Renovation of an educational facility in Lexington, Kentucky. Completed plans call for the renovation of a educational facility.

***As of February 3, 2022, the project has not yet been awarded. A timeline for award has not yet been established.*** ***As of January 21, 2022, the project has not yet been awarded. A timeline for award has not yet been established.*** This project renovates existing men's restroom 141. This renovation Upgrades the finishes, fixtures, lighting, hvac, and flooring within the Restroom. An existing closet will be removed. ADA accommodations Will be provided. A new drop ceiling will be installed.Furnishing of all labor, materials, supplies, tools, appliances, equipment, services, etc.,necessary for the construction of Project: Taylor Ed Building - Room# 141 Men's Restroom Renovation. The time for substantial completion for all phases shall be Three Hundred Thirty-Five (335) consecutive calendar days and Final Completion shall be Thirty (30) consecutive calendar days thereafter. Substantial Completion will include all site restoration completed, site cleanup and fully functional. All bids shall be accompanied by a bid guarantee of not less than five (5%) percent of the amount of the base bid. A 100% Performance Bond and 100% Payment Bond shall be furnished by the successful bidder. All bonding and insurance requirements are contained in the Instruction to Bidders, General Conditions and Special Conditions. The University of Kentucky, Construction Procurement Section, reserves the right to reject any and all bids and to waive all formalities and/or technicalities where the best interest of the University may be served. Anyone wishing to discuss specific items is requested to submit the items in writing to Capital Construction Procurement, no later than 11/11/2021 at 1:00 PM Lexington, KY Time. Written questions can be submitted by email to cckbidquestions@uky.edu or fax to 859.257.1951. Provide a final, certified air & water test and balance of the hot water coils and a repeat of the initial test, with all valves, diffusers and exhausts (AS INSTALLED on this project) measured at both the minimum and maximum operating conditions