+ PATENTED TECHNOLOGY.
ADVANCED CARBONACEOUS MATERIALS.
We redesigned the carbon production process using microwave-assisted hydrothermal carbonization and pyrolisis — cutting process time from days to under an hour, at a fraction of the energy cost, starting from 100% local agroindustrial biomass.
Use of agri-industrial waste
Abundant, locally sourced biomass, reducing supply risk and contributing to waste valorization.
In-house biomass conversion process
Reducing production time and energy consumption and with control over carbon structures.
Advanced architectures with important applications
Supercapacitors, hybrid systems and Li-ion and Na-ion batteries.
+ PRODUCTS
Meet our advanced carbonaceous materials platform for energy storage systems
Two product families. One proprietary process. Tunable architectures for supercapacitors, hybrid systems and next-generation batteries.
XPORE™ AC
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Specific surface area >3,000 m²/g
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High microporosity
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Excellent cycling stability
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Low resistance
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High ions transport
PREMIUM ACTIVATED CARBONS FOR SUPERCAPS AND HYBRID SYSTEMS
GRAPHITIC MATERIALS & HARDCARBONS FOR BATTERIES
XGRAPH Biographite grade batterie & Hardcarbons
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Produced from biomass
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Lower energy densinty
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More localized and resilient supply chain
+ EXTERNALLY VALIDATED. INDUSTRY TESTED
Independently validated by leading research institutions. Also materials currently under evaluation and already valuated by industrial partners across Europe.
+ ABOUT US
A science-driven team with an industrial vision
Behind Empirical Advances is a team of scientists who chose to build. We bring academic rigour into an agile, industry-minded environment — believing that the best materials are born from curiosity, collaboration and a relentless drive to move from the lab bench to real-world impact. We are located at Parque Científico de Madrid.
