CHARISMA (2020-2024) focused on harmonizing Raman spectroscopy techniques and digital spectral data sharing for industrial standardization of advanced materials.
ENCAPSULAE SL
Spanish SME specializing in Raman spectroscopy characterization and safe-by-design strategies for advanced nanomaterials in industrial applications.
Their core work
ENCAPSULAE SL is a Spanish technology SME specializing in advanced materials characterization and nanomaterial safety assessment, based in Castellon de la Plana. Their work spans two complementary areas: spectroscopic analysis and data standardization for advanced materials (via CHARISMA), and safe-by-design strategies for high-performance nanomaterials (via SUNSHINE). They contribute industrial expertise to large research consortia, bridging the gap between laboratory-scale nanomaterial development and the regulatory and safety frameworks required for real-world deployment. Their company name signals a core focus on encapsulation technologies, likely applied to nanomaterial formulation and containment.
What they specialise in
SUNSHINE (2021-2024) targeted safe-by-design strategies and grouping/read-across methods specifically for multi-component advanced nanomaterials.
SUNSHINE involved adaptation of regulatory guidance, standards, and mixture toxicity assessment for complex nanomaterial systems.
CHARISMA included digital spectral data sharing as a key output, reflecting capability in data interoperability for analytical measurements.
Multi-scale modelling appears in the SUNSHINE keyword set, suggesting early-stage involvement in computational approaches to nanomaterial behavior.
How they've shifted over time
ENCAPSULAE entered H2020 through a characterization and measurement science angle — their first project (CHARISMA, 2020) centered on Raman spectroscopy techniques and harmonizing how spectral data is shared across industrial and research labs. Their second project (SUNSHINE, 2021) marks a clear pivot toward the safety, sustainability, and regulatory dimensions of nanomaterials, introducing concepts like grouping and read-across, mixture toxicity, and safe-by-design frameworks. This trajectory suggests the company is moving from "how do we measure advanced materials accurately" toward "how do we prove those materials are safe and regulatory-ready" — a logical progression for an SME serving the nanomaterials industry where regulatory pressure is intensifying.
ENCAPSULAE appears to be building toward a dual offering — analytical characterization plus safety compliance — positioning itself as an end-to-end technical partner for companies developing or using advanced nanomaterials who need both measurement expertise and regulatory navigation.
How they like to work
ENCAPSULAE participates exclusively as a consortium partner, never as coordinator, which is typical for specialized SMEs that contribute targeted technical expertise rather than project management capacity. Despite only two projects, they have accumulated 46 unique partners across 17 countries, suggesting they are embedded in large, well-networked RIA consortia rather than small closed partnerships. This points to a contributor role where they are sought out for specific technical capabilities rather than acting as a coordinating hub.
ENCAPSULAE has reached 46 unique consortium partners across 17 countries through just two projects, indicating participation in large pan-European research consortia with broad geographic spread. Their network is European in scope with no signs of a particular regional concentration.
What sets them apart
ENCAPSULAE occupies a rare intersection in the Spanish SME landscape: combining hands-on spectroscopic characterization expertise with emerging competence in nanomaterial safety-by-design and regulatory compliance. Most companies in this space either focus on pure analytics or pure safety consulting — ENCAPSULAE's project history suggests they bridge both. For consortium builders, they offer the industrial SME perspective that many academic-heavy nanomaterials consortia specifically need to satisfy impact and exploitation requirements.
Highlights from their portfolio
- CHARISMATheir largest project (EUR 406,051) and a flagship EU effort to harmonize Raman spectroscopy data across industrial labs — high impact for any sector using spectral analysis in materials quality control.
- SUNSHINEAddresses the fast-growing regulatory challenge of safe-by-design nanomaterials, combining toxicity modelling with multi-scale simulation — directly relevant to industries facing tightening EU nanomaterial regulations.