3DSP
A printed stone reef module full of holes and ledges on the seabed, with corals growing on its shelves and fish swimming through it

Marine habitats

Stone for the seabed

Reefs are made of holes, ledges and rough surfaces, the places where fish shelter and corals, oysters and algae settle. Printing builds exactly that kind of shape, in quick an inexpensive way.

Talk to us →Research direction

The need

Reefs need rebuilding

Coral reefs, oyster beds and rocky habitats are disappearing, from warming seas, pollution, dredging and storms.

Bringing them back is a growing field. Marine biologists, restoration organisations, research groups and coastal engineers place artificial structures on the seabed for life to settle on, from reef modules and coral nurseries to habitat panels on sea walls.

They need these structures in large numbers, shaped for the species they should host, made of materials that belong in the sea, and made close to where they go in.

Grey, dead coral and rubble on Molasses Reef in the Florida Keys

Reef modules

A module that becomes a reef

Stackable stone modules full of tunnels, ledges and cavities of every size, placed on the seabed as the start of a reef.

Rendering. Modules after Ceci n'est pas un fossile
  • Room for every species

    Small holes for small fish, larger caves for larger ones, all in one module.

  • Built up from parts

    Modules are stacked and joined without mortar, so a reef grows from elements that ship on a pallet.

  • Heavy enough to stay

    Weight and footprint designed so a module stays in place on the seabed.

  • Rough by nature

    The printed surface has the grain of the sand it is made from, for larvae to settle on.

  • Local sand

    Printed from the mineral resources closest to the coast, tested before production.

  • No Portland cement

    Mineral aggregate bound by a geopolymer, with no resin and no plastic.

Tourism

Reefs people come to see

Every module can be designed, so a reef can be habitat and a place visitors travel to, at the same time.

  • Dive and snorkel sites

    Designed reefs give divers and snorkellers somewhere new to go, close to the shore.

  • Less pressure on natural reefs

    Visitors spread out to the new reef instead of crowding the reefs that need protecting.

  • Designed with artists

    No mould, so every module can be a different shape, drawn with designers and artists.

Partners

Who we are looking for

We bring the printing and the material. We are looking for the people who know the sea.

  • Marine biologists

    To design the cavities and surfaces for the species a reef should host, and to measure what settles.

  • Research groups

    To run pilots and monitor modules on the seabed over the years.

  • Coastal engineers

    To size modules for waves, currents and the seabed they stand on.

  • Authorities

    To choose sites and guide the permits that anything placed in the sea needs.

  • Hospitality

    Hotels, dive centres and tourism boards, to fund and host reefs that visitors come to see.

Working on marine restoration?

Tell us about your project or your site. We reply within a few working days.

How do you find the site?

This is a first version. Tell us what works, what doesn’t and what is missing.

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