Both H2020 projects — E-saving Ultrasonics (2014) and E-SAVING ULTRASONICS (2016) — are built around proprietary ultrasonic technology applied to industrial environments.
SONOTEC ULTRASCHALLSENSORIK HALLE GMBH
German SME producing ultrasonic sensor systems for industrial energy efficiency and predictive maintenance, validated by two EU SME Instrument grants.
Their core work
SONOTEC is a German technology SME specializing in ultrasonic sensor systems and measurement technology for industrial applications. Their core product lines involve non-invasive ultrasonic sensors that measure flow, detect leaks, and monitor equipment condition without requiring contact with the medium being measured. In their H2020 work, they applied this proprietary ultrasonic technology to industrial energy efficiency — specifically enabling predictive maintenance by detecting inefficiencies and failures before they escalate. They are a manufacturer and technology developer, not a research institution: their goal is to move ultrasonic measurement from laboratory curiosity to deployable industrial product.
What they specialise in
The Phase 2 project explicitly targets 'Predictive Maintenance' as a core application domain, using ultrasonic signals to anticipate equipment failure.
Both projects focus on 'energy-saving' as the business outcome — reducing carbon emissions and industrial energy consumption through smarter measurement.
SONOTEC's commercial profile as an ultrasonic sensor manufacturer strongly implies flow measurement and leak detection as core product capabilities underpinning both projects.
How they've shifted over time
SONOTEC's H2020 trajectory is a textbook SME Instrument progression: they validated the market case for their ultrasonic energy-saving technology in a Phase 1 feasibility study (2014–2015), then secured Phase 2 scale-up funding of over €1.1M to commercialize it (2016–2018). The underlying technology focus did not shift — both phases address the same problem with the same tool — but the project scale jumped from concept validation to full product development and market entry. Because all activity falls within 2014–2018, there is no later-period data to identify any subsequent pivot or broadening of scope.
SONOTEC used the SME Instrument to industrialize a specific ultrasonic application for energy efficiency; any future collaboration would most likely extend this into new industrial verticals (e.g., process industries, HVAC, compressed-air systems) rather than represent a technology pivot.
How they like to work
SONOTEC operated exclusively as project coordinator in both H2020 projects, and both were SME Instrument grants — a funding scheme designed for solo innovators rather than multi-partner consortia. The data shows zero registered consortium partners, which is consistent with the SME Instrument model where the company drives the full project internally or with minor subcontractors. Working with SONOTEC in a future consortium would likely mean engaging them as a technology provider or industrial partner rather than as a collaborative research lead.
SONOTEC's H2020 footprint shows no registered consortium partners and no cross-country collaborations — a direct consequence of choosing the SME Instrument route, which is not designed to build research networks. Their actual industry partnerships and customer relationships are not visible through this EU project data alone.
What sets them apart
SONOTEC is one of the few European SMEs that successfully completed both phases of the SME Instrument in the ultrasonic sensor space — Phase 1 approval rates were already competitive, and fewer than 8% of Phase 1 projects ever reached Phase 2 funding. This means the European Commission independently validated their technology and business case twice. For a consortium builder, they bring a proven, commercially-oriented ultrasonic measurement capability that is grounded in real product development rather than academic research.
Highlights from their portfolio
- E-SAVING ULTRASONICSSecured over €1.15M in SME Instrument Phase 2 funding — one of the most competitive EU grants for single companies — to commercialize ultrasonic predictive maintenance technology, validating both technical and market readiness.
- E-saving UltrasonicsThe Phase 1 feasibility project that successfully demonstrated market potential and unlocked the much larger Phase 2 grant, showing a disciplined progression from concept to commercialization.