STATE OF ALASKA
DEPARTMENT OF TRANSPORTATION AND PUBLIC FACILITIES
PROGRAM DEVELOPMENT, CENTRAL REGION FIELD OFFICE
NOTICE OF REQUEST FOR PROPOSALS
RFP No. 25242001 – Scammon Bay Airport Planning Study
The initial contract is for a Feasibility Study that will include a review of potential alternate locations for the airport, in comparison to the current site, based primarily on existing public data and review of technical documents. The alternate sites will be compared to the conditions and costs associated with the rehabilitation and maintenance of the existing airport. Professional services will include aviation planning, cost estimating, environmental, economic analysis, and public involvement. The Contracting Agency reserves the right to add the additional tasks identified in the Scope of Services to the contract by amendment (subject to available funding), but is under no obligation to do so.
IRIS No. CFAPT01005 / AIP 3-02-0255-XXX-2023
A complete description of services is contained in the RFP Package. Estimated period for performance of the Agreement is approximately August 2023 to October 2024. Cost of the initial professional services is expected to be in the range of less than $200,000.
The Request for Proposals (RFP) Package will be available July 3, 2023 and may be obtained in person from the DOT&PF plans room at 4111 Aviation Avenue in Anchorage, AK. Persons residing outside the Municipality may obtain an RFP Package through the mail by telephoning (907) 269-0408.
Proposals must conform to the RFP and be submitted with specified forms. Submittals must be received no later than July 24, 2023, prior to 4:00 p.m. prevailing time.
Individuals with disabilities, including the hearing impaired, who may need auxiliary aids, services, and/or special modifications to submit a proposal should contact the TTD number: (907) 269-0473, no later than one week prior to the submittal date to make any necessary arrangements.
A downloadable version of the RFP package will be available at: http://www.dot.state.ak.us/rfpmgr/lg.cfm