A deadly bus fire in southern India has taken a devastating turn, with hundreds of smartphones exacerbating the blaze. At least 20 people lost their lives in the incident that occurred on Friday when the bus collided with a motorcycle and its fuel tank ruptured, triggering an explosion.
As investigators have revealed, the approximately 40 passengers were struggling to escape the inferno as locals rushed to rescue them. However, the addition of hundreds of smartphones onboard, which were being transported from Hyderabad to Bengaluru, seems to have accelerated the fire once the lithium-ion batteries ruptured.
Forensic experts have now confirmed that the presence of these high-energy-density batteries likely played a significant role in intensifying the blaze. The situation was further worsened by electrical batteries used for the air conditioning system on the bus also exploding and fueling the flames.
The smartphone shipment, valued at 4.6 million Indian rupees (approximately £39,361 or $52,377), is a staggering amount of money that highlights the tragic consequences of such accidents. Most smartphones come equipped with lithium-ion batteries that can pose a significant fire risk if damaged.
Experts have pointed out that these batteries can experience thermal runaway – uncontrollable temperature increases – which are challenging to combat with conventional firefighting methods. This phenomenon can also spread to other nearby batteries, further fueling the inferno.
The authorities have launched an investigation into possible negligent driving over the crash, and the bus driver has fled the scene. The motorcyclist who was involved in the accident is among the dead.
India's roads have one of the highest fatality rates globally, with buses being a common mode of transportation. Operators often flout safety rules, leading to overcrowding and increasing the risk of accidents. This incident serves as a stark reminder of the need for improved safety protocols on Indian roads.
As investigators have revealed, the approximately 40 passengers were struggling to escape the inferno as locals rushed to rescue them. However, the addition of hundreds of smartphones onboard, which were being transported from Hyderabad to Bengaluru, seems to have accelerated the fire once the lithium-ion batteries ruptured.
Forensic experts have now confirmed that the presence of these high-energy-density batteries likely played a significant role in intensifying the blaze. The situation was further worsened by electrical batteries used for the air conditioning system on the bus also exploding and fueling the flames.
The smartphone shipment, valued at 4.6 million Indian rupees (approximately £39,361 or $52,377), is a staggering amount of money that highlights the tragic consequences of such accidents. Most smartphones come equipped with lithium-ion batteries that can pose a significant fire risk if damaged.
Experts have pointed out that these batteries can experience thermal runaway – uncontrollable temperature increases – which are challenging to combat with conventional firefighting methods. This phenomenon can also spread to other nearby batteries, further fueling the inferno.
The authorities have launched an investigation into possible negligent driving over the crash, and the bus driver has fled the scene. The motorcyclist who was involved in the accident is among the dead.
India's roads have one of the highest fatality rates globally, with buses being a common mode of transportation. Operators often flout safety rules, leading to overcrowding and increasing the risk of accidents. This incident serves as a stark reminder of the need for improved safety protocols on Indian roads.