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Hotel Pool

Fire Solutions for 
Hotels

Hotels today extend beyond basic structures, resembling modern industrial facilities due to their diverse amenities like HVAC (Heating, Ventilation, and Air Conditioning) systems, workshops, and IT infrastructure. It encompasses not only guests and staff but also conference attendees, visitors to various amenities, and patrons of bars and restaurants. Hotel buildings pose elevated risks to human life and property due to the dense population and combustible interior furnishings.

Hotel Fire Safety: A Regulatory Perspective. 

  • National Building Code of India (NBC): NBC establishes the fundamental standards for fire safety in buildings, including hotels, providing overarching guidelines.
     

  • Indian Standards (IS codes): These codes, issued by the Bureau of Indian Standards (BIS), offer detailed specifications for fire safety.
     

  • IS 13716 (1993): This code outlines practices for ensuring fire safety in hotels, offering specific guidance tailored to the hospitality sector.
     

  • IS 2190 (Third Revision): This code focuses on the selection, installation, and maintenance of first-aid fire extinguishers, crucial components of hotel fire safety measures.

Fire Facts That Need Your Attention

In the aftermath of the karol bagh hotel fire that claimed 17 lives, the Delhi government on MOnday notified new building bylaws for hotels and guesthouses, banning the running of kitchens friom rooftops or bacements and use of carpets, wooden or foam panels in passages, corridors and staircases. 

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- Times of India, May 28th (2019).

Common Causes Of Fire In Hotels

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Electrical Panels

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Accidental Fires in Guest Rooms

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Hotel Kitchens

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Generators

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Arcing in Transformer

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Flammable Material in Store Rooms

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Malfunctioning of Motor in Lift Room

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Server Rooms

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Linen Washers

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HVACs

Cost of Not Addressing The Risk

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Rs. 5 to 5.5 crores per MW

Average Wind Turbine Cost

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12-18 months

Average Down

Time

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Rs. 8.31 Crores

 Cost per Affected Turbine

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Rs. 18-20 Crs

Consequential Cost

* Estimated costs as per industry experts and secondary data.

Safeguards in Just 3 Steps

DETECT

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TRIGGER

SUPPRESS

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Identifies fire at its origin through specialised Heat Sensing Tube.

The mechanism triggers autonomously, safeguarding even in unattended situations.

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Extinguishes fire rapidly ensuring safety for individuals, machinery, and surroundings. 

Fusion of Flexibility and Expertise

TUBE BASED SUPPRESSION FOR ENCLOSED SPACES: CQRS

Detection

Detects fires directly

from their origin.

Automatic Quelling

No human intervention required.

Equipment Friendly

Swift Set Up

Attain full defence within hours.

Self Reliant

Pneumatic mechanical activation, operates without any external power. 

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Residue free clean extinguishing agent.

Recommended Fire Solutions for:
WIND TURBINES

Ceasefire fire solutions for Wind Turbines include a range of Heat Sensing Tube Based Systems in both Direct and In-Direct system options in a wide variety of Clean gas based extinguishing agents ranging from  CO2, HFC236fa, HFC227ea and FK to suit every kind of requirement.     

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