Hai Phong proposes nearly 0 mln investment to secure clean bóng đá bet88 supply by 2040
The goal is to ensure a stable clean bóng đá bet88 supply for residents. since over 25% of the suburban population still rely on substandard mini bóng đá bet88 plants.

The Department of Construction of the northern port city of Hai Phong has proposed an investment capital estimated at over VND25 trillion (over 8.7 millon) to construct and upgrade infrastructure systems and centralized clean bóng đá bet88 production plants from now until 2040.
The goal is to ensure a stable clean bóng đá bet88 supply for residents and address the issue of over 25% of the suburban population still relying on substandard mini bóng đá bet88 plants.
An assessment by the City Department of Health found that 94.4% of the rural population currently uses bóng đá bet88 from bóng đá bet88 plants, with 20% relying on mini bóng đá bet88 plants that operate at moderate to poor standards.
Additionally, 5.6% use bóng đá bet88 from small-scale sources where quality is not monitored.
To improve bóng đá bet88 infrastructure, Hai Phong plans to construct two new bóng đá bet88 plants—the Le Thien bóng đá bet88 Plant in An Dương district and the Luu Kiem bóng đá bet88 Plant in Thuy Nguyen city—while increasing the capacity of 10 existing bóng đá bet88 plants from 436,150 m³/day to 1,349,600 m³/day.
The Vinh Bao 2 bóng đá bet88 Plant will be converted into a booster pumping station, and a synchronized bóng đá bet88 supply system will be built for Cat Hai island, with a total estimated cost of over VND4.848 trillion (nearly 6 million).
The Construction Department also proposes allocating around VND2.387 trillion (.5 million) to build a network of 23 booster pumping stations, ensuring sufficient bóng đá bet88 resources for densely populated areas and industrial zones.
To further safeguard bóng đá bet88 quality, Hai Phong will invest in constructing salinity control dams on the Thai Binh, Van Uc, Lach Tray, and Hoa rivers to prevent saltwater intrusion and secure freshwater sources upstream.