Fire Protection Services

Fire protection systems are engineered measures — passive and active — that limit fire spread, maintain structural stability, and protect life and property. They include fire-rated construction, fireproofing coatings, compartmentation, barriers, and integrated fire safety systems designed to meet fire protection standards and building fire codes.

Systems fall into active fire protection (detection, suppression, sprinklers) and passive fire protection (fireproofing, fire-rated barriers, compartmentation, and fire stopping). OSISCO specialises in passive fire protection systems and structural fire protection coatings for steel and concrete assets.

Passive fire protection uses fire-resistant materials and fire-rated assemblies built into the structure — coatings, boards, sprays, and barriers — that resist fire without activation. It provides continuous fire resistance for walls, floors, columns, beams, and penetrations.

Active fire protection detects and fights fire through systems that require activation — sprinklers, alarms, suppression gas, and hydrants. It complements passive measures; both are required for comprehensive fire safety compliance on many industrial and commercial projects.

Active systems respond when fire occurs (sprinklers, alarms). Passive systems are always in place — fireproofing, fire barriers, and fire-rated construction that contain fire and heat by design. Effective fire protection solutions combine both approaches.

A complete scope may include structural fireproofing, intumescent coating for steel, fire compartmentation, fire-rated barriers at walls and floors, sealing of penetrations and joints, and documentation demonstrating fire protection requirements and code compliance.

Structural fire protection maintains load-bearing capacity of steel structures, concrete elements, and assemblies for a defined fire resistance period — typically through fireproofing, intumescent coatings, or fire-resistant encasement — preventing collapse during a fire event.

Fireproofing applies fire-resistant materials to structural steel, columns, beams, decks, and vessels to achieve required fire resistance ratings. Methods include intumescent coating, cementitious spray, and board systems — selected by fire protection engineering analysis.

Passive fire protection delays fire spread, maintains compartmentation, protects structural integrity, and provides safe evacuation time. It is a core fire prevention measure in fire-resistant construction for industrial facilities, buildings, and critical infrastructure.

They are used on structural steel in plants and warehouses, concrete walls and floors, ceilings, columns, beams, penetrations through fire-rated barriers, and openings in fire-rated assemblies — across petrochemical, power, commercial, and infrastructure projects.

Service life depends on system type, environment, and maintenance. Quality intumescent and cementitious fireproofing typically lasts 15–25+ years when applied correctly and inspected periodically. OSISCO specifies systems with documented durability for each exposure condition.

Industrial facilities face elevated fire hazards — hydrocarbons, high temperatures, dense occupancy, and critical processes. Fire protection for industrial facilities limits fire risk, protects assets, supports NFPA and local code compliance, and reduces downtime from fire-related incidents.

They protect people, structures, and operations by controlling fire spread, preserving structural stability, maintaining fire compartmentation, and meeting fire safety codes. Applications range from high-rise buildings to petrochemical plants and power generation assets.

Key passive methods include intumescent coating, cementitious fireproofing spray, fire-resistant boards, fire barriers and compartmentation, and fire stopping at penetrations and joints. OSISCO selects methods based on substrate, required fire resistance rating, and fire protection standards.