Lamoille Riverbank Armoring, Lendway Lane

The Town of Johnson is seeking a contract for Lamoille Riverbank Armoring located at Lendway Lane, with a specific focus on protecting public infrastructure along a 680-linear-foot section of the Lamoille River. This procurement opportunity was posted on June 19, 2025, with proposals due by July 18, 2025, indicating a one-month solicitation period. The primary objective is to implement riverbank armoring techniques to mitigate potential risks to public infrastructure from river erosion and potential flooding. While specific technical requirements are not fully detailed in the available documentation, the project appears to require specialized civil engineering and riverbank stabilization expertise. The contract opportunity is situated in Grand Isle County, specifically within Johnson Village, Vermont, and involves comprehensive riverbank protection and stabilization work. Potential bidders should be prepared to demonstrate technical capabilities in riverbank armoring, erosion control, and infrastructure protection methodologies.

No specific set-aside designations, disadvantaged enterprise requirements, or detailed budget ranges were explicitly outlined in the provided contract opportunity information. The solicitation does not indicate incumbent vendors or specify integration requirements with existing infrastructure. Given the nature of the project involving 680 linear feet of riverbank armoring, contractors would likely need significant civil engineering experience, specialized equipment for riverbank stabilization, and familiarity with Vermont's environmental regulations and river management protocols. Potential bidders should anticipate demonstrating technical proficiency in riverbank protection techniques, environmental compliance, and the ability to complete infrastructure protection projects in sensitive riparian environments. While precise budget details are not provided, similar riverbank armoring projects typically range from $250,000 to $750,000 depending on specific site conditions, material requirements, and complexity of the stabilization work.