2013-2017: PhD from Department of Materials and Environmental Chemistry, Stockholm University, Sweden. Title ʺLanthanide Metal-Organic Frameworks and Hierarchical Porous Zeolitic Imidazolate Frameworks: Synthesis, Properties, and Applicationsʺ
2011-2013: M.Sc in Nanobiomedicine, National Sun-Yat Sen University, China (ROC)
2009-2010: Pre-Master–Physical Organic Chemistry-Assuit University, Egypt, Grade: 3.4 (87.71%).
2003-2007: B.Sc Chemistry Department–Assuit University- Egypt, Grade: 3.32 (84.059%)
Research Experience & interest
The research interest of Hani Abdelhamid is focused broadly on science and technology at the nanoscale and for material science to push scientific boundaries in diverse areas of biochemistry, biology, biomedicine biotechnology, nanocatalysis and laser based analytical. The main thrusts are concentrated on the topics as below:
1) Nanotechnology: synthesis, characterization, and applications.
2) Material Chemistry, synthesis, characterization, and applications.
3) Metal-Organic Frameworks (MOFs), synthesis, characterization, and applications.
4) Inorganic and structural chemistry.
5) Analytical Chemistry.
6) Solar cells and Nanocatalysis.
7) Nano-Biomedicine and Nano-Biotechnology.
8) Biochemistry and Biochemical research methods.
9) Metallodrug-protein interactions using Nanomaterials based- laser analytical tools.
10) Biosensor based on nanomaterials for pathogenic bacteria and biomolecules.
Professor of marine pollution, an expert in physicochemical water/ wastewater treatment. my interest concerns water/ Wastewater treatment by different techniques. Design of different suitable set-up and conducting experiments for the removal of different pollutants or hazards such as heavy metals, dyes, phenolic compounds and oil spills.
Dr. Azizi Samir is manager at “Nanocomposites & Bioconcepts”, a company focusing on new innovative projects in green chemistry, environment and biomaterial sciences. After earning his PhD at the University of Joseph Fourier Grenoble 1, he accepted a position as researcher at the Royal Institute of Technology KTH Stockholm Sweden. Dr. Azizi Samir works on biopolymer nanocomposites and has published two patents and many scientific papers.
Paul Beukes (JP Beukes) is full professor in Chemistry at the North-West University (NWU), Potchefstroom, South Africa. He received his PhD (Chemistry) in 1999 from the then Pothefstroom University for CHE. Paul worked in the metallurgical industry for almost a decade after completing his PhD, holding various senior positions such a production manager and operations manager at large ferrochromium smelters. In late 2007 he returned to academia and is currently co-managing the Atmospheric Chemistry Research Group (ACRG) and Chromium Technology Groups (CTG) at the NWU. The ACRG focuses mostly on in situ ambient atmospheric measurements, but research related to laboratory investigations, satellite observations and modelling is also conducted, while the CTG concentrate on metallurgical process improvements with associated atmospheric and/or other environmental co-benefits, e.g. reduced energy consumption, smaller carbon footprint and reduced water pollution. Paul is a South African National Research Foundation (NRF) rated scientist and serves on many advisory boards for industry, government and academia. Probably the most noteworthy panel that he is currently serving on is the International Global Atmospheric Chemistry (IGAC) scientific steering committee (SSC).
Giovanna Bosica graduated cum laude from the University of Camerino, Italy, in 1993 with a Laurea degree, equivalent to M.Sc.(Hons), in Chemistry and obtained her Ph.D. degree in Chemical Sciences, in the field of organic synthesis, in 1997 from the same institution. In 1995 during her Ph.D. she spent a six months research period at the University of Nijmegen, the Netherlands, as an Erasmus Fellow.
In 1999 she was appointed Assistant Professor of Organic Chemistry at the University of Camerino.
In October 2008 she moved to the University of Malta where she was appointed Associate Professor of Organic Chemistry in the Department of Chemistry and subsequently obtained the promotion to full Professor in March 2014. She lectures for different courses in the field of organic chemistry/synthesis and natural products.
She is member of the Royal Chemical Society (MRSC) since 2011 and of the American Chemical Society (ACS) since 2015. In March 2016 she has joined the European COST Association, participating at the COST Action CA15106, C-H Activation in Organic Synthesis (CHAOS), as a MC member from Malta [CA15106 MT].
My work involves numerical modelling of air pollution chemistry, mainly in the indoor environment, and to a lesser extent, outdoors. My indoor air chemistry work involves investigating the chemical processes that cause high concentrations of air pollutants indoors, particularly those pollutants that are likely to be harmful to health. Topics of interest are the impacts of human activities on indoor air quality, such as cooking, cleaning and DIY activities such as painting. We also investigate the impact of emissions from common indoor materials such as carpet and wooden furnishings on indoor air quality.
Professor Huan-Tsung Chang was born in Chung-Hua, Taiwan in 1962. He graduated from Iowa State University, USA in 1994 and became an associate professor and a professor in the Department of Chemistry, National Taiwan University, Taiwan in 1996 and 2001, respectively.
His research focuses on preparation of functional gold nanoparticles for control of enzyme activity and for the detection of metal ions, proteins, and DNA. A number of fluorescent gold, silver and copper nanomaterials have been synthesized and used for sensitive and selective for cell imaging and for the detection of various analytes, including anions, metal ions, proteins, and DNA. Carbon nanodots and fluorescent polymeric spheres have been synthesized and applied for cell imaging in his group. In addition, he has developed nanoparticle based mass spectrometry techniques for the detection of polysaccharides, proteins, small analytes, and DNA. His research interests also include surface enhanced Raman scattering, fuel cells, removal of contaminants using nanomaterials, and capillary electrophoresis.
Professor Chang is a Fellow of the Royal Society of Chemistry. He was awarded the Academic Achievement Award, Chinese Chemical Society in 2015, and the Prof. Rudolph A. Marcus Award 2017. He has been named a 2017 Highly Cited Researcher (Clarivate Analytics).
Associate Professor at University of Nottingham, specialising in biological chemistry, reaction mechanisms, and ionic liquids.
Senior Lecturer in Bio-Organic Chemistry at Bangor University until 2013.
Damien P. Debecker is Associate Professor at the UCLouvain (Belgium), teaching physical chemistry, process engineering, principles of biorefining, and industrial waste treatment. His research group aims at developing new heterogeneous catalysts and biocatalysts, paving the way to the design of more sustainable chemical processes. At the interface between green chemistry, materials chemistry, biochemistry and chemical engineering, his expertise lies in the preparation of innovative solid (bio)catalysts and in their evaluation in relevant reaction conditions. Catalyst preparation methods include the aerosol-assisted sol-gel, emulsion-templating, non-hydrolytic sol-gel, colloidal methods, enzyme immobilization. Targeted applications cover biomass upgrading, volatile organic compounds total oxidation, biocatalyzed organic synthesis, CO2 methanation, olefin metathesis, etc.
Associate Professor Ross Edwards is a researcher with Curtin University Physics and Astronomy investigating the present and glacial time-scale deposition history of smoke and other aerosols from the global atmosphere. These particles alter the properties of the atmosphere influencing climate, atmospheric chemistry, and the productivity of the biosphere. His expertise ranges from the ultra-trace chemical and isotopic analysis of polar ice and snow, and terrestrial and marine waters to conducting field campaigns in the Earth’s most extreme environments. As an inventor, he has pioneered new analytical methods and created equipment that has allowed the continuous analysis of ice cores at the parts per quadrillion level and the ultra-trace analysis of black carbon in water.
Our research interests are primarily in the development of novel organic synthetic methods, especially ones that are “greener” than traditionally and synthesis of compounds with interesting properties. Particular current research projects involve use of zeolites and solid-supported reagents and catalysts to gain selectivity in organic reactions; lithiation reactions which we have used to devise novel heterocyclic ring syntheses and to introduce selectivity into aromatic and heterocyclic substitution reactions; heterocyclic chemistry; polymeric materials and design and synthesis of novel compounds with interesting chemiluminescent or other photoactive properties. The current research focuses on the chemistry of tear ferning which is a valuable tool in the detection of dryness of eye. We are investigating the dryness of the eye through evaluation of tear osmolarity using the TearLab system and various other techniques. Also, we are investigating the ocular tear film in diabetic and smoker subjects to test the correlation between dryness of the eye and diabetes disease and nicotine.
Dr. Eroglu is an expert in renewable energy technologies with a strong background in wastewater treatment and nano-biotechnological processes. Her PhD was focused on biotechnological processes for photosynthetic hydrogen production from agricultural wastewater in addition to the bioremediation of those wastes. She did her Postdoctoral studies at the University of California Berkeley that focused on biofuel production from several microalgal cultures. Before her current role at Curtin University, she was a Research Assistant Professor at the University of Western Australia. In both of those roles she has focused on gaining insightful knowledge about nanotechnology and green chemistry, and uses her expertise on photosynthetic microorganisms during the fabrication of various nano-bio hybrid materials for the development of sustainable process technologies and bioremediation of aqueous environment.