Biomass fire monitoring
Fire risks in biomass storage
Storing biomass such as wood chips, peat, and bark involves a significant fire risk. As the material decomposes, heat is generated and, if not properly dissipated, temperatures can continue to rise until spontaneous combustion occurs. Fires in biomass storage are difficult to extinguish, can burn for extended periods, and often result in major operational disruptions, environmental impact, and significant costs.
Termisk EFD
Reliable monitoring of biomass
Traditional fire detection systems, such as smoke detectors or point heat detectors, often do not respond until a fire has already started. Early Fire Detection (EFD) offers a completely different approach by detecting temperature increases before ignition occurs.
By continuously monitoring storage areas, bunkers, and conveyor belts with thermal imaging, EFD detects abnormal temperature changes in real time. AI-powered analytics analyse thermal image data to distinguish normal temperature variations from genuine fire risks. Operators receive early alerts, allowing them to take action before ignition occurs – for example by moving or turning the material.
Termisk EFD in operation at Söderenergi – biomass fire monitoring in Nykvarn
Early Fire Detection (EFD) is widely used in biomass handling, district heating plants, and power generation facilities, where large volumes of biomass are handled every day. At Söderenergi in Nykvarn, stored wood chips and peat are continuously monitored with Termisk EFD to help prevent spontaneous combustion and ensure safe, reliable operations.
Contact an expert
Staffan Cederkrantz is responsible for our early fire detection solutions. Book an on-site meeting to discuss your requirements and explore the best solution for your facility. During the visit, we will assess your needs and recommend the system that best fits your application.
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