Blackhill Engineering builds flood defence gates for New York City hospital

Blackhill Engineering, the heavy engineering division of engineering services company, SC Group, is building flood defence gates as part of the flood defence system being installed to protect a new flagship patient wing at the NYU Langone Medical Centre, one of the US’ leading university hospitals in New York City. The hospital’s new $150 million Kimmel Pavilion is being designed to meet new standards for flood protection that were introduced in the wake of Hurricane Sandy, which in 2012 forced the evacuation of patients at the Manhattan hospital overlooking the East River.

Devon UK based Blackhill was awarded the contract by Flood Control International, also based in Devon and a world leading specialist supplier of bespoke engineered flood defence systems. The Kimmel Pavilion is the largest contract to date for Flood Control International   which has supplied systems for Nairobi Airport, retail stores in Australia and East Anglian coastal towns.

Flood Control International selected Blackhill for its capacity to manufacture four steel `flip up` flood defence gates, the largest one measuring 12m long and 2.5m high, which combined use some 10 tonnes of steel. Blackhill specialises in building large fabrications and recently delivered components totalling 650 tonnes of steel for the Hinkley Point C jetty, for which it won two EDF Energy HPC Excellence Awards for Best Local/Regional Business and Best Manufacturing Equipment Supplier.

Dan Baker, Business Development Manager at Blackhill Engineering, said: “Winning this prestigious contract from a world leader in a growing niche sector of the construction industry is testament to our expertise and an exciting breakthrough for Blackhill”.

Hide

This website will store cookies on your computer. We use cookies to improve your browsing experience (we never store personal information in a cookie) and to track how the site is being used. By continuing to browse the site you are agreeing to our use of cookies.