Discarded material is
forfeited domestic supply
Advanced materials build and power the modern economy — from aerospace structures and defense systems to energy infrastructure, electronics, and packaging. Every ton that leaves the supply chain unrecovered is a ton the United States must buy back from abroad. The recovery problem is a supply chain problem, and the supply chain problem is a competitiveness problem.
Thermosets have no route back
Once cured, crosslinked networks cannot be melted or reprocessed. High-value composite structures in aerospace, defense, and wind reach end of life with no path back into American manufacturing.
Recovered material loses performance
Conventional mechanical recycling degrades polymer properties with every cycle, keeping recycled content out of the qualified, high-specification applications that matter most.
Mixed streams destroy value
Multi-material and multi-layer products resist separation, so what is recovered is downcycled into low-value uses rather than returned to the applications it came from.
Chemical routes don’t scale
Current depolymerization processes are energy-intensive and narrow in feedstock tolerance. They demonstrate well at pilot scale and stall before commercial deployment.
Circularity is an afterthought
Materials are specified for performance and cost alone. By the time a product reaches end of life, the decisions that made it unrecoverable were locked in years earlier.
Import dependence follows
Without domestic recovery and processing capacity, U.S. manufacturers remain exposed to foreign feedstock pricing and to suppliers concentrated in countries with competing strategic interests.
These are not collection or infrastructure problems. They originate in the chemistry and design of the materials themselves — and that is where they have to be solved.