Lot 1: *** ONLY ONLINE BIDS WILL BE ACCEPTED FOR THIS RFB. *** Emailed and hard copies delivered by any method WILL NOT BE ACCEPTED. On this line, Bidders must enter $ 0. 00 for Contract Amount in the e-
procurement system. Actual Contract Amount must be entered on "
Official Bid Document" and submitted as an attachment in the e-
procurement system. Vendors should review and update, if necessary, all addresses and contact persons for their account prior to bid submission. This information will carry forward to a contract if awarded, therefore please ensure all information is correct. ** Entire
Official Bid Document and Bid Bond ( if required) should be combined as one PDF and uploaded** This AML reclamation project is being conducted to protect the residence of Steve Roberts from excessive
water runoff on the hillside behind the property. The total area of the site is 5. 5 acres with an expected disturbance of 3 acres. Investigations by AML staff determined this runoff and small land
slide to be mine related. There is evidence of portals and coal seam seepage on adjacent properties but no portals were found to be within the limits of this project. Design investigations determined that the
water runoff is likely due to seepage from a seam in the hillside and will need to be captured by new infrastructure from this project. The design for this project intends to place a large rock ditch on the hillside in the already eroded path that has been created from
water runoff. Trees that have fallen over from excessive
water runoff will need to be removed from the hillside. Within the stable area( s), a total of 0. 5 acres of trees will be disturbed. A minimum number of trees greater than 3 diameter will be cut. If required, AML will elect to make a payment to the Imperiled Bat Conservation Fund in accordance with a determination from USFWS. A retaining wall will be constructed directly behind the residence to further protect from unstable earth sliding down the hillside. The drainage from this wall will be routed into the newly c