Eco Engineering · Artificial Reefs · Marine Restoration
Engineering habitats,
restoring balance
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Our mission
We design and deploy next-generation artificial reef systems that rebuild marine biodiversity, protect coastal infrastructure, and create thriving underwater ecosystems engineered to last.
Our Approach
Where engineering meets ecology
Three integrated practices that take a project from baseline survey to living reef, monitored across decades.
01Artificial Reef
Artificial Reef
Design
We engineer modular, species-specific reef structures using marine-grade materials that mimic natural reef complexity — providing immediate habitat for fish, invertebrates, and coral recruits.
02Coastal Habitat
Coastal Habitat
Restoration
From degraded seabeds to eroded coastlines, we deploy ecological engineering solutions that stabilise sediment, reduce wave energy, and accelerate natural recovery processes.
03Marine Biodiversity
Marine Biodiversity
Monitoring
Every installation includes a long-term monitoring programme using underwater sensors, periodic dive surveys, and satellite data to track ecosystem health over time.
Featured Project
Posidonia Reef System in the Mediterranean Sea
The Marina Lab begins the process of installing its first artificial reef in Les Marines, Dénia.
The proposal, promoted by The Marine Lab and funded by the town council, aims to prevent erosion and encourage marine biodiversity and protect the Posidonia endangered habitat found in Blay Beach.
View Case Study →
Innovation
Built to regenerate life in coastal cities
Four engineering systems working together to make every deployment outperform natural recruitment baselines.
Bio-receptive Substrate
We use innovative materials with calcium carbonate compound matrix mimics the pH and micro-texture of natural limestone reef, accelerating coral settlement by up to 3x.
Hydrodynamic Geometry
Each module is CFD-optimised to create ideal current patterns that oxygenate the reef interior and distribute larvae across the structure and across the reef system.
Optimized for remote deployment
Purpose-built for remote coastlines, the modular structures can be transported and installed with minimal equipment, reducing both environmental impact and deployment costs.
Modular Scalability
From a single pilot unit to city-scale deployments, our interlocking system scales linearly, no redesign required between project sizes.
Featured on
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Our Commitment
“Every reef we build is a promise to the ocean, to coastal communities, and to every species that depends on a living system at sea.”
The Marine Lab operates under the principles of regenerative design. We don't just minimise harm, we engineer net-positive ecological outcomes. All materials are sustainable, all deployments are scientifically monitored, and all projects are designed in collaboration with marine biologists, local authorities, and coastal communities to maximize our impact.
The Team
Scientists, engineers, divers.
A multidisciplinary group operating at the intersection of marine biology, structural engineering, and field operations.
Denise Debrot
SCIENCE DIRECTOR
Denise leads our scientific strategy, ensuring every project is grounded in rigorous ecological research, long-term sustainability, and measurable environmental impact.
Sebastián Rodriguez
CHIEF OPERATIONS AND STRATEGY
Sebastian transforms scientific knowledge into scalable restoration projects, overseeing operations, strategic growth, and the successful delivery of marine conservation initiatives.
Ready to regenerate your coastline?
Whether you're a port authority, a marine protected area, or a coastal developer, we'd love to hear about your project.
Start a ConversationOr write to us at hello@themarinelab.com