November 2012 - ECOncrete cited by Forbes as one of two companies to play a a part in rebuilding the Tri-State area after the devastation of Sandy.
September 2012 - ECOncrete™ was chosen for the 2012 Women Entrepreneurship summit to be held this October in New York City.
September 2012 - A year after the Savannah Ocean Exchange at Savannah, Georgia, the ECOncrete™ high profile maintained.
"Port docks playing host to marine life" in "Savannah Now, Savannah Morning Use"
"GPA environmental effort moves ahead" at the portal of Georgia Ports Authority
31 August, 2012 - ECOncrete™ engineers who installed a new type of fish-friendly concrete at the Port of Savannah are encouraged by the growth of aquatic plants and animals on panels tested at the Georgia Ports Authority's (GPA) Garden City Terminal.
In February, Shimrit Finkel and Ido Sella of ECOncrete™ suspended a series of 30 panels from the docks at Garden City Terminal, featuring different chemical formulations and surface textures.
Article "Ga. Ports continues environmental testing" at "The Coastal Source" website.
July 2012 - Nearly 40 tons of ECOncrete™ ecological armoring units deployed at the Polinom Port in Haifa, Israel.
May 10, 2012 ECOncrete™ represents Israeli ocean-related innovative technologies at the Israeli pavilion in the Expo2012, South Korea.
EXPO 2012 is located in Yeous in South Korea, and the theme of this Exposition is "The Living Ocean and Coast: Diversity of Resources and Sustainable Activities".
August 15, 2011 SeArcs' ECOncrete™ designs were chosen to be included in the "Atlas of Possibility for the Future of New York" as a part of Dlandstudio's "By the City/For the City" submission.
August 13, 2011 - SeArcs' ECOncrete™ is one of the ten winning solutions of the Savannah Ocean Exchange 2011.
ECOncrete™ is an applicable tool for constructing environmentally active concrete coastal and marine infrastructures. It presents an innovative yet simple solution to the conflict between societal and environmental needs in coastal zones. By manipulating concrete structures at three levels - concrete composition, surface texture and macro-design - we can elevate their ability to provide valuable ecosystem services and improved environmental parameters associated with filter feeding communities.