Kevin Lee

Reef Arabia Plants 3D Printed Coral Reefs to Restore Persian Gulf Marine Life

by , 10/22/13

Reef Arabia, 3D printing, coral Reef, Restoring Nature, Green Technology, Ocean Life, Oceans, Bahrain, Australia, Sustainable Oceans International, 3D printed Sandstone, reefs, fish, sea life, Persian Gulf, coral reef destruction, 3D printing helping nature, 3D printed coral reef, replicate natural coral reef, underwater rainforests,

Coral reefs only cover about 0.1 percent of the world’s ocean surface and they’re still disappearing at an alarming rate. These “rainforests of the sea” are already sensitive to water temperature, so it’s no surprise that pollution, over fishing, and global warming are dramatically reducing the world’s coral reef population. To help counter this, Reef Arabia introduced nearly 3,000 concrete Reef Balls near Bahrain to create new homes for the ocean life that call these underwater structures home. For their latest project to restore ocean life to its natural order, Reef Arabia sunk its first-ever 3D-printed reef.

Reef Arabia, 3D printing, coral Reef, Restoring Nature, Green Technology, Ocean Life, Oceans, Bahrain, Australia, Sustainable Oceans International, 3D printed Sandstone, reefs, fish, sea life, Persian Gulf, coral reef destruction, 3D printing helping nature, 3D printed coral reef, replicate natural coral reef, underwater rainforests,The Reef Arabia team, made up of experts from Riffa, Bahrain and members of Australia-based Sustainable Oceans International sunk two of these 3D printed reefs off the coast of Bahrain last fall. The 1,100 pound reefs constructed in a partnership with DShape are made out of a non-toxic patented sandstone material.

There are advantages to using sandstone. Not only are its properties closer to a natural earth rock than concrete, it also has a neutral pH level, which should make them a more hospitable home for all the small fish, crabs, and shrimp that normally use stony corals for shelter.

Previously the team molded concrete into shape, but the team wants to switch to 3D-printing because it allows them to replicate natural reefs much more quickly. The prototype reef took a week to fabricate. But in the future, the team says their printer that extrudes sandstone layers in five-millimeter layers could print four molds at the same time in just a day. At the same time, 3D printing allows the Reef Arabia team to create random variations in the reef units so that no two are identical.

+ Reef Arabia

via Forbes

Images © Reef Arabia

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2 Comments

  1. WildZBill October 31, 2013 at 8:28 am

    Really? So are they going to print fish when the last of THEM have died too?
    We need to find ways to save the coral, save the ocean, not print their exoskeletons.

  2. Jeff Krogue October 27, 2013 at 11:38 am

    Artificial reefs don’t have to mimic the real thing to support abundant marine life. You can just take broken up concrete from a demolition site and dump it at the appropriate depth.

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