EcoReefs modules have been engineered to meet the specific ecological needs of fish and corals, to be easily installed with a minimum of logistics, and to provide a functional, aesthetically-pleasing marine ecological enhancement suitable for coastal developments, impact mitigation and resort/watersports use. 

EcoReef modules have a spiny, branching design that simulates the growth habit of branching corals.

The modules create a dense, naturalistic reef thicket with abundant, dimensionally complex space for herbivorous fish and juvenile fish. Small reef fish living in EcoReefs installations naturally keep algae and soft coral overgrowth under control, creating favorable conditions for rapid coral colonization.

The modules are made from specially-formulated ceramic that is non-toxic and non-reactive in seawater, and is a superior material for encouraging coral growth compared to concrete or metal. Young corals readily and firmly cement on to the module ceramic, and are able to overtop the modules in time. 

EcoReefs modules have patented features to help facilitate the successful settlement of microscopic coral larvae, including shaded settling plates raised off of the bottom for protection, fluted surfaces to generate turbulence, and a microporous surface texture for improved coral adhesion.

Coral branch tips can be easily and successfully transplanted onto the modules, either directly attached to the ceramic branches or, in the case of nursery-grown corals, mounted in wells provided on the upper surface of each module. 

When installed in large,close-packed arrays of hundreds to thousands of modules, the turbulence generated by the module branches slows water flow over the site, stabilizing sediment and creating conditions conducive to rapid coral reef establishment.

EcoReefs modules can be complemented with other materials (e.g. limestone boulders) for additional habitat variety.

The modules are quickly and easily assembled from mass-produced components flat-packed in boxes and delivered in standard 40' shipping containers.  

Each assembled module weighs 25kg, and is approximately 1m across x 50cm high. Each module has 30 branches, two settling plates (each with three transplant wells) and a central anchor hole.  

Additional module types can be manufactured upon request to meet specific needs.    

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