
Japan Boosts Antigua’s Water Supply With Second 400,000-Gallon Reverse Osmosis Unit
By Eddelia Bontiff
Antigua and Barbuda’s drive to strengthen its water supply received a significant boost with the official handover of the expanded Fryes Beach Reverse Osmosis Plant, a project supported by a grant from the Government of Japan.
The expanded facility is designed to produce 400,000 US gallons of potable water per day using Japanese reverse osmosis technology. Its handover marks the completion of a project more than two and a half years in the making and adds to the Antigua Public Utilities Authority’s capacity to meet the country’s growing demand for water.
The ceremony at APUA’s Fryes Beach facility brought together Governor General Sir Rodney Williams; Minister of Information, Communication, Utilities and Energy Melford Nicholas; Minister of Agriculture, Lands, Fisheries and the Blue Economy Randy Baltimore; Japan’s Ambassador to Antigua and Barbuda, Yusuke Miyasaka; APUA Chief Executive Officer John Bradshaw; Water Business Unit Manager Jason Peters; community stakeholders and members of the public.
Peters said the expansion had taken two and a half years to bring from its early stages to completion. He described Japan’s grant as an important investment in Antigua and Barbuda’s water infrastructure and highlighted the cooperation required to deliver the project.
“Partnership is no sinking ship,” Peters said, repeating a motto that became a central theme of his presentation.
The expanded plant forms part of ongoing efforts to improve water security and strengthen APUA’s ability to serve households and businesses. Japan’s support provided technology and resources for the facility through its Economic and Social Development Programme.
Meanwhile Minister Nicholas said water is fundamental to public health, communities and economic development. A reliable supply, he noted, supports daily life in homes, the operation of businesses and critical infrastructure, and the sustainability of Antigua and Barbuda’s tourism industry.








Let me wait to see if my water distribution improves