Core to all three projects — from AQUA-REUSE's online QA systems to PathoCERT's contamination detection and PAVITRA GANGA's treatment monitoring.
AQUA-Q AB
Swedish SME providing real-time water quality monitoring for reuse systems, contamination detection, and pathogen emergency response.
Their core work
AQUA-Q is a Swedish SME specializing in real-time water quality monitoring and assurance systems. Their work spans the full water safety chain — from wastewater treatment and reuse to detecting pathogen contamination in water supplies. They bring expertise in online monitoring technologies and quality assurance protocols that help municipalities and utilities ensure water is safe for reuse or consumption. Their participation in both environmental and security-focused projects indicates they operate at the intersection of water treatment technology and public health protection.
What they specialise in
AQUA-REUSE focused on quality assurance for water reuse; PAVITRA GANGA addressed wastewater treatment and resource recovery.
PathoCERT project (their largest at EUR 306,250) focused on pathogen contamination emergency response technologies.
PathoCERT keywords include risk assessment, event diagnosis, and fault diagnosis applied to water infrastructure.
How they've shifted over time
AQUA-Q's trajectory shows a clear expansion from commercial water quality monitoring toward security and emergency response applications. Their earliest project (AQUA-REUSE, 2018) was an SME Phase 1 feasibility study focused on real-time quality assurance for water reuse — a straightforward product-market validation. By 2019-2020, they had joined larger research consortia tackling more complex challenges: urban wastewater treatment in developing contexts (PAVITRA GANGA) and pathogen contamination emergencies (PathoCERT), suggesting their monitoring technology found broader applications beyond routine quality control.
Moving from routine water quality monitoring toward security-critical applications — pathogen detection, contamination events, and emergency response — where real-time sensing is most valuable.
How they like to work
AQUA-Q operates primarily as a specialist partner in larger consortia rather than leading projects. Their one coordinator role was an SME Phase 1 (solo feasibility study), while their RIA participations placed them in multi-partner consortia. With 40 unique partners across 12 countries from just 3 projects, they integrate into broad international teams, likely contributing specific monitoring technology rather than driving research agendas.
Despite only three projects, AQUA-Q has built a network of 40 partners across 12 countries, reflecting the large consortium sizes of their RIA projects. Their reach extends beyond Europe — PAVITRA GANGA's focus on India suggests connections to South Asian water management contexts.
What sets them apart
AQUA-Q occupies a niche at the intersection of water quality monitoring and security — few SMEs can contribute to both routine wastewater treatment projects and emergency pathogen response systems. Their real-time online monitoring capability is the thread connecting all their work, making them a valuable technology provider for any consortium needing continuous water quality sensing. As a small Swedish company with SME Instrument backing, they bring agile product development to research consortia that often lack commercial implementation partners.
Highlights from their portfolio
- PathoCERTTheir largest project (EUR 306,250) and a pivot into security — combining water monitoring with emergency response for first responders dealing with pathogen contamination.
- PAVITRA GANGAInternational water reuse project with an India focus, demonstrating AQUA-Q's technology applicability beyond European contexts.
- AQUA-REUSETheir only coordinator role — an SME Phase 1 that validated the market for real-time water reuse quality assurance, likely the foundation of their business case.