DURTEQ

Trash to Cash.
Liability to Sovereign Asset.

The Caribbean's record Sargassum crisis is now the world's largest untapped marine feedstock. DURTEQ intercepts it offshore, detoxifies it, and transforms it into high-value materials and verified carbon credits. One biological engine, two feedstocks — the same protocol recovers critical minerals and rare earths from the world's industrial waste.

37.5M
Metric tons of Sargassum, 2025 (record)
5,000+
Miles — the Great Atlantic Sargassum Belt
$340B
Global digital carbon market by 2032
Zero
Bycatch — certified interception protocol

A Biological Emergency

The Caribbean's coastlines, health, and economies are under siege

Unprecedented Volume

A record 37.5 million metric tons in 2025 — projected up to 40 million in 2026. The two species can double their biomass in just 11 days.

Economic Destabilization

Tourism is 16% of GDP and ~900,000 jobs in the Dominican Republic alone. Inundations cut affected-area tourism revenue 35–50%.

Public Health Crisis

Decomposition releases toxic hydrogen sulfide (H₂S). Over 11,400 acute exposure cases were reported in the French West Indies in a single year.

Escalating Costs

Cleanup runs ~$1.1M per kilometer of coastline annually in the hardest-hit regions — a recurring, non-discretionary public expense.

The DURTEQ Solution

We move mitigation from the shoreline to the open ocean — and capture the value

1

Maritime Shield

An autonomous hub-and-spoke fleet of satellite drones and interceptor catamarans, guided by our patent-pending AI-Guardian™ sensor fusion (RGB + Near-Infrared + Thermal), corrals Sargassum in open water under a certified Zero-Bycatch protocol — before it rots on the beach.

2

Harvest & Dewater

V-Hull Harvester Barges with a split-bow funnel and mesh-belt conveyors collect biomass without sand contamination. An onboard Water Squeeze instantly cuts raw mass up to 40%, so we transport valuable organic matter — not seawater.

3

DRYBOX™ Pre-Processing

Solar + photovoltaic thermal drying brings moisture to target, while the PAMPER filtration system washes out corrosive salt and soluble impurities — with responsible brine effluent management.

4

Mycorefinery Protocol

Our breakthrough: a low-temperature "Cold Chemistry" fermentation using Aspergillus oryzae. Fungal cell walls act as molecular magnets, locking arsenic and heavy metals into an inert matrix — solving the industry's Arsenic Barrier while preserving valuable polymers.

5

Energy Self-Sufficiency

Onboard pyrolysis converts a portion of dried biomass into syngas and bio-oil that power the fleet, drones, and dryers — a closed-loop system that is energy-independent and carbon-neutral.

6

Valorize & Verify

Clean feedstock becomes building materials, bio-stimulants, and marine extracts — while every ton of sequestration and avoided emissions is measured, reported, and verified on the AXERP registry.

Solving the Arsenic Barrier. Raw Sargassum carries arsenic of 62–89 mg/kg — toxic for agriculture, feed, or consumer goods, which is why competitors fail. The Mycorefinery Protocol reduces arsenic to a safe 0.8–2.6 mg/kg, unlocking multi-billion-dollar commodity markets closed to traditional waste haulers.

One Biological Engine, Two Feedstocks

The same chemistry that detoxifies Sargassum recovers metals from industrial waste

Breaking the arsenic barrier was the hardest technical gate in the Sargassum business — and clearing it proved something larger. Stripping arsenic out of biomass is selective biological metal capture, and the same fungal and cold-chemistry mechanisms pull gold, silver, gallium and rare earths out of industrial waste.

The feedstock changes; the engine does not. That second feedstock — fly ash, red mud, tailings and e-waste — is a business in its own right.

Explore Critical Resource Recovery

What transfers directly

  • Selective metal capture, proven at pilot scale
  • EPA-compliant effluent management
  • Waste-heat co-location playbook
  • AXERP registry traceability
Product Portfolio

A Portfolio of High-Value Products

One recovered feedstock. Multiple commercial pathways.

DURTEQ™ is developing a portfolio of materials, ingredients, fuels, infrastructure products, and verified environmental assets from recovered sargassum and complementary circular feedstocks. Each product pathway is designed around an identifiable market need and a defined route to commercialization.

Sargacrete & Ashcrete

Advanced Building Materials

High-strength composite panels and cement-replacement materials developed from processed sargassum and recovered mineral feedstocks.

Explore Sargacrete & Ashcrete

DURTEQ-Glow™

Specialty Marine Ingredients

Refined alginate and fucoidan product pathways for qualified cosmetic, personal care, research, and industrial applications.

Explore DURTEQ-Glow™

DURTEQ-Heat™

Renewable Process Energy

Densified biomass briquettes developed as a productive energy pathway for processed sargassum and compatible biomass streams.

Explore DURTEQ-Heat™

Bio-Stimulants

Agricultural Inputs

Processed sargassum-derived formulations being evaluated for agricultural and soil-support applications, subject to compositional, safety, and efficacy testing.

Explore Bio-Stimulants

DURTEQ-Build™

Circular Construction Systems

Composite fibers, architectural components, modular products, and manufactured building systems developed from valorized biomass and recycled materials.

Explore DURTEQ-Build™

Blue Carbon Credits

Climate Infrastructure

Measurement, reporting, verification, registry, and digital asset infrastructure for qualified sequestration and avoided-emissions projects.

Explore Blue Carbon Credits

From Material Platform to Finished Products

The DURTEQ™ material platform can support an expanding range of finished products for construction, logistics, transportation, and outdoor environments.

Polymer Pallets

Reusable logistics platforms for demanding supply chains.

Explore Polymer Pallets

Interlocking Building Panels

Modular structures for rapid assembly and repeatable systems.

Explore Interlocking Panels

Composite Railroad Ties

Durable infrastructure for rail and industrial track.

Explore Railroad Ties

Simulated-Wood Decking

Coastal terraces and outdoor living spaces.

Explore Composite Decking

Composite Building Siding

Architectural cladding for demanding environments.

Explore Composite Siding

The same matrix is molded into lumber, decking, facades, shelters, tanks, furniture, and housing. See the material platform.

Sovereign Carbon Infrastructure

Under Article 6.4 of the Paris Agreement, nations must operate national registries to verify and trade carbon credits. Through the AXERP platform, DURTEQ delivers Sovereign Carbon Infrastructure-as-a-Service.

  • AI-driven MRV. Real-time Measurement, Reporting & Verification via satellite data — an institutional-grade defense against greenwashing.
  • ERC-3643 tokenization. Compliant Blue Carbon security tokens nations actually own and control.
  • National exclusivity. Once adopted as the national Article 6.4 registry, AXERP becomes the sovereign standard — a durable data moat.
$340B
Digital carbon market by 2032
Article 6.4
Paris Agreement compliant

"Sovereign-as-a-Service": recurring government tipping fees layered beneath scalable commercial revenue — with a defensible data moat.

AI measurement

Satellite, drone, and field data are turned into a carbon inventory. The workflows cover REDD+, IFM, ARR, and blue carbon, and they keep the model run with the credit.

One lifecycle

Registration, validation, issuance, transfer, and retirement. Serial numbers are there so the same ton cannot be issued twice.

Article 6 records

Authorization flags, reporting exports, and separate roles for the national authority, the project, and the verifier.

Sovereign hosting

The registry can run in a national data center or a sovereign cloud. The government keeps administrative ownership.

How the national carbon registry works

24-Month Execution Roadmap

From a Dominican Republic pilot to regional leadership

Phase I · Months 1–6

Pilot Mobilization

Assemble the 10-catamaran fleet and DURTEQ-Atlas™ barge in the Dominican Republic. Train AI-Guardian™. "Gold" Launch in the Mona Passage — first 500 tons intercepted.

Phase II · Months 7–12

Proof & Market Entry

First DURTEQ-Heat™ & DURTEQ-Glow™ deliveries. AXERP third-party audit; first Blue Carbon tokens listed. Break-even targeted by Month 10.

Phase III · Months 13–18

Regional Scale-Up

Central Manufacturing Plant scales 5→10 lines. 50 more interceptors built; a second Atlas Barge deploys to the Riviera Maya, Mexico.

Phase IV · Months 19–24

Maturity & Leadership

"Swarm Intelligence" fleet across 5+ countries, protecting 1,200+ km of coastline and sequestering 500,000+ tons CO₂e annually.

Built by an Experienced Team

Geoscience and capital markets, MIT-trained materials science, and enterprise platform engineering

Meet the Leadership Team

Partner With DURTEQ

We work directly with national Cabinets — Ministries of Environment, Tourism, and Finance — and with institutional partners to establish the Sargassum Shield. Tell us about your coastline or your interest, and our team will respond.

  • Sovereign partners: exclusive offshore harvesting rights & guaranteed service contracts at zero upfront cost.
  • Industrial partners: feedstock owners, manufacturers, and offtake buyers evaluating a product or a licence.