Simon Hall
Principal Investigator
University of Bristol
I'm working on
3 months ago
Control of Crystal Growth of functional materials.
I'm looking for
7 months ago
Partnering to solve issues with crystal growth, formulation, enhancing functionality at the molecular and solid-state levels.
About
We undertake multi-disciplinary research spanning biomaterials and organic-inorganic self-assembly, through to high-temperature inorganic synthesis. Our lab has the skills required to gain the most complete understanding of the emergence and enhancement of functionality in crystalline materials.
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University of Bristol
Volatile deep eutectic solvent method for tailored nutrient release
The VODES method offers a novel approach to co-crystallization, enabling the creation of liquid, solvent-free agrochemical formulations with bespoke nutrient release profiles. This technique circumvents traditional solub...
TechnologyIn developmentUniversity
University of Bristol
Co-crystallization technology for uv-stable agrochemicals
Innovative co-crystallization method using volatile deep eutectic solvents (VODES) to enhance UV stability of agrochemicals without traditional solvents, enabling direct application and improved solubility.
TechnologyIn developmentUniversity
Simon Hall
Principal Investigator
University of BristolWork experience
Principal Investigator
Top industry applications
Energy storage systemsPharmaceuticals and drug delivery
Expertise
BiomimeticsGeneral ChemistryGrowth ProcessesInorganic ChemistryNanomaterials
Last updated Jun 2026
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