Macquarie University Chemical Analysis Faciility
Facility Services in Ryde

Chemical analysis and more the chemical analysis facility in the department of chemistry and biomolecular sciences, macquarie university offers a comprehensive package of analytical and technical services to universities and outside companies. All work is undertaken with speed, accuracy and a full guarantee of confidentiality, at very competitive prices. The chemical analysis facility has a wide range of high-quality modern equipment, operated and maintained by qualified personnel.

Foundation, intensive and diploma programs. Research centers, groups and facilities Healthy people. Research opportunities at Macquarie Funding, fellowships and partnerships. The Department of Chemistry and Biomolecular Sciences offers a comprehensive package of analytical and technical services to universities and exterior companies. The Chemical Analysis Facility has a wide range of lofty quality modern equipment, operated and maintained by suited personnel. All work is undertaken with speed, accuracy and a packed guarantee of confidentiality, at very competitive prices. The Chemical Analysis Facility is not planned to compete with commercial or government laboratories, which in general, serve restricted market niches and are dedicated to relatively inflexible tasks and tall sample throughput. Instead, our aim is to produce consultancy and analytical services in areas such as Nonroutine types of analysis, Analytical method development, Materials A (e.g. We also undertake work in forensic chemistry, providing expert witness at court appearances. In a typical year the Chemical Analysis facility will manage over 30 consultancies and non regular analytical projects for outer clients covering a wide range analytical challenges. As such, we have an extensive portfolio of analytical experience. Our clients are different and include industrial companies, legal firms involved in litigation or intellectual property, government organizations and other scientific consulting organizations. DC provides information about physical and chemical changes that involve endothermic and exothermic processes, or changes in heat capacity, and is convenient in materials testing (e.g. proteins, foods, plastics, pharmaceuticals etc.). GA is a technique for measuring changes in mass as function of temperature and is primarily old to determine the composition of substances. Chromatography is the collective term for a family of analytical techniques where a mixture is separated into its individual components. The mixture, dissolved in a 'mobile phase', is passed through a immobile phase, where the individual components of the mixture are separated. The succeeding chromatographic analytical techniques and expertise are provided by the chemical Analysis Facility: Mass spectrometry is an analytical technique impaired for determining masses of particles, for determining the elemental composition of a sample or molecule, and for elucidating the chemical structures of molecules. The combination of Mass Spectrometry with chromatographic techniques produce a potent tool for the separation, quantitation and identification of the components of mixtures. Spectroscopic Analysis is a handy form of analysis providing both qualitative and quantitative information. The specificity of spectroscopic analysis allows compounds to be eminent from one another in a mixture, making spectroscopy useful in expansive variety of applications from characterizing paint chips to measuring trace metals in water. The Chemical Analysis Facility also offers maximum common forms of steady analysis. Karl Fischer (AF) for water content, density specific gravity of liquids, pH (acidity, alkalinity), testing of water sources, for items like nitrate, sulfate, cyanide etc. It is also obvious as bench chemistry because many of the tests performed are done at a lab bench.