Log in
Social Affairs

Bien Hoa City contaminated with heavy dioxin

Around 250,000 cu.m of soil in Bien Hoa City, the southern province of Dong Nai, are contaminated with dioxin at levels ranging from 1,000 ppt to as high as more than 1 million ppt, it was reported at a workshop in Dong Nai on October 31.

The director of the national project on overcoming consequences of toxic chemicals used by the US army during the war in Vietnam, Le Ke Son said at least US$250 million and five years will be needed to treat all the contaminated soil. 

According to Son, this is the conclusion of a survey conducted by the National Steering Committee for overcoming consequences of Agent Orange/dioxin (or Committee 33 in short) in coordination with relevant ministries and agencies. The survey examined dioxin contamination at Bien Hoa Airport, a major military airbase of the US army during the war, and surrounding areas. 


UNDP Deputy Country Director Bakhodir Burkhanov said since 2009, the UNDP has assisted the Vietnamese government in dealing with dioxin contamination at hotspots in the country. 

Over the past five years, with funding from the Global Environment Facility (GEF), UNDP and the Ministry of Natural Resources and Environment (MONRE) have mapped dioxin contamination at Bien Hoa Airbase to give a better understanding of its scope, level and the unique features of the contamination. Through this project, interim measuring facilities have been set up to prevent dioxin from being released to outside the airbase. 

The UNDP official affirmed that dioxin contamination is the cause of many health problems, and it is important that local residents are aware of the risks that dioxin poses to their health and livelihood. 

A representative from the Defence Ministry reported that the ministry has completed the containment of nearly 100,000 cubic meters of dioxin contaminated soil on 4.3 ha of land in the airport at the cost of around VND73 billion. The containment method was also used in dealing with 7,500 cubic metres of dioxin contaminated soil in Phu CatAirport in the central province of Binh Dinh.
Reactions:
Share:
Trending
Most Viewed
Hanoi's healthcare sector must lead digital transformation

Hanoi's healthcare sector must lead digital transformation

Hanoi has ten public hospitals and three private hospitals that are adopting electronic medical records to monitor treatment and reduce medical errors.

Hanoi maximizes digital transformation across healthcare sector

Hanoi maximizes digital transformation across healthcare sector

Hanoi’s health sector will continue to promote the application of science and technology, administrative reform, and digital transformation towards smart healthcare.

AI in education: teachers must be key

AI in education: teachers must be key

Artificial intelligence is making its way into classrooms, changing the way teachers teach and students learn.

Hanoi residents can pay environmental sanitation fees via e-wallets

Hanoi residents can pay environmental sanitation fees via e-wallets

Hanoi will continue to reduce unnecessary procedures, bring more government services online and boost the use of cashless payments in the city.

Hanoi launches measles vaccination campaign for infants

Hanoi launches measles vaccination campaign for infants

This age group is not eligible for vaccination under the National Expanded Vaccination Program and represents a significant portion of the capital's population.

Hanoi upgrades dykes for natural disaster prevention

Hanoi upgrades dykes for natural disaster prevention

Many sections of the dike system, which consists largely of earthen embankments, have deteriorated due to rain, flooding, and storms.

For my kid’s sake, I choose private tutoring! Here’s why

For my kid’s sake, I choose private tutoring! Here’s why

Welcome to The Hanoi Times' Words on the Street column, where we reflect on the most pressing issues and events in Vietnam and Hanoi.

Hanoi: Anti-seasonal disease measures intensified

Hanoi: Anti-seasonal disease measures intensified

The life-threatening diseases can be caused by climatic and weather conditions during the winter-spring period, characterized by monsoon winds, dry air, and high humidity.