Advanced Materials for Critical Infrastructure
Graphene-enhanced solutions for defense, energy storage, infrastructure protection, and waste-to-energy systems. Engineered in Puerto Rico. Built for the world.
Our Technology Verticals
Six proprietary platforms turning waste streams into defense-grade materials, advanced batteries, and resilient infrastructure.
IWUP Waste-to-Energy
Integrated Waste Upcycling Plants converting municipal solid waste into syngas, electricity, and advanced carbon materials. Zero-landfill technology for island and coastal communities.
Structural Supercapacitor Wall
Concrete wall panels that store electricity. No lithium, no thermal runaway, designed for EMP tolerance.
EMPCrete
EMP-hardened building materials meeting MIL-STD specifications. Graphene-doped concrete and shielding systems that keep critical infrastructure operational when the grid goes down.
GraphPlast
Graphene-enhanced asphalt and polymer modifiers that extend road life 3–5x. Converts waste plastics into high-performance construction materials.
TBM-100 Battery System
Aluminum-ion battery technology with graphene-enhanced cathodes. Non-flammable, recyclable, and EMP-survivable energy storage for defense and grid applications.
BFRP Corrugated Marine Panel
Corrugated precast seawall panels reinforced with basalt-fiber rod that cannot rust, in graphene-enhanced concrete. Installed in the ocean.
Ready to Talk?
Contact our team to discuss how ANMM’s advanced materials can solve your toughest infrastructure and energy challenges.