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  • Michigan State Engineers 3D Printed Helmet Inserts to Help Quarterbacks Tackle Crowd Noise
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UC Berkeley Lab 3D Prints Quieter, More Efficient Drone Propellers Inspired by Owls and Cicadas

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UC Berkeley Lab 3D Prints Quieter, More Efficient Drone Propellers Inspired by Owls and Cicadas

Grace Gu's lab at UC Berkeley 3D printed and tested dozens of drone propellers modeled on owls and…

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Home / Environmental / Living Seawall Tiles: Volvo’s Plan For Combatting Pollution
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Living Seawall Tiles: Volvo’s Plan For Combatting Pollution

January 30, 2019

Due to increasing urbanization, the coast of Sydney lost large sections of mangrove jungle for the past 200 years. As a result, much of the marine life on the coast was losing much of its habitat, taking with it the natural purifying effect it had on the water. Enter Volvo with a bold and innovative 3D printing solution. Volvo’s living seawall tiles integrate with marine life on a whole new level.

Related Story
3D Printed Coral Reefs Help Scientists Analyse Environmental Damage

This initiative is a joint project with North Sydney Council, the Sydney Institute of Marine Science, and Reef Design Lab, a Melbourne-based designer of marine habitat infrastructure. With the loss of so many mangrove trees, the dependant marine life were all exiting the area. To remedy this, the researchers decided to build structures that promote growth for mangrove trees and the return of sea-life.

“We’ve lost 50 percent of the world’s mangrove forests, and in their place, we’ve built things like seawalls, which proliferate around Sydney Harbour. Tearing down the seawalls is not viable,” said Nick Connor, Managing Director of Volvo Car Australia. “There’s a Swedish word, omtanke, that means ‘caring’ and ‘consideration.’ I think that really captures what we’re trying to achieve with the Living Seawall, and it sums up Volvo’s approach to sustainability in general. We’re always trying to rethink, reinvent, redesign for the better.”

Aiding Marine Biodiversity

The tiling also takes its cues from biomimicry, simulating ocean habitats. Each hexagonal tile incorporates and holds together the structure of the mangrove roots. The underside of the tiles has a far more complex design that attracts microorganisms. Cast from 3D printed moulds, the tiles employ a mixture of cement and recycled plastic. The layers match the texture of the oysters, which helps them grow into the tiling. This is great because they can act as one of the filtering organisms the program wanted to bring back.

The initiative is another example of how 3D printing can recover and preserve various habitats. Aside from the main purpose of the living seawall tiles, there is an additional component that plays well with the environment. The plastic the researchers employed is recycled, making use of existing waste as opposed to creation of new plastics.

Related Story
Print Your City 3D Prints Outdoor Furniture From Recycled Plastic

This isn’t Volvo’s first foray into eco-awareness. The company already committed to an embargo of single-use plastic across all offices, canteens, factories and events starting 2020. While there is a lot of work remaining, it’s good to see major international companies taking a first step. There are plenty of other spots in the world that could use structures like living seawall tiles.

Featured image courtesy of Volvo

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Rawal Ahmed

Rawal Ahmed is a freelance journalist and politics correspondent with an avid interest in futurism, science and technology.

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UC Berkeley Lab 3D Prints Quieter, More Efficient Drone Propellers Inspired by Owls and Cicadas

Grace Gu's lab at UC Berkeley 3D printed and tested dozens of drone propellers modeled on owls and cicadas, cutting noise by up... read more »

News
UC Berkeley Lab 3D Prints Quieter, More Efficient Drone Propellers Inspired by Owls and Cicadas

University of Rochester Turns a Standard 3D Printer Into a $450 Syringe-Pump Bioprinter

Anne S. Meyer's lab swapped a 3D printer's filament extruder for a syringe pump, building a $450 bioprinter for living materials over 100... read more »

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University of Rochester Turns a Standard 3D Printer Into a $450 Syringe-Pump Bioprinter

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ABS and Radian Forge to Evaluate Digital Qualification of Wire Arc 3D Printed Metal Parts

ICON Begins 3D Printing Its Largest Commercial Building for ASCO Equipment in San Antonio

ICON has begun 3D printing a 12,649-square-foot exhibition and training center for ASCO Equipment, with printed walls carrying a steel superstructure.

Construction
ICON Begins 3D Printing Its Largest Commercial Building for ASCO Equipment in San Antonio

VulcanForms Secures $500 Million to Build Three New Factories Around Its Metal 3D Printing

VulcanForms, which combines metal 3D printing with machining in its own factories, has secured $500 million in financing to build three new factories.

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VulcanForms Secures $500 Million to Build Three New Factories Around Its Metal 3D Printing

University of Freiburg Researchers Win €10 Million ERC Grant for Volumetric 3D Printing of Commercial Plastics

Bastian Rapp and Jürgen Rühe received an ERC Synergy Grant for CHiC2PRINT, which aims to 3D print commercial plastics with light and recover... read more »

News
University of Freiburg Researchers Win €10 Million ERC Grant for Volumetric 3D Printing of Commercial Plastics

Dutch Machine Builder Swaps a Welded Part for One Metal 3D Printed by K3D

K3D used a Meltio Engine on a robot to 3D print a stainless steel wear bush that Machine Fabriek Geurtsen used to weld... read more »

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Dutch Machine Builder Swaps a Welded Part for One Metal 3D Printed by K3D

InfiMech Takes MX and MX Pro Tool-Changing 3D Printers With Up to Eight Toolheads to Kickstarter

InfiMech's MX and MX Pro give each color its own print head, so a multicolor print only purges each tool once. Early Bird... read more »

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InfiMech Takes MX and MX Pro Tool-Changing 3D Printers With Up to Eight Toolheads to Kickstarter

Snapmaker Launches Free Online Tool That Turns Photos Into Color Lithophanes for 3D Printers

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Snapmaker Launches Free Online Tool That Turns Photos Into Color Lithophanes for 3D Printers

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