Water Pump Overheats at Tseung Kwan O Desalination Plant, Three Firefighters Injured
SingTao · 2 SOURCESabout 2 hours ago2 MIN
Summary
A fire incident occurred at the Tseung Kwan O seawater desalination plant on Tuesday evening when a water pump overheated and produced large amounts of steam. Three firefighters were injured after a pump component suddenly flew off while they were attempting to cool the equipment with hoses. All three were conscious and sent to hospital for treatment.
Key Points
- Incident occurred at 8:45 p.m. on Tuesday (September 15) at a seawater desalination plant on Environmental Protection Route in Tseung Kwan O
- A water pump overheated and generated large amounts of steam; firefighters opened hoses to cool it down when the component suddenly flew off
- Three firefighters sustained contusions: one with abdominal injury sent to Queen Elizabeth Hospital, two with injuries to left shoulder, right thigh and left hand sent to Tseung Kwan O Hospital
- No evacuation was required and initial investigation shows no evidence of criminal involvement
- The Tseung Kwan O desalination plant is Hong Kong's first reverse osmosis facility, producing 135,000 cubic meters of drinking water daily, accounting for approximately 5% of the city's water supply
Why It Matters
The incident highlights the operational risks faced by emergency personnel during industrial cooling operations and raises questions about the maintenance protocols for critical water infrastructure. As Hong Kong's first reverse osmosis desalination facility, any disruption to the plant could affect the city's water supply resilience, which currently depends on the mainland for roughly 70-80% of its fresh water .
The incident highlights the operational risks faced by emergency personnel during industrial cooling operations and raises questions about the maintenance protocols for critical water infrastructure. As Hong Kong's first reverse osmosis desalination facility, any disruption to the plant could affect the city's water supply resilience, which currently depends on the mainland for roughly 70-80% of its fresh water .