Some facilities, due to their intended purpose and specificity, require additional security measures and installations. One of the most important issues is fire protection, the effectiveness of which depends on the solutions used. What fire protection is and what its purpose is requires determining the purpose of the building. Generally speaking, the aim of fire protection is to implement projects that protect the health and life of people, as well as property collected in a given area.
What is fire protection?
Fire protection (often abbreviated as “fire safety” or “FPP” in English) is essentially a comprehensive system of coordinated actions and legal, technical, and organizational measures with one overarching goal: to prevent the outbreak and spread of fire, and to effectively combat fires when they occur.
It is not a one-time obligation but an ongoing process that must be continuously maintained and monitored.
n practice, fire protection comes down to several key areas. First, it involves proper design and construction of buildings — using non-combustible materials, designating evacuation routes, and defining fire zones. Second, it requires equipping buildings with firefighting equipment (such as fire extinguishers, hydrants, and sprinkler systems) and early detection systems (like smoke detectors). Third, there is the human factor — regular employee training, clear fire emergency procedures, and appointing individuals responsible for safety. Simply put, fire protection means taking a comprehensive approach to ensure that fire never catches anyone by surprise and never causes losses.
Legal aspects related to fire protection
At the design stage of a given facility, current regulations and fire protection principles resulting from legal acts or specialized studies available on the market should be taken into account. The main legal acts regulating the market in terms of fire safety include:
- Fire alarm devices are covered by harmonized standards under Regulation (EU) No 305/2011 of the European Parliament and of the Council of 9 March 2011 laying down harmonized conditions for the marketing of construction products and repealing Council Directive 89/106/EEC (OJ L 88, 4.4.2011):
- Act of July 7, 1994 Construction Law
- Act of 24 August 1991 on fire protection
- The Regulation by Minister of Infrastructure of April 12, 2002 concerning technical conditions with which buildings and their location shall comply (Journal of Laws No. 75, item 690 as amended).
- Act of 16 April 2004 on construction products
- Regulation of the Minister of Infrastructure of March 12, 2009 amending the regulation on the technical conditions to which buildings and their location should comply.
- Regulation of the Minister of Interior and Administration of June 7, 2010, on fire protection of buildings, other construction facilities, and areas.
In addition, there are many Polish standards in force, which can be found in the lists of the Polish Committee for Standardization (PKN). Additional information can also be found in publications and standards issued by various associations and institutions active in the field of fire protection.
Passive fire protection measures
Based on the knowledge contained therein and strict guidelines, appropriate fire protection measures should be selected and then implemented to ensure compliance with the requirements. This is extremely important because during the building's operation, compliance with fire protection regulations is monitored by authorized bodies. Most often, measures used in fire protection are divided into passive and active. The former include all materials and protections that help minimize losses and limit the rate of fire spread in fire conditions. Building regulations and fire protection rules specify where cables, pipes, culverts, windows and doors should be located. Additionally, as part of passive fire protection, fire retardant sprays or specialized mortars are used to improve the properties of structural elements, including their fire resistance. In this way, any rescue operations carried out by the services are safe for both the evacuees and the rescuers themselves.
Active fire protection measures
In order for fire protection to be properly implemented, the building should first be divided into fire zones. The purpose of individual spaces and the conditions prevailing in them may require the use of different solutions. Where some fire protection measures are effective, they may be completely useless in other places. A good example are fire detectors, the most important feature of which is the ability to detect specific physical phenomena. On the market you can find, among others: detectors: smoke, flame, heat, gas detectors or multi-detectors. These devices are classified as active measures used for fire protection in buildings. In order to select appropriate devices, it is necessary to determine the area in which fire protection is to be implemented and what materials are stored there. Technological processes, room volume, installation options, etc. should also be taken into account. These aspects apply to virtually all devices used to provide fire protection in a building. Examples include: control panels, ROPs, input/output modules, fire alarms or cabling and elements fastening. Active protection measures also include: fixed fire extinguishing devices, hydrant systems and smoke flaps.
Effectiveness of fire protection – what does it depend on?
Now that we know what fire protection is and what the purpose of fire protection is, we need to consider what makes it effective. First of all, all safety measures used should have documented properties and parameters. In the case of devices used in active fire protection, these include: documents issued by accredited testing laboratories. The use of certified elements makes it easier to conduct rescue operations safely. It is also very important to regularly check compliance with fire protection regulations, which allows you to detect any irregularities in advance.
