PNCC-26_001 Railway Road Water Reservoir

Details

RFx ID :	33881324
Tender Name :	PNCC-26_001 Railway Road Water Reservoir
Reference # :	PNCC-26_001
Open Date :	Friday, 10 April 2026 10:30 AM (Pacific/Auckland UTC+12:00)
Close Date  :	Friday, 8 May 2026 3:00 PM (Pacific/Auckland UTC+12:00)
Department/Business Unit :	Procurement
Tender Type :	Request for Proposals (RFP)
Tender Coverage :	Sole Agency  [?]
Categories :	30000000 - Structures and Building and Construction and Manufacturing Components and Supplies 72000000 - Building and Facility Construction and Maintenance Services 83101500 - Water and sewer utilities
Regions:	Manawatu-Wanganui
Exemption Reason :	None
Required Pre-qualifications :	None
Contact :	Aaron French aaron.french@pncc.govt.nz 021539347
Alternate Physical Delivery Address  :
Alternate Physical Fax Number  :

Palmerston North City Council (PNCC) has identified the need to enhance water storage capacity servicing the Kelvin Grove area to better support increasing demand, peak consumption periods, and long‑term network resilience. The existing storage at the Railway Road water treatment site, which primarily consists of a contact tank, does not currently provide the desired 24 hours of balancing and emergency storage based on average maximum daily demand. Ongoing residential development and seasonal usage patterns have highlighted the importance of expanding storage to maintain reliable service levels.
In response, PNCC is progressing a Design & Build project to deliver a new steel water storage reservoir at the Railway Road bore site near the intersection of Roberts Line and Railway Road. The proposed reservoir will provide approximately 2,500 m³ of net storage, be designed to Importance Level 4 (IL4) seismic standards, and achieve an 80‑year design life. Integrated with the existing bore, contact tank, and network pipework, the new reservoir will strengthen operational flexibility, support future urban growth, enhance public health assurance, and ensure the Kelvin Grove water network continues to meet modern performance and resilience expectations.