Opportunity
SAM #W912ES27PA006
Award for Tree and Woody Vegetation Removal at Lock and Dam 3
Buyer
USACE MVD W07v Endist St Paul
Posted
October 28, 2026
Identifier
W912ES27PA006
NAICS
561730, 115310, 113310
The U.S. Army Corps of Engineers awarded a tree and woody vegetation removal project at Lock and Dam 3 in Welch, Minnesota. - Government buyer: U.S. Army Corps of Engineers, St. Paul District (W07V Endist St Paul). - Award: LD3 Tree Removal, solicitation W912ES27PA006; award amount of $77,500. - Requested service: Cut, fell, and manage trees and woody vegetation along approximately 2,800 linear feet of the entrance roadway and security fence, within a designated 50-foot vegetation-free zone. - Contractor responsibilities: Provide all labor, materials, equipment, tools, safety compliance, and supervision. - OEMs and named vendors: No OEMs, contractors, or vendors are identified in the provided information.
Description
Amendment 4 is to add new questions and answers to the Question and Answer Section and to extend the date offers due to 30 September 2026. Amendment 3 is to add a new question and answer to the Question and Answer section. Amendment 2 is to add new questions and answers to the Question and Answer section. Amendment 1 is to update the date of the site visit to 17 September 2026, update Section F to align with paragraph 1.4 Period of Performance of the Scope of Work and to include a Question and Answer section. The contractor shall supply all labor, material, equipment, tools, safety compliance and supervision necessary to cut, fell, and manage woody vegetation and trees. The Contractor shall cut and fell trees within the designated 50-foot vegetation free zone. The project area spans approximately 2,800 linear feet along the entrance roadway and security fence at Lock and Dam 3 in Welch, Minnesota.Additional Links:Department of Defense Procurement ToolboxPIEE Solicitation Module Link for W912ES27PA006Registration Instructions for the PIEE Solicitation ModuleWeb Based Training for the PIEE Solicitation Module