Research Supervisor Connect. This project will improve the ability to scale up the spray drying of bioactive extracts and fibres. N/A. The project will do this by exploring the effect of operating conditions on the yield from spray drying (quantity)
However, the heat transfer rate of natural convection based systems is generally low, and it is desirable to enhance their performance. ... Built on the advanced understanding, innovative passive strategies for enhancing heat dissipation by natural
This advancement has the capacity to revolutionise local weather prediction, decision making in urban planning and responses to natural and anthropogenic disasters, as well as address critical challenges such as urbanisation,
N/A. Currently the majority of synthesis products from FBCVD are mixtures of multiwalled nanotubes (MWNT), carbon fibres, single walled nanotubes (SWNT), and amorphous carbon. ... Mixtures of products are more difficult to separate and are therefore less
Research Supervisor Connect. In this project, the effects of changing the inlet gas temperature and drying atmosphere in spray drying on particle properties, such as the degree of crystallinity, the bulk density, powder flowability, and crystal
effect of different operating conditions on the product quality and the energy use. ... N/A. The condensing temperatures in a recirculation system and the inlet gas temperatures for the dryer can be adjusted to affect the product humidity and the energy
Research Supervisor Connect. In this project, the alignment between capital costs and embodied energy will be explored in order to assess the extent to which the assessment of energy in this way is multi-dimensional. N/A. If the alignment between
Research Supervisor Connect. The overarching aim of our research is to improve the feasibility, efficiency, and performance of gigascale solar photovoltaics through simulations of thermal effects both at the full field scale and at the module and