Projects

Our depth and breadth of experience has resulted in a body of work we’re proud to showcase. From one-of-a-kind projects to solid fundamentals, we’re confident you’ll find that our commitment to excellence shines through in everything that we do. Explore our case studies, and see what Glosten can do for you.

Emergency Vessel Attachment & Towing System

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Glosten has worked with partners to develop a unique Emergency Vessel Attachment & Towing System (EVATS™) designed to overcome some of the most dangerous aspects of emergency towing.

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New Life for Dredge Tender Ivanoff

The Port of Portland's Ivanoff was lacking in propulsion and steerage both ahead and astern to meet the Port’s operational needs. In 2015, the Port of Portland commissioned Glosten...

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Making Way for a New Bay Bridge

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Glosten assisted California Engineering Contractors with the marine aspects of demolishing the SF-Oakland Bay Bridge, reversing the construction process by disassembling the bridge in chunks and lowering the spans...

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Olmsted Dam to Revitalize Ohio River Commerce

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Glosten worked closely with Washington Group / Alberici to design three unique barges to support the "in the wet" construction of the Olmsted Locks and Dam project.

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Offshore Wind – Front End Engineering Design Study

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In 2012, the UK's Energy Technologies Institute (ETI) awarded Glosten funding to perform a FEED study for a full-scale 6MW offshore wind floating platform system demonstrator.

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Delta Mariner Designed to Carry Rockets

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As Owner's Design Agent, Glosten utilized a unique "Design Lead" process to help deliver the stern-loading Ro-Ro Delta Mariner ahead of schedule and on budget.

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New Requirements for Research Vessels Everywhere

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Glosten supported UNOLS in developing a standardized methodology to provide Maximum Capability Documents for every component of every UNOLS vessel.

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PelaStar Tension Leg Platform for Floating Offshore Wind

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The PelaStar system was conceived by Glosten engineers in 2006, who saw a need to reduce the capital costs of offshore wind and access sites with superior wind resources.

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