Chemical and Environmental Engineering PhD

Study modes: Full time

Course description: Supervision available in: microwave-aided extraction of valuable minerals; green chemistry; clean water; nanotechnology; particle processing by magnetic levitation; carbon dioxide capture aimed at reducing the risks of global warming.(read more)

About institution

All chemical engineering courses at University Of Nottingham

Chemical Engineering PhD with Integrated Study

Study modes: Full time

Course description: This programme combines a broad foundation in chemical/bioprocess engineering through taught and assessed coursework with the full research training of a traditional PhD.(read more)

All chemical engineering courses at University Of Birmingham

Chemical and Process Engineering PhD

Study modes: Full time

Course description: The Department undertakes research in a range of chemical engineering topics and has strong industrial and academic collaborative links; research opportunities include: carbon research; membrane technology; fuzzy modelling and process control; industrial water utilisation; high pressure bioprocessing; precision microplant measurement.(read more)

About department

All chemical engineering courses at University Of Strathclyde

Chemical Engineering PhD

Study modes: Full time

Course description: Main fields of investigation: Plant engineering includes: loss prevention; hazard analysis; process control; food engineering and biotechnology includes: fermentation; protein processing; enzyme processes; ultra filtration; reverse osmosis; spray drying; properties and mass transfer in food; particle technology: includes gas cleaning; aerosol technology; filtration; solid-liquid separation; particle characterisation; particle-fluid interaction.(read more)

All chemical engineering courses at Loughborough University

Chemical Engineering PhD

Study modes: Full time

Course description: A broad range of research specialisms are on offer, with specialist pathways in: Bioprocessing; energy and chemical industries; food processing, health and nutrition; specialty products.(read more)

All chemical engineering courses at University Of Birmingham

Chemical Engineering (Microfluidics, Microreactors and Pharmaceutics) DIC

Study modes: Full time

Course description: This PhD project will develop, implement and validate a novel experimental approach to monitor microchemical reactions in real-time by coupling, for the first time, cavity ring-down spectroscopy and solvent-resistant microfabrication; this approach will permit the online study of model reactions, with unprecedented reproducibility and flow control.(read more)

All chemical engineering courses at Imperial College London

Chemical Engineering PhD

Study modes: Full time

Course description: Research projects in: Interfacial phenomena; biomedical engineering; process systems engineering (computer modelling, dynamics and control, knowledge-based systems in process design); investigation of fluid and solid/fluid systems and transport phenomena using particle image velocimetry; spray drying; energy recovery systems; synthesis of new materials.(read more)

All chemical engineering courses at University Of Edinburgh

Biochemical Engineering PhD

Study modes: Full time | Part time evening

Course description: Focus is on the study of the whole bioprocess and the interaction between new biological discoveries and the novel engineering required for the formation, recovery, purification and formulation of biomaterials. Targets include ‘small’ and macromolecules and cells.(read more)

All chemical engineering courses at University College London - Ucl (University Of London)

Chemical Engineering (Novel Composites Development for Advanced Morphing Structures) PhD

Study modes: Full time

Course description: This project will investigate the chemical engineering of new polymer composites with an added functionality to improve the potential for a practical morphing capability.(read more)

All chemical engineering courses at Imperial College London

Chemical Engineering PhD

Study modes: Full time

Course description: Research in areas of: bioscience engineering (processing of new biological entities and environmental engineering); reactions and catalysis (catalysis and catalyst structure, reactor engineering, energy and combustion, process optimisation); materials processing (paste processing, polymer processing, rheology of complex fluids and structured products processing).(read more)

All chemical engineering courses at University Of Cambridge

Chemical Engineering (Carbon Storage) PhD

Study modes: Full time

Course description: The posts are funded through major long-term support from Qatar Petroleum and Shell International for the Qatar Carbonates and Carbon Storage Research Centre (QCCSRC).(read more)

All chemical engineering courses at Imperial College London

Heterogeneous Catalysis and Nanostructured Surfaces PhD

Study modes: Full time

Course description: The research field encompasses: Catalysis by solid materials; the synthesis of nanomaterials and their characterisation using a wide range of modern and novel techniques such as: atomic resolution microscopy using Scanning Tunnelling Microscopy (STM).(read more)

All chemical engineering courses at Cardiff University

Chemical Engineering (CFD of Two-phase Pipe Flows) DIC

Study modes: Full time

Course description: Within the broad range of two-phase flows, the project will focus on stratified flows, which commonly occur in oil or gas transport; the aim is to use accurate numerical methods to obtain crucial insight in the entrainment of droplets from a liquid layer at the bottom of horizontal pipelines into a turbulent gas stream.(read more)

All chemical engineering courses at Imperial College London

Chemical Engineering (Microfluidics, Microreactors and Pharmaceutics) PhD

Study modes: Full time

Course description: This PhD project will develop, implement and validate a novel experimental approach to monitor microchemical reactions in real-time by coupling, for the first time, cavity ring-down spectroscopy and solvent-resistant microfabrication; this approach will permit the online study of model reactions, with unprecedented reproducibility and flow control.(read more)

All chemical engineering courses at Imperial College London

Chemical Engineering (CFD of Two-phase Pipe Flows) PhD

Study modes: Full time

Course description: Within the broad range of two-phase flows, the project will focus on stratified flows, which commonly occur in oil or gas transport; the aim is to use accurate numerical methods to obtain crucial insight in the entrainment of droplets from a liquid layer at the bottom of horizontal pipelines into a turbulent gas stream.(read more)

All chemical engineering courses at Imperial College London

Advanced Chemical Engineering DIC

Study modes: Full time

Course description: Students study up to 2 industrial and business studies modules; students research project is integrated into the activities of 1 of the research focus areas in the Department.(read more)

All chemical engineering courses at Imperial College London

Chemical Engineering PhD

Study modes: Full time | Part time evening

Course description: The programme is focused on advancing the science and engineering of complex systems and addressing different scales and levels of complexity, the research in the School is carried out within 4 main research themes: Multi-scale and multiphase systems; self-sustaining biological systems; sustainable industrial systems; measurement science and instrumentation systems.(read more)

All chemical engineering courses at University Of Manchester (The)

Advanced Chemical Engineering Practice PhD

Study modes: Full time

Course description: Contact provider for further course (read more)

All chemical engineering courses at University Of Cambridge

Chemical Engineering (Cell Biology and Neurodegeneration) PhD

Study modes: Full time

Course description: The project aims to experimentally investigate the ER stress
response in order to test specific hypotheses regarding its link with neurodegeneration and to determine which proteins would be the best targets for drug development.(read more)

All chemical engineering courses at Imperial College London

Chemical Engineering (Carbon Capture and Storage) DIC

Study modes: Full time

Course description: The UK has committed to a legally binding target of reducing its CO2 emissions by 60% by 2050; this will be very difficult to achieve without some form of Carbon Capture and Storage (CCS), a method to remove CO2 from the exhausts of fossil fuel power stations; each project involves research into one aspect of CCS from the following: Amine scrubbing; hydrogasification and chemical looping reforming; oxyfuel combustion.(read more)

All chemical engineering courses at Imperial College London