Our company provides services in various industries such as commercial buildings, hospitals, schools, factories, warehouses, hotels, and other facilities, aiming to design systems that protect valuable equipment, ensure the safe evacuation of individuals, and prevent fires. While fire alarm systems are used to detect fire hazards at an early stage, fire suppression systems are designed to extinguish fires quickly and effectively. We aim to provide our customers with the best solutions.

Fire suppression and alarm systems are designed to prevent the occurrence of fires or intervene at an early stage. These systems are crucial for protecting valuable equipment, materials, and, most importantly, human lives.

Fire alarm systems are used to detect fire hazards at an early stage. These systems generally include smoke and heat sensors. When the sensors detect signs of fire, they trigger the alarm system to provide fire-related warnings. Fire alarm systems work in conjunction with other safety equipment such as emergency exits and fire extinguishing devices designed to ensure the safe evacuation of individuals.

Fire suppression systems are designed to extinguish fires quickly and effectively. These systems can utilize various methods such as water, foam, carbon dioxide (CO2), gas-based extinguishers, and other extinguishing agents. By working in conjunction with fire alarm systems, fire suppression systems can detect fire hazards at an early stage, preventing the spread of fire or reducing its speed.

Fire suppression and alarm systems are used in many different industries, including commercial buildings, hospitals, schools, factories, warehouses, hotels, and other facilities. These systems are highly important for preventing the occurrence of fires, ensuring the safe evacuation of individuals, and protecting valuable equipment.

Hangars and storage areas are typically large and open spaces, making fires in these types of areas challenging to contain and control. Therefore, it is highly important to use specially designed fire suppression and alarm systems for hangars and storage areas.

First and foremost, fire alarm systems should be used in these areas. These systems detect fire hazards at an early stage using smoke and heat sensors and automatically sound an alarm to alert people about the fire. Fire alarm systems should work in conjunction with other safety equipment, such as emergency exits and fire extinguishing devices, designed for the safe evacuation of individuals.

In terms of fire suppression systems, sprinkler systems are commonly preferred for hangars and storage areas. Sprinkler systems are triggered by smoke and heat sensors that operate at high temperatures, and they extinguish the fire by spraying water from sprinklers located directly above the fire. The speed, temperature, and water pressure of sprinklers may vary depending on the size and location of the fire.

However, some storage areas may contain special materials or hazardous substances. In such cases, specialized suppression systems may be required. For example, special extinguishing agents such as carbon dioxide (CO2) or foam can be used for fire suppression.

The design of fire suppression and alarm systems for hangars and storage areas should comply with local fire safety standards. Therefore, it is recommended to have them designed and installed by fire safety experts. Fire suppression and alarm systems should undergo regular maintenance and be tested periodically to ensure their effectiveness.

Factories and fuel fields are one of the places where fires are frequently encountered, and they are highly hazardous. Therefore, it is crucial to use fire suppression and alarm systems in such locations.

For factories, fire alarm systems should be utilized as a priority. Fire alarm systems detect fire hazards at an early stage using smoke and heat sensors, automatically triggering alarms to alert people about the fire. Fire alarm systems should work in conjunction with other safety equipment, such as emergency exits and fire extinguishing devices, designed for the safe evacuation of individuals.

Recommended fire suppression systems for factories include foam, powder, carbon dioxide (CO2), and water-based extinguishing agents. However, considering the materials, equipment, and production processes employed in factories, the design of fire suppression systems should be customized to meet the specific needs of the facility. Additionally, it is essential to ensure that fire suppression systems in factories are of sufficient power and capacity.

For fuel fields, specialized fire suppression and alarm systems are required. Fuel fields contain explosive and flammable substances, making it crucial to control fires in such locations. Preferred fire suppression agents for fuel fields include foam, powder, and carbon dioxide (CO2). However, fires in these areas can be challenging due to high temperatures and intense smoke. Therefore, the design of fire suppression systems should comply with local fire safety standards and be carried out by professional fire safety experts.

For both fuel fields and factories, fire suppression and alarm systems should undergo regular testing and maintenance to ensure their effectiveness.

Hidrant systems are a type of fire suppression system used for fire safety. They consist of fire hoses and fire hydrants and are typically employed in large buildings, industrial facilities, hotels, and other sizable structures.

Hidrant systems are connected to a water source and are usually pressurized using a fire pump. Fire hydrants supply fire extinguishing water to firefighting teams and fire vehicles through fire hoses, either located outside the facility or at specific locations within the premises. Fire hydrants are often specially designed for use in open areas, allowing them to be accessed by vehicles.

Hidrant systems are an effective method for fire suppression. However, there may be situations where the size and intensity of fires render hidrant systems insufficient. Therefore, hidrant systems should be used in conjunction with other fire suppression equipment and methods. Additionally, the maintenance and periodic testing of hidrant systems are crucial. Firefighting teams should test and ensure the proper functioning of the system before relying on it for fire suppression.

Specialized fire suppression systems are used in enclosed spaces where various hazards are potentially high and cannot be adequately protected by standard fire suppression systems. These areas may include power plants, chemical storage facilities, data centers, and industrial plants.

The following are various fire suppression systems available for specific enclosed spaces:

- Foam Systems: Foam systems are commonly used in high-risk industrial areas, particularly where flammable liquids and gases are stored. Foam works by suppressing the fire and preventing the fuel from coming into contact with oxygen.

- CO2 Systems: CO2 systems are employed in enclosed spaces such as power plants, data centers, and other high-risk facilities. CO2 gas works by reducing the oxygen concentration, thus extinguishing the fire.

- Dry Chemical Powder Systems: Dry chemical powder systems are used in high-risk chemical and petrochemical facilities. The powder cuts off the oxygen supply and cools down the heat to suppress the fire.

- Water Spray Systems: Water spray systems are typically utilized in industrial facilities. They employ water to reduce the heat generated by the fire and extinguish it.

The selection of these systems will depend on the characteristics of the protected area, the presence of specific risk factors, and other relevant factors. Additionally, it is crucial to have these systems designed, installed, and maintained by a professional fire protection company.