Mercury speciation is the common thread across both GMOS-Train and MERFISH, pointing to this as PS Analytical's foundational commercial and scientific capability.
PS ANALYTICAL LIMITED
UK SME specialising in mercury speciation instrumentation, supporting global environmental monitoring and fish-to-human exposure research.
Their core work
PS Analytical is a UK-based scientific instruments SME specialising in trace element analysis, with deep expertise in mercury speciation measurement and atomic spectrometry. Their core commercial activity centres on analytical instrumentation and measurement services for detecting mercury and other trace metals at ultra-low concentrations. In H2020, they contribute industry-grade measurement capability and instrument development to large international research networks, providing the analytical backbone that underpins environmental monitoring and human health studies. Their participation in projects focused on both global mercury cycling and fish-to-human exposure pathways confirms a dual competence in environmental and food/health analytical chemistry.
What they specialise in
Both mercury isotope work in GMOS-Train and stable isotope methods in MERFISH indicate established analytical infrastructure for isotope-resolved measurements.
GMOS-Train (2020–2024) positioned PS Analytical within the global mercury observation network supporting the Minamata Convention, covering atmospheric and oceanic pathways.
MERFISH (2021–2026) extends their mercury speciation expertise into the health domain, studying selenium-mercury interactions along the fish-to-human exposure route.
GMOS-Train keywords include biosensor and measurement traceability, suggesting PS Analytical contributes to sensor development and certified reference measurement work.
How they've shifted over time
Their earliest H2020 engagement (GMOS-Train, starting 2020) was firmly in macro-environmental territory — global mercury cycling, atmosphere-ocean-land interactions, bioaccumulation modelling, and policy-linked monitoring tied to the Minamata Convention. The second project (MERFISH, starting 2021) marks a clear pivot toward human health: the keywords shift from planetary-scale cycling to selenium, stable isotopes, and fish consumption pathways. The trajectory is from global environmental surveillance toward targeted exposure and health-risk analytics, with mercury speciation as the constant technical thread connecting both phases.
PS Analytical is moving from purely environmental monitoring toward the intersection of food safety and human health, making them an increasingly relevant partner for consortia addressing dietary exposure to toxic metals and regulatory compliance with food safety standards.
How they like to work
PS Analytical participates exclusively as a consortium partner — never as coordinator — which is typical for specialist instrument SMEs who bring focused technical capabilities rather than project management leadership. Their two projects are large MSCA networks (ITN and RISE), meaning they are comfortable operating within multi-partner, multi-country consortia where their measurement expertise is one pillar among many. This suggests they are a reliable, well-scoped collaborator: they deliver a defined technical contribution and do not seek to lead the scientific agenda.
With 17 unique consortium partners spread across 10 countries from just two projects, PS Analytical is embedded in broad international networks — characteristic of MSCA schemes that deliberately span EU and non-EU institutions. Their geographic footprint suggests connections across Europe and likely into the Americas and Asia given mercury science is a global regulatory priority under the Minamata Convention.
What sets them apart
PS Analytical occupies a rare niche as a private SME instrument maker with direct involvement in frontier research on mercury speciation — most commercial labs participate in contract testing, not in defining the science. Their simultaneous presence in both environmental monitoring (planetary scale) and health exposure (fish-to-human) research means they can serve consortia that need analytical credibility across regulatory, environmental, and food safety domains. For a consortium building around trace metal measurement, they offer validated instrumentation alongside the scientific reputation to strengthen an application.
Highlights from their portfolio
- GMOS-TrainA flagship MSCA-ITN directly supporting the Minamata Convention — the first global treaty on mercury — giving PS Analytical a role in shaping the scientific evidence base for international environmental policy.
- MERFISHBridges environmental chemistry and human nutrition science by quantifying health benefits and risks of mercury-selenium co-exposure through fish consumption, a regulatory frontier in food safety.