In many sectors where flammable materials are handled, the risk of spontaneous combustion and fire is a real concern. Without timely detection and intervention, these issues can lead to significant damage. This article describes how Mactwin detects and combats spontaneous combustion and fires at an early stage.

Spontaneous combustion occurs when materials begin to smolder due to friction and heat buildup. If this process is not stopped in time, it can develop into a full-blown fire.

Rapid detection

To prevent spontaneous combustion, it is crucial to store flammable materials for as short a time as possible. However, despite preventive measures, it is not always possible to fully prevent spontaneous combustion. Each year, there are dozens of uncontrollable spontaneous combustion incidents, where even the fire brigade struggles to quickly extinguish fires that start from spontaneous heating.

Smoldering prevention solution

Mactwin’s solution combines reliable monitoring with a rapid response. Thermal imaging cameras detect both smoldering and flames and immediately trigger an alarm in case of unwanted temperature rises.

Fixed cameras

Mactwin deliberately opts for fixed thermal imaging cameras that continuously monitor the same area, unlike rotating cameras, which only scan an area periodically. This is in contrast to rotatable cameras, which only periodically scan an area. Since spontaneous combustion can quickly develop into a fire, the use of rotating cameras poses an unacceptable risk. By positioning multiple fixed cameras from different angles, constant and reliable monitoring is ensured.

Automatic extinguishing

When spontaneous combustion is detected, the camera automatically directs a fire monitor to the right location to effectively extinguish the smoldering materials. This prevents even a flash fire from developing. This automatic extinguishing function is the only effective way to intervene quickly and adequately. Preventing spontaneous combustion and fires requires more than just preventive measures. Fast and reliable detection, combined with automatic suppression systems, is essential to prevent major damage.