Bangkok: The Security Committee convened to tackle the contamination issue plaguing the Kok River, proposing two potential solutions to mitigate the impacts. Chairman Mr. Rangsiman Rome emphasized the multifaceted nature of the problem, which affects not only security but also communities and the environment. The primary concern is arsenic contamination, believed to stem from illegal gold mining activities permitted by the Wa armed forces.

According to Thai News Agency, Mr. Rome highlighted the urgency of addressing this issue, noting that the trend of environmental degradation is likely to continue if not checked. He outlined a two-step approach: a short-term solution involving the construction of a temporary dam to prevent further arsenic spread, and a long-term strategy focusing on addressing the root cause-the role of the Wa armed forces in facilitating illegal mining. The temporary dam, though cost-effective, presents challenges, such as the treatment of arsenic-laden sediment, which might require transportation to Saraburi Province for proper management.

Mr. Rome stressed the importance of international collaboration, particularly with Cambodia, as the problem transcends borders due to Chinese investments in the region. He criticized Thailand’s past foreign and security policies for failing to compel neighboring entities to consider the consequences of their actions on Thailand. He called for a range of measures, from diplomatic to more assertive actions, to ensure accountability and prevent further disregard for Thai interests.

Addressing remarks by the Minister of Natural Resources and Environment regarding fish affected by parasites rather than contamination, Mr. Rome insisted on scientific verification. He pointed out that arsenic levels in the Kok River significantly exceed safety standards, posing a risk not only to the river but also to its tributaries and the Mekong River. The committee is committed to investigating the full extent of the contamination and its potential impacts to devise a comprehensive solution.