Geothermal Permeable Pavement Construction, Wilson, NC

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Title:  

Geothermal Permeable Pavement Construction, Wilson, NC

Agency:  

North Carolina State University

State:  

North Carolina

NAICS Code:  

237110

Industry:  

Construction

Solicitation Type:  

Request for Proposal

Solicitation ID:  

63-KGS1113518

Open Date:  

7/29/2025

Pre-Bid Meeting Date:  

8/11/2025(Mandatory)

Site Visit Date:  

8/11/2025(Mandatory)

Close Date:  

8/20/2025

Last Updated:  

8/19/2025

Description:
The North Carolina State University is seeking proposals for the construction of a geothermal permeable pavement system in a parking lot at 114 Douglas St S, Wilson, North Carolina. The project aims to improve stormwater runoff from an existing impervious parking lot by retrofitting a portion of the parking stalls with permeable pavement. Additionally, geothermal coils will be installed at the base of the permeable pavement to generate energy, which will be used to regulate temperature in an adjacent greenhouse. The construction is part of an innovative stormwater project funded by the North Carolina Land and Water Fund. Key components of the project include: • Permeable interlocking concrete paver installation • Geothermal coil installation • Stormwater management system • Connection to an existing catch basin • Asphalt layer and base layer installation The project requires a mandatory site visit and a pre-bid meeting. The university is looking for qualified contractors to perform the construction work.
Attached Files:

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Contact Information:

There is no contact information available at this time.

Budget Estimate (AI):

$750,000 – $1,500,000

The budget for this project can be estimated based on the scope of work, which includes the installation of permeable interlocking concrete pavers, geothermal coils, and stormwater management systems. The cost of materials and labor for such a project can range from $500,000 to $2 million, depending on the complexity of the design and the size of the parking lot. Additionally, the cost of connecting to an existing catch basin and installing an asphalt layer and base layer should also be considered. Therefore, a reasonable estimate for the budget would be between $750,000 and $1.5 million.

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