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Diving into the New Age of Accelerated Material Discovery

Our Research

Project Ecomatix

Project Ecomatix 

EcoMatix develops predictive and computational screening workflows to evaluate material performance and lifecycle tradeoffs early, before cost and complexity compound.

Active

Project GreenCell

GreenCell focuses on computational design and optimization of nanocellulose and bio-based materials for strength, durability, and end-of-life performance.

In progress

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Project FlexiStrong

FlexiStrong explores molecular design and computational validation to create ultra-strong, lightweight materials that maintain performance under demanding conditions, while staying aligned with sustainability constraints.

Active

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Project SolarFlux

SolarFlux uses simulation-led design to improve photovoltaic material durability and efficiency, with an emphasis on real-world operating conditions and adoption barriers.

Coming soon

Project ReCycleTech

ReCycleTech advances recycling and upcycling pathways that turn waste streams into higher-value materials, with circularity and measurable outcomes designed in from the start.

Coming soon

Sustainability, transformative innovation, superior material, AI, and green chemistry research.
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Projects
&
Collaboration

At EcoRue, we collaborate with partners and clients to move sustainable materials from early promise to deployment readiness. If you have a material challenge, a pilot need, or a validation gap, we can shape an R&D pathway that produces decision-grade outputs and real-world next steps.

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