H2OMon (coordinator, EUR 1M) built a total nutrient analyser for natural waters; AtlantOS deployed ocean observation sensors; INSPIRATION addressed soil and groundwater monitoring.
T.E. LABORATORIES LIMITED
Irish SME building in-situ water and environmental sensor systems, from ocean observation to precision agriculture monitoring.
Their core work
T.E. Laboratories is an Irish SME specializing in environmental sensor technologies and analytical instrumentation, particularly for water quality monitoring. Their flagship work centers on developing in-situ nutrient analyzers for natural waters — automated systems that measure pollutants directly in rivers, lakes, and coastal environments. They bring sensor engineering expertise to larger research consortia tackling ocean observation, soil contamination, agricultural sustainability, and agri-food innovation, consistently contributing measurement and monitoring capabilities across diverse environmental domains.
What they specialise in
AtlantOS contributed to the Integrated Atlantic Ocean Observing System with sensor and data capabilities across fisheries, climate, and marine forecasting.
Remediate improved contaminated land site investigation, while INSPIRATION focused on agricultural impacts on soil and groundwater.
PestNu field-tested digital and space-based technologies for sustainable agriculture, including sensors, biopesticides, and aquaponics monitoring.
HoliFAB focused on digital-to-physical prototyping for microfluidic MEMS, aligning with their miniaturized sensor development capability.
How they've shifted over time
T.E. Laboratories started their H2020 journey (2015–2018) focused on marine observation and environmental contamination — ocean sensors for AtlantOS, groundwater monitoring for Remediate and INSPIRATION. From 2019 onward, their work shifted toward precision agriculture and agri-food applications, culminating in PestNu's digital farming technologies while maintaining their core sensor competence. The through-line is always analytical instrumentation, but the application domain has migrated from ocean and marine environments toward land-based agriculture and food systems.
Moving from marine observation toward agri-food and precision agriculture applications, suggesting future collaborations should target smart farming, water-food nexus, or digital agriculture projects.
How they like to work
Predominantly a participant (5 of 6 projects), joining large consortia as a specialist technology provider rather than leading them. Their single coordinator role on H2OMon — their largest-funded project at over EUR 1M — shows they can lead when the project aligns squarely with their core sensor product. With 144 unique partners across 23 countries, they operate as a widely networked specialist rather than a hub, making them an easy partner to integrate into new consortia.
Extensive network of 144 partners across 23 countries, reflecting participation in large-scale EU consortia. Their reach spans most of Europe with no narrow geographic clustering, typical of a sensor technology provider valued across multiple domains.
What sets them apart
T.E. Laboratories sits at a rare intersection: they are a small Irish company that builds real, deployable analytical instruments — not just research prototypes. Their ability to contribute sensor hardware and measurement expertise to projects ranging from Atlantic ocean observation to precision agriculture makes them unusually versatile. For consortium builders, they offer a proven SME partner that delivers physical measurement capability rather than just modelling or consultancy.
Highlights from their portfolio
- H2OMonTheir only coordinated project and largest budget (EUR 1M via SME Instrument Phase 2), developing a commercial in-situ nutrient analyser — the closest to a market-ready product in their portfolio.
- AtlantOSMajor EU ocean observation initiative where T.E. Labs contributed sensor technology to an integrated Atlantic monitoring system spanning fisheries, climate, and marine services.
- PestNuMost recent project (2021–2024) signalling their strategic pivot toward agri-food, combining sensors with digital technologies, Copernicus data, and sustainable agriculture.