Fire System Design, Installation, Testing & Commissioning - Turn Key
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Fire Risk Assessment
Fire risk assessment is an organized check of what, in your work activities and workplace, could cause harm to people from fire. It will help determine the likelihood of a fire occurring and the dangers from fire that the workplace poses for the people who use it.
NFPA 551 Guide for the Evaluation of Fire Risk Assessments.
ISO 16732-1:2012(en) Fire safety engineering — Fire risk assessment — Part 1: General
Fire System Feasibility Study
Are you planning for a new Fire Protection or Prevention system installation?
Read this, as it covers important aspects to make the most efficient and effective fire system. This information is essential for understanding the requirements, possibilities, and implementation details.
We make a brief study on the basis of
- Economical Feasibility
- Technical Feasibility
- Duration Feasibility
- Operational Feasibility
by the professional to decide whether a project is feasible or not.
Our engineers also conduct site surveys and prepare Bills of Quantities for fire protection projects based on your site requirements, fire load calculations, and feasibility analysis.
Fire Load Calculation
Fire loads are calculated based on the conversion of mass into energy units (MJ) using the calorific value (heat release) of the corresponding material. To simplify fire load estimations, calculations are often done using the following assumptions:
Combustible materials are uniformly distributed throughout the building/facility
All combustible materials (with the exception of combustibles stored in suitable enclosures) within the fire compartment would undergo total combustion
The actual assessment of severity in any specific facility fire situation is essentially a subjective matter and to a particular extent, depends upon the physical and thermal properties of the enclosing structure itself and therefore the degree of ventilation involved.
Thus, temperature and the duration of burning in a compartment depend upon whether the walls and ceiling are good conductors or insulators and how much thermal energy is exhausted outside the burning room.

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