Both AgrowFab projects (2018 and 2019) centre on FIR smart fabric heating elements as the core innovation.
THERMO SIV LTD
Israeli SME developing far infrared radiation fabric heating elements for greenhouse crop root zone optimisation.
Their core work
THERMO SIV LTD is an Israeli technology SME that develops far infrared radiation (FIR) heating elements built into flexible fabric substrates for agricultural applications. Their core product is a smart textile heating system designed to warm crop root zones and greenhouse environments more efficiently than conventional heating methods. They progressed through the EU SME Instrument from a feasibility study (Phase 1, 2018) to a full innovation project (Phase 2, 2019–2022) under the AgrowFab brand, indicating a commercially-driven product development trajectory. Their expertise sits at the intersection of advanced materials, thermal engineering, and precision agriculture.
What they specialise in
AgrowFab Phase 1 targets greenhouse heating; Phase 2 extends this to crop root environment optimisation.
The Phase 2 AgrowFab project explicitly targets root environment optimisation, indicating specialised knowledge of soil-level thermal dynamics.
The heating element is embedded in a fabric substrate across both projects, implying textile manufacturing or integration capability.
How they've shifted over time
THERMO SIV LTD's H2020 engagement is brief and tightly focused, spanning 2018–2022 with a single repeated concept. Their Phase 1 project addressed the broad greenhouse heating problem; Phase 2 sharpened the application toward crop root environment optimisation, suggesting the feasibility work revealed that sub-surface root-zone heating is the highest-value use case. There is no keyword diversification visible across the two phases, which points to a company doubling down on a single proprietary technology rather than broadening its research portfolio.
Their trajectory points toward a commercial product company rather than a research partner — they used EU funding to de-risk a specific product (AgrowFab) and are likely focused on market entry rather than further R&D collaboration.
How they like to work
THERMO SIV LTD has never led an H2020 project and joined both projects as a participant, consistent with an SME using EU instruments to fund its own product development rather than to build broad research networks. With only one unique consortium partner across two projects, they appear to work in very small, focused teams — likely pairing with a single research or validation partner. This suggests they are best approached as a technology provider with a defined product, not as an open research collaborator.
THERMO SIV LTD has collaborated with just one partner in one country across their entire H2020 history, indicating a minimal and highly selective network. Their geographic collaboration is extremely limited, which may reflect the bilateral structure of SME Instrument projects rather than a deliberate isolation strategy.
What sets them apart
THERMO SIV LTD occupies a rare niche: FIR-emitting flexible fabric heaters applied directly at the crop root level — a combination of thermal textile engineering and precision agriculture that few organisations pursue simultaneously. As an Israeli SME they bring proximity to one of the world's most advanced agricultural technology ecosystems, which may translate into practical field-testing experience in arid and semi-arid conditions. For a consortium needing a hardware component for smart greenhouse or vertical farming solutions, they offer a defined, EU-validated product concept rather than abstract research.
Highlights from their portfolio
- AgrowFabThe Phase 2 SME Instrument project (2019–2022, EUR 612,113) is notable as a full innovation action grant awarded to a single-technology Israeli SME, validating the commercial readiness of FIR fabric heating for crop root environments.
- AgrowFabThe Phase 1 feasibility study (2018) demonstrates that THERMO SIV LTD successfully navigated the competitive SME Instrument two-phase pathway, converting a concept into a funded development project within one year.