Our Projects
The ERICA research programme is divided into 3 Work Packages with 13 projects:
WP1
Research: Hydrate materials: growth, nano-structure characterisation and modelling
This work package addresses three scientific challenges associated with understanding: C‑S‑H microstructure; and hydrates with other oxide compositional mix. The aim is to make, characterise and model “as grown” controlled-composition hydrates. It is addressed by the work of Early Stage Researchers (ESRs) 1 to 3.
WP2
Research: Hydrate materials: growth, nano-structure characterisation and modelling
It is now well established that there are significant reversible and irreversible structural changes that occur when hydrates are dried and re-wet. Most recently, it has become apparent that there are dynamic relaxation effects too. These processes impact applications but are simply not understood. This WP aims to understand them through the work of ESRs 4 to 8.
WP3
Water transport and upscaling to engineered agglomerates
Applications of hydrates generally focus on particle agglomerates at a larger structural scale. Transport of water and small ions into and out of the agglomerates is invariably important and is known to be anomalous. This WP therefore addresses the two remaining challenges identified in the aims, water transport and upscaling for applications, through the work of ESRs 9-13.
List of individual PhD projects
ESR 01
ESR 02
ESR 03
ESR 04
Hosted at UNIBO
1H NMR characterisation of first sorption cycle
ESR: Anastasiia Nagmutdinova read more
ESR 05
ESR 06
Hosted at HTC (PhD awarded by EPFL)
Characterisation of water sorption cycle in hydrates of controlled oxide composition
ESR: Monisha Rastogi read more
ESR 07
Hosted at USurrey
Molecular dynamic and Monte Carlo study of water in hydrates during desorption and re-sorption
ESR: Arifah Rahaman read more
ESR 08
ESR 09
Hosted at USurrey
Upscaling towards applications: Water transport in agglomerates
ESR: Magdalena Janota read more
ESR 10
Hosted at EPFL
Modelling of hydrate microstructure at the particle size / agglomerate level (microns)
ESR: Khalil Ferjaoui read more
ESR 11
Hosted at USurrey
Lattice Boltzmann modelling of water transport in hydrates agglomerates
ESR: Myrea Borg read more
ESR 12
ESR 13
Hosted at HTC (PhD awarded by EPFL)
Up-scaling production of controlled hydrates
ESR: Alexandru Pirvan read more
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