Luxembourg materials company specialising in membranes and sealing components for redox-flow batteries and electrochemical reactors.
AMER-SIL SA is a Luxembourg-based specialty materials company whose H2020 participation centers on advanced membranes and sealing components for electrochemical devices — particularly redox-flow batteries and related reactor systems. Their role in research consortia is to supply and co-develop the physical materials (membranes, gaskets, seals) that make electrochemical cells work in practice, bridging the gap between laboratory chemistry and manufacturable hardware. In FlowCamp they contributed sealing materials expertise and modelling support to a multi-partner training network advancing next-generation flow batteries. Their subsequent involvement in HYSOLCHEM — a hybrid solar reactor for CO2 and nitrogen conversion — suggests their materials competence extends to broader electrochemical and photocatalytic systems beyond energy storage alone.
FlowCamp explicitly lists 'sealing materials for redox-flow batteries' and 'novel membranes' among its keywords, pointing to AMER-SIL's core material supply and development role.
FlowCamp (2017-2022) covered hydrogen-bromine, organic redox-flow, and zinc-air battery chemistries, with AMER-SIL participating as a materials specialist across all three.
FlowCamp keywords include 'modelling' and 'simulation', suggesting AMER-SIL either contributed to or benefited from computational methods alongside their materials work.
HYSOLCHEM (2021-2025) focuses on hybrid solar reactors for CO2 and N2 conversion, representing a clear expansion of AMER-SIL's materials expertise into photocatalytic and green-chemistry reactor contexts.
In their first H2020 project (2017-2022), AMER-SIL was firmly positioned in the redox-flow battery space — membranes, sealing, energy storage systems, and the modelling that underpins battery cell design. Their second project (2021-2025) has no overlapping keywords with the first: instead of batteries, HYSOLCHEM addresses solar-driven CO2 and nitrogen conversion coupled to wastewater treatment — a different application domain entirely, though still reliant on electrochemical and membrane expertise. The trajectory suggests AMER-SIL is using their core materials competence as a platform to enter adjacent green-chemistry and circular-economy applications, moving beyond pure energy storage toward broader decarbonisation technology.
AMER-SIL appears to be repositioning from a battery-materials niche toward the broader green-chemistry and solar-driven conversion space, making them a potentially useful partner for consortia working on Power-to-X, carbon capture, or electrochemical nitrogen fixation.
AMER-SIL has participated exclusively as a consortium partner, never as coordinator, across both projects — consistent with the profile of a specialty supplier that contributes defined material or technical components rather than driving project strategy. Their two projects involve very different consortia (no apparent partner overlap), suggesting they are sought out for specific expertise rather than operating within a stable research network. This makes them a targeted specialist contributor rather than a networked hub.
Across two projects, AMER-SIL has worked with 24 unique consortium partners spanning 11 countries, which is a reasonably broad European reach for a two-project portfolio. Their network is diverse rather than concentrated, with no apparent geographic or institutional anchor.
AMER-SIL occupies an unusual niche as an industrial company (non-SME, Luxembourg-based) that engages directly in frontier research projects on electrochemical energy and conversion technologies — not merely as a supplier but as a technical contributor to MSCA and RIA-level research. For consortium builders, they represent a route to industrially-relevant membrane and sealing expertise without the bureaucratic overhead of a large chemical multinational. Their pivot toward solar-conversion reactors also positions them at the intersection of energy storage and green chemistry, a space where few materials companies have active research engagement.
