Site work, paving and outdoor lighting for a mixed-use development in Florence, Oregon. Conceptual plans call for site work for a road / highway; for outdoor lighting for a road / highway; for paving for a road / highway; sidewalk / parking lot; sidewalk / parking lot; sidewalk / parking lot; water / sewer project; and water / sewer project.

Business Name Lane County, OR - Engineering & Construction Services (ECS) Division Location(s) Lane, Oregon Description See Project Information Section for Description. Allows zero unit prices and labor No Allows negative unit prices and labor No Project Name North Jetty Parking Lot Upgrades Solicitation Number 24/25-06-PARKS Project Description In general, the Scope of Work includes professional services consultant to provide engineering, permitting, bidding assistance, and construction administration services for the North Jetty Parking Lot Upgrade project. The North Jetty is located on the north side of the Siuslaw River in Florence. Project Description In general, the Scope of Work includes professional services consultant to provide engineering, permitting, bidding assistance, and construction administration services for the North Jetty Parking Lot Upgrade project. The North Jetty is located on the north side of the Siuslaw River in Florence. The North Jetty Parking Lot Upgrade project will include the reconstruction of two parking lots: 1. West Parking Lot (Beach Access Lot) is approximately 56,300 SF and will include parking lot upgrades (subbase, asphalt paving, striping, signage, ADA parking), a new prefabricated vault restroom, a new fee station and light, limited utility work, and onsite stormwater drainage features. 2. East Parking Lot (Dive Lot or River Parking) is approximately 18,300 SF. and will include parking lot upgrades (subbase, asphalt paving, striping, signage, ADA parking) a new fee station and light, limited utility work and on-site stormwater drainage features. Lane County has performed a preliminary investigation of the parking lots with core samples of the existing structure and subbase.