We’re pleased to announce that Hiden Isochema will be attending the Engineering Porous Materials at Multiple Scales (EPoMM) Conference, taking place from 16-17 September 2026 at the University of Bath, UK.
EPoMM brings together researchers from across the diverse field of porous materials, encouraging collaboration and the exchange of ideas across different scales of material structure, study and application. The 2026 programme will explore advances across areas including renewable energy, gas separation, catalysis, water treatment, electronics and healthcare.
What to Expect
The conference will bring together researchers working across a broad range of porous materials and applications, with presentations covering topics including:
• Nanoporous materials and porous frameworks
• Gas separation and purification
• Hydrogen and CO₂ storage
• Catalysis
• Porous membranes
• Energy harvesting and storage
• Water treatment
• Advanced characterisation and modelling
The programme also features keynote presentations from researchers working on porous multifunctional materials, nanoporous materials modelling, porous electroceramics and novel porous materials for energy and environmental applications.
Supporting Porous Materials Research
Understanding the structure and behaviour of porous materials across different length scales is essential for developing materials with improved performance.
Hiden Isochema’s gravimetric sorption instruments provide precise measurements of gas and vapour uptake, helping researchers investigate adsorption behaviour and characterise porous materials under controlled conditions.
These measurements can support research into applications including gas separation, carbon capture, hydrogen storage, catalysis and energy-related materials.
Join Us at EPoMM 2026
We look forward to connecting with researchers at the University of Bath and discussing the latest developments in porous materials research.
If you’re attending EPoMM 2026, we’d be pleased to discuss how Hiden Isochema’s sorption analysis solutions can support your research.
