Why were direct extinguishing efforts hindered at the Kepong substation?

Question

Accepted Answer

Direct Extinguishing Efforts Were Hindered by Electrical Currents

Direct extinguishing efforts at the Tenaga Nasional Berhad (TNB) substation in Kepong were hindered by the presence of electrical currents at the location. This necessitated the use of an alternative method to combat the fire. The incident involved a TNB substation transformer, and the fire department responded promptly to the scene.
Electrical Currents Prevented Direct Intervention

The Kuala Lumpur Fire and Rescue Department of Malaysia (JBPM) Operations Centre stated that the presence of electrical currents at the site of the fire prevented firefighters from directly applying extinguishing agents. This is a standard safety protocol when dealing with fires in areas with active electrical systems. The immediate concern was the safety of the personnel involved in the operation.
Cooling Method Was Employed

As a result of the electrical hazard, firefighters utilised the "cooling method" to extinguish the blaze. This approach typically involves using water or foam to reduce the temperature of the burning material and its surroundings, thereby suppressing the fire without direct contact with live electrical components. Foam was ultimately used to put out the fire.
Fire Extinguished After Several Hours

The fire, which involved a TNB substation transformer, was reported at 7.14pm. A total of 13 firemen, supported by two fire engines from the Jinjang and Menjalara Fire and Rescue Stations, were dispatched. The fire was successfully extinguished using foam at 9.21pm, with overhaul work commencing thereafter while awaiting TNB personnel. The cause of the incident remains under investigation.

Reading history

Hide →

This history is cleared when the page is closed.

Why were direct extinguishing efforts hindered at the Kepong substation?

Loading

Was this article helpful?

Helpful

Not helpful

Report an issue

1

0

0

Share with friends