 60,000-square-foot distribution center undergoing a multi-month renovation to reconfigure storage layouts and expand offices.

Key steps implemented:

• Pre-construction risk assessment identified hot work hubs in mezzanine scaffolding and solvent storage near old palletized materials.
• An FPP was created with explicit hot-work permits, daily housekeeping rules, and a plan for temporary extinguishers and fire watches.
• NFPA 241 concepts were integrated by ensuring temporary fire barriers and maintaining access for fire responders even when portions of the fire alarm system were offline for testing.
• A Fire Prevention Program Manager led coordination among the GC, mechanical/electrical subs, and the local fire department.

Outcomes:

• No significant incidents during construction.
• The project completed on schedule with a clean turnover, and post-construction commissioning confirmed full integration of life-safety systems.
• Building management reported improved fire protection readiness for ongoing operations.

7) The “why” behind the numbers: tying safety to economics

Beyond compliance, effective fire protection planning during renovation helps protect your bottom line. The costs of a major fire include replacement of damaged assets, business interruption, investigation costs, penalties, and potential increased insurance premiums. By contrast, a well-executed plan reduces these risks, keeps the project on time, and can lower total lifecycle costs. The data from USFA’s nonresidential fire estimates underscore the scale of potential losses that can be averted with disciplined prevention, which is why the investment in a proactive Fire Protection Plan is strategic, not merely regulatory compliance.

8) A primer on NFPA 241 compliance in practice

NFPA 241 is designed to safeguard construction operations. Its application on renovation projects includes:

• Establishing firefighting access for the duration of construction and ensuring that temporary measures do not impede access or fire suppression equipment.
• Controlling ignition sources and fuel loads in and around the renovation zone.
• Ensuring coordination with the AHJ to validate that temporary fire protection measures are appropriate and consistent with the project’s risk profile.

The SFPE webinar referenced earlier provides practical guidance for implementing NFPA 241 in real-world renovation projects, including the role of the Fire Prevention Program Manager and safe use of temporary fire protection measures. [SFPE Fire Service Webinar on NFPA 241]https://www.pathlms.com/sfpe/courses/74767

9) 48Fire Protection: Services tailored for renovation safety

48Fire Protection specializes in helping organizations navigate the complexities of renovation fire safety, ensuring robust protection while keeping projects on track. Our services are designed to integrate with your existing processes and to deliver a plan that is practical on the ground.

• Fire protection planning and consultancy
• Comprehensive risk assessments tailored to renovation projects.
• Development of a site-specific Fire Protection Plan (FPP) aligned with NFPA 241 concepts and OSHA requirements.

• On-site fire protection management
• Appointment of a Fire Prevention Program Manager for coordinated oversight.
• Fire watch supervision during hot work and other high-risk activities.

• Temporary fire protection systems and equipment
• Provision and placement of portable extinguishers, temporary water supply access, and fire barriers.
• Coordination of temporary detection and signaling systems during construction.

• Training and drills
• On-site training for workers on fire safety, emergency procedures, and hose and extinguisher use.
• Periodic drills to test evacuation and fire response effectiveness.

• Life-safety system integration and commissioning
• Recommissioning of life-safety systems after changes are complete.
• Verification of system interoperability with renovated spaces.

• Documentation and compliance support
• As-built drawings, risk assessments, and maintenance plans for post-renovation upkeep.
• AHJ coordination and NFPA 241 compliance reporting.

• Post-renovation commissioning and handover
• Final verification of all life-safety protections and a handover package to the building owner.

If your renovation project needs a partner who can translate complex fire protection requirements into an actionable on-site program, 48Fire Protection stands ready to help you reduce risk, maintain schedules, and ensure safe, compliant outcomes.

[Contact 48Fire Protection](/contact-us)

10) Quick-reference comparison: phased approaches vs. ad-hoc safety

To help you quickly decide on the right approach for your project, here is a concise, side-by-side comparison of two common approaches on renovations: a formal, plan-driven approach (the approach advocated here) vs. an ad-hoc, reactive approach.

• Phase-driven approach (recommended)
• Pros: Higher safety, better regulatory alignment, fewer surprises, smoother turnover.
• Cons: Requires upfront planning, more coordination, potential upfront cost.

• Reactive/ad-hoc approach
• Pros: Lower upfront effort, flexible in the short term.
• Cons: Higher risk of fires, slower project acceleration, potential AHJ complications, higher long-term cost.

Table: Key differences by phase

Phase	Proactive approach attributes	Reactive/ad-hoc approach risks
Pre-construction	Formal risk assessment, FPP creation	Missing critical hazards, uncoordinated plans
Design	NFPA 241 alignment, life-safety interface planning	Incompatible temporary measures, life safety gaps
Construction	Fire watch, temporary protections, continuous training	Fire incidents, compromised access, delays
Commissioning	Recommissioning of life-safety systems, documentation	Incomplete systems, post-turnover issues
Turnover	Maintenance plan, worker training	Higher post-occupancy risk, regulatory exposure

11) Common misconceptions and realities

• Misconception: “We’ll handle fire safety if something goes wrong.” Reality: Proactive planning prevents problems. A well-structured FPP is a critical investment in safety and project continuity.

• Misconception: “NFPA 241 is only for large projects.” Reality: NFPA 241 concepts apply to renovations of all scales where construction activities alter life-safety protections. The goal is safeguarding people and property, regardless of project size.

• Misconception: “Temporary measures are too costly to maintain.” Reality: The cost of temporary protections is often much smaller than the cost of a fire, downtime, or regulatory penalties. Investing early reduces risk and the potential for expensive rework.

12) Closing thoughts: making fire protection planning a management priority

Renovations carry a built-in tension between speed and safety. The right approach harmonizes project delivery with comprehensive protection for workers, occupants, and assets. When you embed NFPA 241 concepts, OSHA requirements, and a disciplined Fire Protection Plan into your project governance, you gain:

• Clear accountability across the project team
• A structured path to maintain life-safety protections during all phases
• A defensible record of compliance and risk management for the AHJ and stakeholders
• A safer work environment with fewer interruptions and incidents

By investing in robust fire protection planning during renovation, you’re not only complying with standards and reducing risk—you’re protecting people, protecting assets, and protecting the project timeline.

Citations for further reading and validation

• OSHA: Fire protection in construction – 29 CFR § 1926.150. This regulation requires a formal fire protection program for construction and demolition projects, including firefighting equipment and access. [OSHA: Fire protection – 29 CFR § 1926.150](https://www.osha.gov/laws-regs/regulations/standardnumber/1926/1926SubpartF)

• USFA nonresidential fire estimates (2014–2023). The 2023 data highlight the scale and financial impact of nonresidential fires, underscoring the need for proactive fire protection planning during renovation. [USFA Nonresidential fires statistics](https://www.usfa.fema.gov/statistics/nonresidential-fires/)

• SFPE Fire Service Webinar: Fires During Construction and Changes to NFPA 241. This resource covers applying NFPA 241 to construction and renovation projects, including the Fire Prevention Program Manager role and safe use of temporary fire protection measures. [SFPE Fire Service Webinar on NFPA 241](https://www.pathlms.com/sfpe/courses/74767)

• NFPA 241 – Safeguarding Construction Operations. The standard provides the framework for safeguarding construction activities, including on renovation projects. [NFPA 241 – Safeguarding Construction Operations](https://www.nfpa.org/codes-and-standards/about-the-codes-and-standards-program/overview/construction-fire-safety)

• Additional context on construction site fire safety and hazard reduction is widely discussed in industry resources. When you pursue renovation projects, ensure your team has access to updated NFPA guidance and jurisdictional requirements, and consider working with a dedicated fire protection partner who can translate these standards into an actionable on-site program.

Final note

If you’re managing a renovation, you don’t have to guess at the right approach. Use this guidance to build a structured, compliant, and effective fire protection program that keeps people safe, protects property, and keeps your project on track.

[Contact 48Fire Protection](/contact-us)