Sincko Labs’ novel approach injects biomass into marine sediments, elevating the seabed to counter coastal erosion and achieve durable carbon storage.
THE CHALLENGE
Our coastlines are disappearing – faster than we can rebuild them.
Rising seas, sinking land, stronger storms, and resource extraction are accelerating erosion, threatening ecosystems, displacing communities, and risking trillions in infrastructure.
Conventional defenses are costly, slow, and often harm marine life. As climate threats grow, scalable, sustainable solutions are urgently needed.
CASE STUDY: THE COST OF EROSION IN LOUISIANA
$1.9B
In infrastructure damage annually.
A football field of land disappears every 90 minutes.
An area the size of Manhattan is lost every year.
OUR SOLUTION
Injecting biomass to elevate the seabed, enhance coastal resilience, and enable long-term carbon sequestration.
Agriculture captures large amounts of carbon each year—but much of its biomass waste, like bark, husks, and shells, decays and releases CO₂. In nature, this material settles on the seafloor, where an anoxic layer beneath coastal sediments can store carbon for millennia.
Sinkco Labs injects agricultural waste into this layer to raise the seabed and permanently store carbon—helping buffer coasts from erosion, stabilize ecosystems, and turn waste into lasting climate impact.
SinkCo Labs takes a process that occurs in nature and accelerates it – to store carbon safely and permanently in ocean sediment.
HOW IT WORKS
A revolutionary process for carbon sequestration
1.
Processing biomass
Photosynthesis captures CO2 into plant biomass. Biomass has value extracted and SinkCo Lab’s collects remnant biomass.
2.
Transporting biomass locally
Biomass is transported via land & sea.
3.
Injecting biomass into sediment
A biomass slurry is injected into the ocean sediment using SinkCo Lab’s patent-pending vibration-based technology.
The seafloor slowly rises—creating new elevation for marsh plants and marine ecosystems.
From localized seabed elevation to large-scale, permanent CO₂ sequestration.
01
Foundational Research & Proof of Concept
02
Lab research & in situ tests
03 - CURRENT
Pilot deployment - Local
04
Scaling up - Regional
05
Global Expansion
From eco-friendly products to gigaton-scale CO2 removal.
01
Foundational Research & Proof of Concept
02
Pilots Studies and Products Extraction
03
Scaling up - Local
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