Key Features:
multi-academic and multi-disciplinary institute 
in the world with a comprehensive coastal management solution 
that includes sargassum 
Using State of Art Patented Monitoring Technology we can use a green hydrogen-filled observation blip, that uses high-definition artificial intelligence technology and can be launched offshore & onshore, the images can then be processed joining with webcams and other monitoring of coastal resources that allows us to define an instrument to predict volumes of sargassum to affect specific sites in real-time.
Using Mathematical Modeling software in alliance with Digital Earth Solutions DES® and their "SPOT" Algae System, our team is able to define using obtained detailed satellite and other processable imagery detailed data that predicts how sargassum will behave in regards to geological features and can be detailed to a specific property.
Through detailed bathymetric and mathematical modeling our team has developed an Early Detection System that reduces costs considerably for our clients operation.
Our Early Detection System, can define estimated volumes of sargassum, improve logistics, define sargassum barrier installation and program operations to reduce costs for our clients.
SOS Carbon has developed the Littoral Collection Module (LCM) as an environmentally-concious and cost-effective solution for sargassum collection at scale.
Oceanus International and SOS Carbon are proud to be collaborating in bringing this innovative solution to Mexico.
With our alliance with ELASTEC® Sargassum Barriers.
The sargassum can then be pumped to sea or to shore and dehydrated in our specially designed Geocylinder® where our clients can program a more efficient operation for inland disposal.
These products are specifically designed to control massive algal blooms like sargassum and sea snot and trap it in a specially designed compartment where it can be pumped to shore or to sea depending on the local environmental policies.
The sargassum is pumped using 100% electric, soundproof and submersible technology that sucks and sends the sargassum to our patented Geocylinder® system where the sargassum is stored and dehydrated in a clean and odourless way that allows our clients to coordinate the extraction of the Sargassum to their center final disposal with one or two operations per month, saving resources considerably.
Our Turnkey solutions provide our clients with professionally managed programs with a true scientific approach.
A program that provides our clients with significant savings on their operating procedures.
Keep your beaches sargassum‑free all year with “Golden Tides” turnkey solution:
24/7 Monitoring & Predictive Modeling
– Silent, tethered sensors track sargassum blooms in real time.
– Advanced models forecast drift patterns for precise planning.
Littoral Collection & Dynamic Containment
– Eco‑friendly booms and electric, sound‑proof submersible pumps gather floating sargassum offshore.
Geocylinder® Dewatering & Sequestration
– Proprietary Bio‑Geocylinder® units capture and dehydrate biomass odor‑free.
– Once dried, sargassum is safely sunk in pre‑approved deep‑water zones or hauled to authorized disposal centers—one or two operations per month.
Why Choose Us?
Zero noise, zero emissions operation
Drastically reduced shoreline operations and costs
Fully permitted, environmentally vetted process
ELASTEC® with over 35 years in the offshore containment industry has developed the highest quality, most efficient Sargassum Barriers in the market.
Sargassum blooms are choking our coastlines—and traditional clean‑up methods can be costly, disruptive, and short‑lived. We’re launching a pilot study to test two game‑changing approaches:
1. Hydraulic Pumping to Depth:
– Using submerged intake nozzles and high‑pressure pumps, we’ll transport floating sargassum down to pre‑determined depths, where it naturally degrades without harming surface ecosystems.
2. Bio Geocylinder® Dewatering & Sinking:
– Floating sargassum is captured in proprietary Geocylinders, dewatered in situ, then gently released as dense biomass “slugs” that sink to the seabed—locking carbon away and minimizing surface impact.
-Why This Matters?
-Cost Efficiency: Reduces repeated shoreline operations and landfill needs.
-Carbon Sequestration: Promotes long‑term carbon storage in deep waters.
-Ecosystem Health: Keeps beaches clear for tourism and marine life free to thrive.
