Fire Protection and Life Safety | FAQs

A fire protection engineer evaluates fire and life safety risks and develops strategies to help protect people, property, and operations. Services may include code compliance reviews, fire alarm and suppression system design, smoke control analysis, fire modeling, hazard evaluations, and technical support for permitting and approvals.

We provide code consulting, code compliance reviews, performance-based design, AHJ representation, fire alarm and suppression system design, smoke control analysis, fire modeling, BIM coordination, facility condition assessments, testing and inspection support, and special hazard evaluations. We also support hazardous materials, flammable commodity storage, warehouse fire protection, lithium-ion battery applications, and industrial process safety.

A fire code compliance review is an engineering evaluation of a building, system, or design against applicable codes and standards. Reviews may address occupancy classification, construction type, means of egress, fire-resistance-rated assemblies, fire alarm systems, fire suppression systems, smoke control, and other project-specific life safety requirements.

Early code review helps identify applicable requirements before they create schedule, permitting, or construction issues. Addressing compliance questions early can reduce redesign, improve coordination among project stakeholders, and support a more efficient approval process.

Depending on the project, reviews may include the International Building Code (IBC), International Fire Code (IFC), NFPA standards, Unified Facilities Criteria (UFC), FM Global Property Loss Prevention Data Sheets (FMDS), local amendments, and owner-specific requirements. The applicable code basis depends on the facility type, jurisdiction, owner, and project scope.

Performance-based fire protection design uses engineering analysis, fire modeling, evacuation analysis, and technical documentation to show that a proposed design provides an equivalent level of safety when prescriptive code provisions do not fully address a project’s needs. This approach is often used to support innovative designs, unique operational requirements, or alternative means of compliance.

Performance-based design may be appropriate for complex architecture, high-rise buildings, atriums, transportation facilities, data centers, industrial facilities, historic renovations, mixed-use developments, and other projects with nontraditional design features. It is particularly useful when standard prescriptive requirements do not align well with the project’s design intent or operational constraints.

A third-party fire protection system review is an independent technical evaluation of design documents, calculations, reports, specifications, and system concepts. These reviews help identify code issues, coordination gaps, technical inconsistencies, and opportunities for improvement before construction, permitting, or final approval.

AHJ representation helps owners and project teams communicate effectively with fire marshals, building officials, and other regulatory authorities throughout the review and approval process. This may include preparing submittals, responding to comments, coordinating meetings and inspections, and helping keep the project on a clear path to acceptance.

Yes. Fire alarm design services may include system layout, device selection support, sequence of operations, integration with other building systems, design drawings, technical specifications, and coordination with code and project requirements. The objective is to deliver a system that is practical, code-compliant, and aligned with the building’s use and occupancy.

Yes. We design and evaluate sprinkler, standpipe, clean agent, foam, water mist, inert gas, hybrid, and other suppression systems based on the hazard, building use, water supply, operational needs, and applicable code requirements. System selection depends on the protected assets, fire risk, and project-specific constraints.

A smoke control analysis evaluates mechanical or natural smoke management systems to determine whether they can limit smoke migration, maintain tenable conditions, and support occupant evacuation during a fire event. It is commonly used for atriums, large-volume spaces, high-rise buildings, transportation facilities, and other projects with complex smoke movement considerations.

A smoke movement analysis evaluates how smoke, heat, visibility, and temperature conditions may develop and move through a building during representative fire scenarios. The results can support smoke control design, life safety evaluations, performance-based design studies, and code compliance reviews.

A fire protection Facility Condition Assessment evaluates existing fire protection and life safety systems to identify deficiencies, code gaps, and conditions that may affect occupant safety or asset protection. The assessment typically provides prioritized findings, recommendations, cost opinions, and documentation to support renovation planning, capital improvement planning, or regulatory review.

A fire hydrant flow test measures available water supply characteristics such as static pressure, residual pressure, and flow. This information supports sprinkler and standpipe hydraulic calculations, fire pump evaluations, and water supply assessments, and it is often critical during the early stages of system design.

Hazardous materials facilities often require evaluation of material classification, inventory quantities, maximum allowable quantities, control areas, storage and use conditions, ventilation, gas detection, spill control, secondary containment, explosion protection, and suppression strategy. The specific requirements depend on the hazards present, the occupancy, and the applicable codes and standards.

Flammable commodity storage involves materials whose properties, packaging, quantities, and storage arrangements can significantly affect fire growth, smoke development, explosion potential, and suppression requirements. Engineering evaluations may address commodity classification, separation distances, spill control, ventilation, ignition source control, and the adequacy of detection and suppression systems.

Warehouse fire protection design evaluates storage arrangements, commodity classifications, storage height, rack configurations, water supply, sprinkler criteria, fire alarm requirements, and other factors that affect fire and life safety in storage and distribution facilities. These evaluations are especially important for high-piled storage, automation, tenant improvements, and changes in commodity or storage configuration.

We evaluate thermal runaway, gas release, fire spread, ventilation needs, explosion control, detection, suppression, and AHJ coordination to develop practical fire protection and life safety strategies for lithium-ion battery and other special hazard applications. These projects often require a combination of code analysis, hazard evaluation, and performance-based engineering support.

Industrial process safety focuses on reducing fire, explosion, combustible dust, and toxic-release risks associated with industrial operations and hazardous processes. Services may include Dust Hazard Analyses (DHA), Process Hazard Analyses (PHA), HAZOP studies, What-If analyses, LOPA, hazardous materials inventory evaluations, and mitigation planning aligned with codes, operations, and business continuity.