The U.S. Army Corps of Engineers (USACE) Detroit District has recently commenced dredging activities in the outer harbor of Holland, Michigan. This important project aims to remove approximately 31,000 cubic yards of sediment from the federal navigation channel, ensuring the continued smooth operation of commercial traffic in the area.
Contract Awarded for Dredging
The contract for this significant dredging project has been awarded to The King Co., a reputable firm based in Holland, Michigan. The contract, valued at $901,885, covers hydraulic dredging operations in both Holland and Grand Haven harbors this spring.
Importance of Maintenance Dredging
Liz Newell Wilkinson, the operations manager at the Grand Haven Office of the USACE Detroit District, highlighted the significance of the dredging work. “Maintaining commercial traffic to Holland is crucial for our maintenance dredging efforts in West Michigan,” she stated. The project is essential for keeping the shipping channel open, providing a receiving port for the city, and ensuring a safe harbor of refuge for vessels navigating Lake Michigan.
Sediment Relocation Process
The dredged sediment from Holland’s harbor will be relocated through a process known as nearshore placement. This involves piping the sediment offshore to the lake bottom at depths of 8-12 feet. The designated area for sediment placement starts 1,200 feet south of the south breakwater and extends approximately 4,500 feet.
Project Completion Timeline
The USACE has set a target completion date for the dredging operations of both harbors by May 31. This timely completion is crucial for maintaining the economic and safety benefits provided by the navigation channel.
The ongoing dredging operations in Holland, Michigan, are a vital part of maintaining the region’s commercial shipping activities and ensuring the safety of vessels on Lake Michigan. With a reputable contractor at the helm and a clear timeline for completion, the project is expected to significantly contribute to the area’s maritime infrastructure.