Clarifying Operational Boundaries

Working closely with FMCI, we defined clear operational and reporting boundaries across their multi-facility campus. This ensured accurate measurement of relevant activities and helped identify available data sources across their diverse research infrastructure.

Centralised Data Architecture

Our platform integrated large volumes of data—from utility bills and energy meters to research-operation datasets—into one unified system. This created a single source of truth that aligns with FMCI’s research-grade precision and maintained continuity in their ongoing innovation programmes.

AI-Driven Emissions Mapping

Our AI tools automatically connected each dataset to the correct emission source, eliminating silos and delivering comprehensive visibility across FMCI’s facilities, laboratories, testbeds, and research mobility patterns.

Co-Developing an Innovation-Aligned Sustainability Strategy

We collaborated with FMCI to design sustainability strategies that enhance, rather than interrupt, their innovation mission. This included opportunities for:

• smart energy management supported by their digital twin capability
• sustainable mobility solutions for their research community
• renewable-energy options suited to advanced testing needs

Establishing Research-Grade Environmental Frameworks

We supported FMCI in building structured environmental-management frameworks that allow consistent decision-making across their facilities—meeting the precision and reliability their research partners expect.

Empowering Innovation Teams

Through guided workflows and accessible interfaces, FMCI’s teams were equipped to manage carbon data with confidence, complementing their technical expertise without requiring specialist carbon-accounting skills.

Implementation

Implementing comprehensive carbon tracking in a high-tech research environment required thoughtful coordination.
Our phased rollout and ongoing support helped FMCI overcome challenges including:

• multi-source data variability
• team adoption across research and operations
• integration of complex research-activity data

This approach preserved FMCI’s innovation momentum while building a strong environmental-management foundation.

Impact Delivered

Trusted and Verifiable Carbon Footprint

FMCI established a complete organisational baseline covering Scope 1, 2, and 3 emissions, using a blend of spend-based and activity-based methodologies appropriate to each category.

Full Data Integration and Transparency

Facility-level visibility enables targeted optimisation across main buildings, advanced equipment, and value-chain activities.

Strategic Emission Profile Insights

Analysis revealed:

• comprehensive Scope 3 emissions mapping across their research ecosystem
• significant electricity-driven impacts aligned with their high-tech facilities

These insights guide FMCI’s sustainability priorities in a way that supports their mobility-innovation mission.

Exceptional Operational Performance

FMCI achieved an industry-leading emission intensity of 0.23 tCO₂eq/MWh, outperforming Irish and UK industry averages (0.4 and 0.5) by over 40%, demonstrating that research facilities can excel environmentally.

Partner and Stakeholder Readiness

FMCI now meets and exceeds the environmental transparency expectations of research partners, regulators, and technology collaborators—strengthening their competitive position.

Foundation for Continuous Innovation

FMCI has a clear roadmap to achieve Science-Based Targets by 2026, supported by sustainable-mobility initiatives and systematic operational enhancements.

Key Insights

• Research organisations that apply analytical rigour to sustainability achieve exceptional outcomes and stronger stakeholder relationships.
• Multi-facility environments require systematic and scalable data-integration methods.
• AI-driven analysis is essential for managing diverse operational datasets without overwhelming research teams.
• Frameworks must integrate with existing research-management systems for long-term adoption.
• Focusing early on high-impact emission sources accelerates progress while building internal capability.

What FMCI Says

Toni Fleming, Office Manager, FMCI
“Partnering with Mavarick transformed carbon data from an operational burden into a strategic asset. Their platform delivers the same level of precision and transparency we expect in our mobility research. We can now make informed sustainability decisions without compromising our innovation mission.”

Koen Jasper, Chief Operations Officer, Mavarick
“FMCI’s commitment to applying research-level rigor to carbon management enabled outstanding results. Our tools and methodology helped turn complex operational data into genuine competitive advantage.”

Conclusion

Mavarick’s partnership with FMCI demonstrates how innovation facilities can use their analytical strengths to achieve environmental leadership that enhances, rather than competes with, research excellence.
Through intelligent data management, facility-wide analysis, and strategic framework development, research organisations can move beyond compliance to achieve true competitive differentiation.

FMCI’s success provides a blueprint for innovation hubs worldwide seeking to meet rising carbon-transparency expectations while strengthening their position in a rapidly evolving, sustainability-driven mobility ecosystem.

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