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Accelerated Materials Discovery

EcoRue's research combines computational methods, AI-enabled discovery and materials engineering to explore new materials, properties and applications.

Our Research

Project Ecomatix

Ecomatix 
AI-Enabled Materials Discovery

Computational approaches for predicting material behaviour, performance and sustainability considerations during early-stage materials discovery.

Active

GreenCell
Bio-Based Materials

Computational design and investigation of nanocellulose and other bio-based materials for sustainable high-performance applications.

In Progress

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Molecular design computer simulation with SMILES, Enter, and Monte-Carlo Tree Search.

FlexiStrong
High-Performance Lightweight Materials

Exploring material candidates that combine strength, low weight and performance under demanding conditions.

Active

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SolarFlux
Materials for Energy

Computational investigation of materials and properties relevant to the performance and durability of photovoltaic technologies.

Planned

ReCycleTech
Circular Materials

Exploring technologies and material systems that improve recovery, reuse and value creation from waste.

Planned

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

EcoRue develops its core computational capabilities, models and research IP internally, while working with research, technical and industry partners where additional expertise, experimental validation, infrastructure or implementation capability is needed.

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