Hawaii Senate Bill SCR168

Hawaii 2025 Regular Session

• Introduced: 3/7/25
• Refer: 3/12/25
• Report Pass: 4/2/25
• Engrossed: 4/3/25
• Refer: 4/4/25

Caption

Requesting The Department Of Hawaiian Home Lands To Develop And Implement A Water Access Pilot Project Demonstrating The Kohala Region's Capacity For A Potable Water System.

Impact

The resolution highlights the pressing need for a comprehensive water management plan that serves both potable and irrigation needs across Hawaii. By leveraging the Kohala region's natural resources, the project aims to address the state's challenges in providing a reliable water supply while promoting local agricultural practices. This initiative is particularly significant for native Hawaiian beneficiaries of the Department of Hawaiian Home Lands, as it is expected to increase water accessibility and attract more residents to the area.

Summary

Senate Concurrent Resolution 168 (SCR168) requests the Department of Hawaiian Home Lands to develop and implement a Water Access Pilot Project in the Kohala region of Hawaii. The primary goal of this project is to demonstrate the region's capacity to establish a potable water system, with an emphasis on sustainability and renewable energy solutions. The proposal identifies the unique geographical features of the Kohala mountains, which facilitate the construction of a water pump storage hydroelectric facility designed to store and generate clean energy through a series of reservoirs.

Contention

Despite the apparent benefits, concerns may arise regarding the implications of such large-scale projects on local ecosystems and existing water rights. As the resolution advocates for integrating renewable energy sources like wind power to support the water system, stakeholders may debate the environmental impacts of these developments. Additionally, the plan's reliance on state resources and infrastructure could lead to discussions about funding, logistics, and regulatory oversight necessary to ensure the project's success and sustainability.