Architectural Restoration

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Oscar Collins shares key consideration for Restoration & Remediation companies that want to pursue historic building restoration.

The company has been called upon to mitigate and restore some of New Orleans’ largest and oldest structures.

Nicholas Hopkins, historic restoration foreman at EverGreene Architecture, discusses his experience as a rising leader in the restoration business. 

Taking Nicholas Hopkins’ career path proves no easy task. One needs to live in two cities hit by hurricanes, work as a drug counselor and get a master’s degree that entails studying historic methods for carpentry, masonry and metal work.

Merged firm will better serve the Washington, D.C. market.

SERVPRO of Southeast Nashville responded to a historic church after a fire damaged a large portion of its sanctuary. A heater caused the curtains to catch fire, which spread to the walls, damaging drywall, plaster, the stage, roofing tiles and deposited smoke and soot onto the pews, throughout the structure.

NORTON, Ohio – May 29, 2019 – ICP Building Solutions Group (ICP BSG), the foremost supplier of professional products and solutions for building envelope, cementitious and sports surface needs, has announced the hiring of Brian LaGuardia as vice president, ICP Building Envelope Group.

A project to clean up and restore one of the most significant landmarks along the waterfront of New Bedford, Massachusetts, has been recognized for engineering excellence by the American Council of Engineering Companies of Massachusetts (ACEC/MA). The annual ACEC/MA Engineering Excellence Awards recognize engineering achievements demonstrating the highest degree of merit and ingenuity.

Cortec announced that its product, MCI 2020, is being used to treat the steel and concrete of Krk Bridge, a reinforced concrete arch bridge connecting the Croatian island of Krk to the mainland and carrying over a million vehicles per year. Investigators discovered that salt accumulates on the surface of the reinforced concrete structure and chlorides penetrate through the protective layer of concrete to attack the reinforcement because of strong winds at the site.