Wang Mei-hui Secures NT$240 Million for Flood Control in Chiayi City, Enhancing Resilience
Legislator Wang Mei-hui has secured NT$240 million in central government funding for six new flood control projects in Chiayi City. These projects, including the installation of new pumping stations and improvements to drainage systems, aim to enhance the city's resilience against heavy rainfall and climate change.
📋 Article Processing Timeline
- 📰 Published: May 12, 2026 at 17:39
- 🔍 Collected: May 12, 2026 at 18:02 (23 min after Published)
- 🤖 AI Analyzed: May 12, 2026 at 23:13 (5h 10m after Collected)
Legislator Wang Mei-hui has successfully secured NT$240 million in central government subsidies for flood control and drainage infrastructure in Chiayi City. A total of six new construction projects have been approved for this year, with a total budget of NT$296 million. These projects include the installation of additional pumping stations, diversion of rainwater via box culverts, and the renovation of detention ponds. The funding aims to strengthen Chiayi City's overall flood resilience in response to climate change and extreme weather events. Recently, National Land Agency Director-General Tsai Chang-chan visited Chiayi City to assess drainage improvement plans, particularly focusing on the Houhu pumping station area. The upgrades will involve enhancing the Houhu pumping station, which is 15 years old, and improving rainwater drainage systems, smart monitoring, and diversion projects to mitigate urban flooding caused by short-duration heavy rainfall.
FAQ
How much funding has been secured for flood control in Chiayi City?
NT$240 million in central government subsidies has been secured.
How many new projects are planned?
Six new construction projects have been approved.
What types of projects are included?
Projects include installing new pumping stations, improving rainwater drainage systems, and renovating detention ponds.
What is the main goal of these projects?
The goal is to enhance Chiayi City's flood resilience and improve its ability to cope with extreme weather events and heavy rainfall.