Aspirating smoke sampling technology actively draws in air samples through a pipe network and analyses it for smoke particles. This allows detection of smoke at the very early stages of a fire, which improves the response time and minimizes the resulting fire damage.
Our experienced team has the know-how when it comes to the installation of these systems. Our design services include zoning, detailed layouts, air delivery calculations and balancing of the system.
These systems utilize alternate suppression media which eliminate unacceptable effects of traditional water systems. This is typically ideal for the protection of critical equipment where minimum operation disruption is desired in a fire incident. Such as gas systems or mist-based systems.
At Fire Cube we have the expertise to guide you through the selection of the type of system which best fits your needs. We work with qualified distributors and contractors to deliver design, tender and finally commission these systems.
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Automatic sprinklers are one of the most effective tools of active fire protection. Their application is flexible and offers protection to various hazards; however, numerous factors must be carefully assessed to achieve the desired level of protection.
Our team of experienced engineers and designers can help set protection criteria, provide detailed design, and perform the necessary analysis & hydraulic calculations to ensure your system is efficiently designed while meeting your specific needs. Whether it is ESFR, in-rack sprinklers, dry or deluge, we’ll make sure you are informed to make the best decisions for your organization. Our designs are in accordance with the Ontario Building Code and NFPA 13, 14 and 20.
The Ontario Fire Code requires regular testing and maintenance of the smoke control systems in high buildings in order to ensure the equipment are operating properly. The leading cause of fatalities in fires is smoke inhalation thus the need for smoke control throughout a building. These devices are all connected to the fire alarm panel and operate automatically when the system is in alarm.
At Fire Cube, we have the expertise to develop smoke control procedures tailored to your facility. A smoke control system is a complex mechanical, electrical, and architectural system that is designed based on the buildings specific requirements. The systems are designed to keep smoke out of certain areas in the event of a fire. Our procedures are developed through consultation with the Owners/Operators, review of mechanical and architectural drawings and a detailed visual site review to understand the original design intent of the building. Our expertise spans across small tenant units to multi-storey high rise with more complex fire and life safety systems.
A critical function of all fire and life safety systems is the integration of the various systems to achieve desired fire protection functions. With the introduction of CAN/ULC-S1001 “Standard for integrated systems testing of fire protection and life safety systems”, the process has been mandated and formalized to ensure individuals and firms conducting such commissioning follow a strict and methodical approach.
At Fire Cube, our team is trained and ULC certified to perform Integrated System testing and commissioning. Our approach is built on a thorough understanding of various building systems and a practical approach to on-site testing and implementation. Our team has diverse expertise in mechanical and electrical systems, building codes and fire codes and engages other project stakeholders to ensure the success of the project from the onset.
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In order to provide Hydraulic Calculations and to properly design a fire sprinkler system for a commercial or residential structure it is necessary to perform a Hydrant Flow Test. Hydrant flow tests are conducted to determine the flow rate and pressure throughout a water authority’s underground water distribution system and indicates what is the available water supply in the water main. Flow tests are conducted as per NFPA 291.
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Combustible and flammable liquids pose risks that require critical intervention and in many situations foam-based suppression is the ideal solution. Various types of foam solutions and foam application methods exist. Their use depends on the material being protected and the environment it is in.
Each case is uniquely assessed and detailed design plans are prepared. In addition, we provide installation specifications and commissioning requirements to ensure proper system functionality.
A Firewater Risk Assessment (FWRA) is an evaluation of the predicted volume and composition of firewater generated in the event of a fire occurring on-site. (From ORS.ie website)
It reviews environmental risks associated with subsequent, uncontrolled firewater runoff.
Firewate, in this context, is defined as the liquid which arises from water, foam, rainwater or other substances that have been used for fire-fighting purposes. Firewater is likely to contain polluting matter having come into contact with the products of combustion. It Typically contains high concentrations of substances which are harmful and in some cases toxic to the aquatic environment.
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Emergency preparedness is a responsibility and requirement for organizations to maintain a compliant operation in accordance with federal, provincial and municipal regulations.
We develop, maintain, and update your Fire Safety Plan to meet regulations across Canada. Our experienced team will conduct a site audit and will develop comprehensive plans that are customized to your facilities. These plans will set out specific training requirements for staff and responsible team members, requirements for fire drills and more.
We help your organization create Evacuation Maps that will help guide viewers in the case of an emergency. Evacuation drawings show building features including rooms, stairwells, hallways, exits, a ‘You Are Here” location and safe egress routes. Locations of fire safety equipment such as fire extinguishers and the assembly area location can also be shown.
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Fire Pumps are the heart of many suppression systems. Proper planning, which includes physical protection of the fire pump equipment, provisions for testing, duration of water supplies and backup power planning, must be diligently examined.
Our services ensure your pump is optimally selected for its application through analysis and hydraulic calculations in accordance with NFPA 14 and 20. In addition, we help plan physical space allocation for pump rooms and fire protection equipment so that you can maximize the use of your facility.
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