Accelerate Porous Sorbent Discovery

Transform months of experimental work into days of computational screening. Our bespoke machine learning models guide material design for environmental, industrial, and defence applications.

10 weeks
From idea to deployment
70%
Reduction in experimental loops
100%
Data-Driven models

Our Services

Comprehensive solutions for porous sorbent screening and material design

Screening-as-a-Service

Screening using foundational models across known porous sorbent classes for your specified target gas or gas mixture.

Deliverables

  • Top-performing candidate materials
  • Suggested operating conditions
  • Feasibility score for rapid triage

Tailored Model Development

Application-specific machine learning models tuned to your desired sorbent class and operating conditions.

Deliverables

  • Structure–property relationships
  • Capacity and selectivity analysis
  • Pathway exploration

Targeted Simulations

Advanced simulations under specified conditions, including impurities, to transform shortlists into actionable decisions.

Deliverables

  • Multicomponent isotherms
  • Heats of adsorption
  • Stability and regeneration insights
  • Ranked test plan with operating windows

Porous Material Consulting

Expert guidance on porous material selection, optimization, and application strategies tailored to your specific needs.

Deliverables

  • Material selection recommendations
  • Structural and adsorption characterization
  • Process optimization strategies
  • Experimental and computational training

About Stratsorb

Founded by three PhD colleagues with complementary expertise. Our collective research focuses on environmental and catalytic applications of porous sorbents, with more than 10 years of experience combined.

We develop bespoke machine learning models to screen porous sorbents and guide the design of materials for environmental applications, industrial processes, and defence technologies.

Synthesis

Synthesis & scale-up of porous materials

Characterization

Comprehensive material characterization methods

Computational Simulations

State-of-the-art computational modeling and ML

Our Team

Three PhD founders with complementary expertise

Daniel Pereira

Daniel Pereira

Synthesis & Characterization

Co-Founder & PhD candidate

Expert in advanced synthesis and characterization techniques for porous materials.

Carlos Bornes

Carlos Bornes

AI Lead

Co-Founder & PhD

Specialist in catalysis and machine learning interatomic potential development.

Márcio Soares

Márcio Soares

Computational Simulations

Co-Founder & PhD candidate

Expert in computational modeling and machine learning for material discovery and optimization.

Why Stratsorb

Traditional trial-and-error approaches are slow and resource-intensive. From synthesis bench to simulation, we bridge experimental and computational expertise to accelerate discovery and turn virtual insights into real-world solutions.

10 - 100x

Accelerated Development

Dramatically speed up material discovery compared to traditional trial-and-error methods

90%

Risk Reduction

Minimize costly experimental failures with data-driven predictions

1 - 10 M

Screened Materials

Uncover structure-property relationships invisible to empirical approaches

80%

Cost-Effective

Reduce time and resources spent on material development and testing

Supported By

We are grateful for the support of our funding partners

InovIA - FCT

InovIA - FCT

Fundação para a Ciência e a Tecnologia

Support for innovation and entrepreneurship through the InovIA program

50,000 CPU core.hours
1,000 GPU.hours
6 months duration

Let's Discuss Your Project

Ready to accelerate your material discovery? Get in touch with our team.

Based in
Portugal
LinkedIn
@stratsorb
X (Twitter)
@stratsorb