(Reuters) – Bangladesh customs authorities have restricted the import of more than 600 metric tons (661.39 tons) of powdered milk mainly from New Zealand-based Fonterra pending mandatory chemical tests, a senior official said on Tuesday.
Fonterra, the world’s biggest dairy exporter, was caught up in a contamination scare this month after it found bacteria in some of its products that could cause botulism. It also disclosed it had to withdraw 42 metric tons of milk powder bound for China because of high nitrite levels.
The move by Bangladesh comes after the commerce ministry asked customs officials in the port city of Chittagong to exercise caution in releasing Fonterra-branded dairy products. In the year to June, Bangladesh imported 20,741 metric tons of milk powder, mainly from Fonterra.
“We decided not to deliver any milk powder from Fonterra without a chemical test as there might be nitrate in the milk powder,” said Mahabub Ahamed, secretary of the Ministry of Commerce. “If poisonous nitrate is found, we will ban the milk powder,” he told Reuters.
Customs officials in Chittagong said they usually have their own experts test products, but they had been instructed by the commerce ministry to send samples of the Fonterra products to the Bangladesh Council of Scientific and Industrial Research.
“After the deadly bacteria was found in China we issued a notice making mandatory tests of imported milk, mainly from New Zealand, before marketing in the country,” Ahamed said.
Karmrujjaman Kamal, marketing director of Pran Dairy Ltd, an importer, said Fonterra officials had agreed to take back any contaminated milk powder. Fonterra officials in New Zealand were not immediately available to comment.
Sri Lanka last week ended a ban on the sale of Fonterra milk products that had been ordered after food safety authorities said they found the toxic farm chemical dicyandiamide (DCD) in two batches of milk powder.
The term nitrates is often used interchangeably with nitrites, which occur naturally in water, soil and food and can be used as fertilizers and preservatives. Excessively high levels can be toxic.
(Reporting by Serajul Quadir and Nazimuddin Shyamol; Editing by Ian Geoghegan)
