CCell | Living Reefs

Product

Hyperboloid Reefs

Rooted in Nature for Long-Term Impact

CCell hyperboloid reefs embody a superior strength-to-weight ratio and intricate internal complexity, providing a dual function of coastal protection and habitat creation.

The reef modules are excellent at attenuating waves through wave breaking and internal turbulence, effectively reducing erosion during severe storms and hurricanes. Their adjustable height, profile, and locally adaptable materials underscore their compatibility with diverse conditions.

Drawing inspiration from nature and empowered by the growth of bivalves and corals, our hyperboloid reefs are a regenerative alternative to conventional coastal protection approaches.

Hyperboloid Reef with bamboo and biocomposites — CCell's hyperboloid biocomposites reef module.

Applications

Coastal protection
Sediment recovery
Sediment stabalisation
Extreme weather disturbance mitigation
Habitat restoration
Supporting piers and jetties
Nearshore research hub
Marine data collection

Hyperboloid Reef with rock layer — CCell's Hyperboloid reef module.

Rock grown around steel rebar. — Rock layer grown using MAT.

Key Features

Material Versitility

Our hyperboloid reef modules showcase exceptional material versatility, and can be manufactured from various combinations, or exclusively composed, of the following main materials, tailored specifically for local environmental conditions:

Extreme Waves and Weather

Eco-concrete
Stainless Steel
Recycled Galvanised Steel

Moderate and Mild Weather

Biocomposites
Bamboo
Coconut coir

Optimised Design

At the heart of our designs are principles emphasising efficient material usage and longevity, aligned with a circular economy perspective. Our manufacturing and installation processes highlight our dedication to ethical practices and swift implementation.

Modular Units

Flat-packed delivery
Interlocking bars and frame rings
Non-disruptive, rapid on-site assembly

Optional MAT

Artificial and natural reef integration
Increased wave attenuation
Marine habitat enhancement

Data Compatibility

Opting for mineral accretion technology enables us to electrify the reef units - this can be on a short or longer term basis. In turn, this facilitates extensive marine data collection and remote monitoring capabilities.

Plug-n-Play Sensors

Waves and currents alerts
Video and infrared cameras
Abiotic Data (temperature, pH, etc)

Research Potential

Marine Bioacoustics
Enhancing Reef Ecology
Pollutant and chemical detection

TECHNICAL SPECIFICATIONS

Property	Units	HBC	HBS6	HBS4	HBA4	HBA2	HBB
Water Depth^*	m	8	6	4	4	2	2
Unit Height^**	m	7.5	5.5	3.5	3.5	1.5	1.5
Unit Width	m	12.5	9.1	5.8	8.3	5.3	2.2
Initial Unit Weight	t	67.6	36	14	1.6	0.3	0.1
Main Material	-	Eco-concrete	Steel	Steel	Steel	Steel	Bio-composites
Optional MAT	-	Yes - on any steel components	Yes	Yes	Yes	Yes	Yes
Illustration	-
Ideal in / for ^***	-	Intense wave and hurricane climates	Intense wave and storm climates	Moderate wave and weather	Mild wave and weather	Mild wave and weather	Mild climates and a bio-based design focus

^*Recommended freeboard ranges from -0.5m (below the surface) to 1m (protrusion above water line) according to environmental suitability.
^**Height, width and weight values are theoretical estimates and may need to change to adapt to local material stock and quality.
^***Ask a CCell representative for detailed information regarding ideal conditions and uses.

Biomimicry

Boiler Reefs

In the natural world, 'boiler' formations, prominently observed in Bermuda's holocene algal cup reefs, display hyperbolic shapes with diameters ranging from 1 to 2 meters.

Inspired by these natural structues, CCell hyperboloid reef structures are a harmonious fusion of sustainable engineering design and the ingenious principles found in healthy coastal ecosystems.

Much like CCell reefs, these microatolls gain strength through the settlement of biogenic materials and serve as habitats for a diverse range of marine life.