Nicolás Araúzo Alemany
Senior HSE Engineer and Fire Protection Systems Specialist
In an industrial plant, fire protection doesn’t begin when a pump, a network of fire hydrants, or a detection system is installed. It begins much earlier, at the design table.
The safety of a facility depends largely on the decisions made in the early stages of a project, when engineers analyze risks, understand the process, and coordinate each element so that it functions as an integrated system.
In sectors such as energy, the chemical industry, or Oil & Gas—where any incident can have significant consequences for people, assets, and operational continuity—having a well-designed fire protection strategy is essential.
Engineering offers a unique advantage: it is the only discipline that has a comprehensive view of the project and detailed knowledge of the process, from operating conditions to the most demanding emergency scenarios.
An effective fire protection system isn’t simply installed—it’s designed from the very beginning of the project.
The key lies in anticipation. Thanks to access to technical information such as process flow diagrams (PFDs and P&IDs), fluid characteristics, and risk analyses, engineering teams can define solutions tailored to the actual needs of each facility. This approach allows vulnerabilities to be identified from the outset and measures to be taken that improve the safety and reliability of the entire system.
Another major strength of engineering is its ability to integrate disciplines. Fire protection systems are closely related to areas such as processes, piping, electrical systems, instrumentation, and civil engineering. When all these disciplines work in a coordinated manner from the earliest stages, interference, subsequent modifications, and costs associated with on-site changes are reduced.
Fire protection cannot be approached as an isolated element. Its success depends on coordination across disciplines and on understanding how each system interacts within the facility.
In addition to improving safety, a rigorous design helps optimize the facility’s entire life cycle. The application of recognized international standards, such as NFPA, along with specialized certifications like FM or VdS, helps reduce failures, minimize unplanned interventions, and facilitate maintenance through the use of standardized equipment. It can also lead to better insurance terms and greater long-term operational resilience.
Experience shows that many of the most costly problems arise when fire protection is not properly incorporated from the design phase. This article describes the case of a facility where, during commissioning, it was discovered that certain critical pieces of equipment had not been included in the protection system. Correcting this issue required resizing key infrastructure and rethinking part of the fire suppression strategy just a few weeks before the plant was scheduled to begin operations.
Designing correctly from the start not only reduces costs; it also protects people and enhances the reliability of facilities throughout their entire service life.
Because, ultimately, fire protection is not merely a matter of regulations or technology. It is a strategic decision that begins with engineering and has an indispensable goal: to ensure the safety of people and infrastructure when they need it most.
