Materials from a Recovered Feedstock.

DURTEQ™ is building a diversified product portfolio from recovered sargassum and complementary circular feedstocks. Our platform is designed to separate, refine, formulate, and manufacture materials for markets that need more resilient supply chains and more productive uses for recovered resources.

Advanced Building Materials

Sargacrete & Ashcrete

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

Explore
Circular Construction Systems

DURTEQ-Build™

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

Explore
Circular Construction Systems

Interlocking Building Panels

Modular composite panels for structures, partitions, enclosures, rapid assembly, and repeatable building systems.

Explore
Circular Construction Systems

Simulated-Wood Decking

Composite decking designed to combine architectural warmth with a lower-maintenance material platform for outdoor environments.

Explore
Circular Construction Systems

Composite Building Siding

Architectural cladding developed from processed sargassum and recycled materials for residential, commercial, and hospitality buildings.

Explore
Logistics & Infrastructure

Polymer Pallets

Reusable logistics platforms combining processed sargassum with recycled polymers for demanding supply chains and closed-loop distribution.

Explore
Logistics & Infrastructure

Composite Railroad Ties

Composite railroad ties being developed from processed sargassum and recycled polymers for durable rail and industrial track applications.

Explore
Specialty Marine Ingredients

DURTEQ-Glow™

Marine biorefining pathway focused on refined alginate and fucoidan product pathways from responsibly recovered and processed sargassum.

Explore
Renewable Process Energy

DURTEQ-Heat™

Densified biomass pathway designed to convert processed sargassum and compatible biomass streams into transportable fuel products.

Explore
Agricultural Inputs

Bio-Stimulants

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

Explore
Climate Infrastructure

Blue Carbon Credits

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

Explore
Lumber

Lumber Replacements

Molded 2×4 profiles for framing and agricultural structures.

Explore Lumber Replacements
Floors

Decking and Flooring

Deck boards and flooring for coastal and wet-room sites.

Explore Decking and Flooring
Housing

Modular Housing

Emergency, workforce, and accessory housing from the same boards and facades.

Explore Modular Housing
Municipal

Transit Shelters

Bus stops and shelters for coastal and high-humidity cities.

Explore Transit Shelters
Water

Water Storage Tanks

Municipal and agricultural tanks molded from the platform.

Explore Water Storage Tanks
Furniture

Outdoor Furniture

Park benches, outdoor seating, and indoor furniture.

Explore Outdoor Furniture
Interiors

Storage Systems

Closets and cabinets for homes, retail, and commercial rooms.

Explore Storage Systems
Concept

Modular Pool Shells

A molded shell study. Water-holding performance is specified per project.

Explore Modular Pool Shells

The Material Platform

One circular matrix, pressed and molded into the products above

DURTEQ’s building products come from one bio-composite matrix: invasive pelagic sargassum, MYCOSARG™ mycelium, recycled HDPE and PET, and geopolymer chemistry, including fly ash and slag. Sheets are hot-pressed. Profiles, shells, and furniture are molded. The matrix is specified without added formaldehyde, and interior faces are developed for low-VOC rooms.

These figures are the platform characteristics DURTEQ publishes for that matrix. They are not a building-code approval for every molded part. A wall, a tank, a pallet, or a house still takes the specification and the testing its jurisdiction requires. A limited lifetime warranty is offered with a supply agreement.

Platform characteristics
CharacteristicPublished figure
Standard sheet4 ft × 8 ft
Custom sheetUp to 10 ft
Density700–850 kg/m³
Water absorption< 0.5%
Flexural strength> 8.5 MPa
Screw pull-out≥ 150 N
ProcessHot press and injection mold, 130–175°C, 1–6 MPa
FireSpecified to Class A, ASTM E84, with borate minerals in the matrix

Lines on this platform

  • Interior wall and partition boards
  • Exterior facades for coastal weather, UV, and driving rain
  • DURTEQ™ ThermoShield, the waterproof thermal-insulation line
  • DURTEQ™ QuietCore / ArtSound™, the acoustic line, specified toward an NRC of 0.85

Finishes

Stone, wood, and architectural color collections. Faces are raw matte, paint-ready, laminated stone, woodgrain, acoustic relief, or a custom molded form.

Where the matrix is aimed

Marine edges, coastal construction, high humidity, hurricane zones, commercial buildings, and agricultural operations.

One Integrated Resource-Recovery Platform

The value of the DURTEQ™ platform is not limited to one finished product. Recovered biomass can be directed into different commercial pathways according to composition, market requirements, processing economics, and verified product suitability.

From building materials to specialty ingredients, energy products to climate infrastructure, every product line leverages the same biological engine and traceability infrastructure. This diversification creates resilience and flexibility across markets and geographies.

Platform Architecture

  • Feedstock separation and preprocessing
  • Biological metal capture and refinement
  • Multiple formulation pathways
  • AXERP registry and traceability
  • Scalable manufacturing

Have a Feedstock, Market, or Product Application?

DURTEQ™ works with governments, industrial operators, manufacturers, developers, research institutions, and strategic investors to evaluate feedstocks, pilot products, and establish regional production pathways.

Discuss a Project