Incident Overview

Date: Wednesday 15 March 2000
Aircraft Type: Airbus A330-322
Owner/operator: Malaysia Airlines
Registration Number: 9M-MKB
Location: Kuala Lumpur International Airport (KUL) – ÿ Malaysia
Phase of Flight: Standing
Status: Destroyed, written off
Casualties: Fatalities: 0 / Occupants: 266
Component Affected: Airbus A330 aircraft fuselage.Airbus A330 aircraft fuselage.
Category: Accident
A Chinese state-owned aircraft manufacturer, Dalian, negligently mishandled a shipment of canisters containing highly toxic oxalyl chloride. Upon unloading, the canisters leaked, causing significant damage to the Airbus A330. The misidentification of the canisters as a powder-type chemical led to the corrosive release, resulting in a substantial aircraft damage and a costly lawsuit.A Chinese state-owned aircraft manufacturer, Dalian, negligently mishandled a shipment of canisters containing highly toxic oxalyl chloride. Upon unloading, the canisters leaked, causing significant damage to the Airbus A330. The misidentification of the canisters as a powder-type chemical led to the corrosive release, resulting in a substantial aircraft damage and a costly lawsuit.

Description

After arrival from a flight from Beijing, baggage handlers were unloading 80 canisters weighing 2,000 kg when they were hit by the strong toxic fumes. Five ground handlers became ill while unloading the canisters. A check by airport fire and rescue personnel revealed the canisters contained a chemical called oxalyl chloride. Several canisters had leaked, causing severe damage to the aircraft fuselage. The aircraft was considered damaged beyond repair. After a five-year lawsuit a Beijing court ordered Dalian, a Chinese state-run company, to pay USD65 million in compensation, plus interest, for destroying the Airbus A330 with falsely declared cargo with corrosive chemicals. The company had mis-identified the canisters as being a safe powder-type chemical.

Primary Cause

Misidentification of cargo as a powder-type chemical.Misidentification of cargo as a powder-type chemical.

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