At DSC Dredge, we know designing and building the exact dredge that will boost your efficiency and lower your costs involves working with you and learning your story. Our Custom Class dredges are entirely unique from our other dredge lines. In order to build your Custom Class dredge, we work with you to discover every aspect of your story. We then apply our decades of experience in designing and building world-class dredges, involving you every step of the way, as we manufacture the ideal dredge for your specific application.
Below are some examples of dredges designed and built by DSC.
The small, coastal town of Charlestown, Rhode Island commissioned J.F. Brennan, a long-time customer of DSC Dredge, to restore a navigable canal connecting the shores of Ninigret P...
A nuclear power plant required required dredging near a secured plant intake to provide a defined amount of water to be available for emergency purposes.
The Egyptian authority took delivery and received training in the operation of two 10-inch Wolverine Class Dredges, designed and manufactured by DSC Dredge at its Greenbush, Michig...
Amendments to a project contract required J.E. Borries to seek hydraulic dredging equipment and training in order to perform the job. The company had traditionally performed only m...
October 31st, 2014
Categories: Mining Environmental
Poor mine condition at the time of its acquisition required a drastic cleanup of the area, involving significant remediation of environmental damage left by previous mine operation...
The company required full customization capabilities with its dredges to accommodate the unique challenges encountered by working in a wide variety of jobsites.
May 21st, 2013
Categories: Environmental Construction
A DSC Wolverine Class dredge is now improving river flow rates, with dredged sand and other materials being put to use as fill for low-lying areas and as needed for local building ...
The Gila River is an important local and community source of irrigation water, but extreme sedimentation produced potential blockage.
