Site work and new construction of a municipal facility in New Braunfels, Texas. Completed plans call for the construction of a 20,000-square-foot municipal facility.

New Braunfels Utilities ("NBU") is soliciting Request for Proposal ("RFP") for construction manager at risk services for construction of a new headquarters for New Braunfels Utilities. Question Deadline 11/27/2023 at 2:00 PM CT Questions regarding this RFP or the Project must be submitted in writing through the online website or emailed to purchasing@nbutexas.com. Bid Opening: Respondents may also participate in the video conference by telephone at + 1(213)-463-4500. The access code for the telephone is 890201431, then password 9936763794. The design will include development of the entire site and multiple buildings, including up to a 200,000 square foot office building intended to house up to 800 full-time employees; a 20,000 square foot climate-controlled warehouse facility with a dock area for fleet vehicle access and separate access for vendor delivery; a 30,000 square foot equipment building; and a 20,000 square foot vehicle maintenance facility with vehicle lift capability, fluids distribution, overhead lift capabilities, and exhaust evacuation capabilities. The design will include surface parking for approximately 880 vehicles distributed throughout the site for visitor and contractor parking, employee parking, fleet parking, and short-term parking for deliveries. The site selected for the new campus is a 76-acre tract located in west New Braunfels between FM 482 and I-35 South at Engel Road. The site is primarily brush with some significant trees but primarily consists of mesquite and huisache scrub trees. Primary access to the site will be from the I-35 South access road with secondary access from FM 482. NBU desires that the campus utilize the natural site features to organize the design of the campus. NBU desires that the design and construction of the facility emphasize responsible stewardship of resources including water and energy resources. The Project will utilize strategies to manage stormwater discharge, reduce domestic water consumption, and reduce energy consumption that demonstrates NBU's commitment to be a leader in exceeding minimum requirements of the resources it manages