A fire broke out at a recycling centre’s warehouse in Kranji, Singapore, on February 19, 2025, around 10:30 AM. Firefighters battled the blaze for four days before it was completely extinguished on February 23. The fire, caused by waste materials, led to an estimated damage of $1 million. During the operation, multiple firefighting resources, including water jets, unmanned machines, and aerial vehicles, were deployed. Local mobile subscribers received alerts to avoid the area. Investigations into the cause are ongoing.


NEWS

A significant fire broke out at a recycling centre’s warehouse located at 11 Kranji Crescent in Singapore on February 19, 2025, around 10:30 AM. The fire ignited in a pile of waste materials, and the Singapore Civil Defence Force (SCDF) was immediately dispatched to the scene to combat the blaze. The situation quickly escalated, with firefighters working tirelessly around the clock to contain the fire.

Despite their best efforts, the fire continued to burn deep within the heaps of waste, requiring continuous attention and multiple firefighting resources to control. By the evening of February 19, six water jets, four unmanned firefighting machines, and an aerial vehicle were deployed to manage the situation. By 7 PM that day, the majority of the fire had been contained, but it took a further four days of constant firefighting efforts to fully extinguish the remaining flames.

The fire caused significant damage to the recycling centre’s property, with an estimated loss of $1 million. As part of the fire response efforts, the local mobile subscribers of M1, StarHub, and Singtel in the vicinity received alerts via the SGSecure app to steer clear of the area, ensuring public safety.

This incident highlights the importance of early fire detection systems, which can significantly reduce the damage caused by fires. Traditional fire alarm systems often only provide alerts after visible smoke and flames have already appeared. However, advanced systems like the Planck Vision TNC thermal imaging cameras can detect abnormal heat conditions before a fire fully ignites, helping to prevent significant property destruction and potential loss of life. Early detection is critical for minimizing the impact of fires and ensuring swift response.


en_USEnglish