In UIRL, we provide high end instrument services to support your research. We committed to provide the highest quality in laboratory testings and measurements that conform to customers and regulatory requirements.
Chemical analysis is a study of chemical composition and substances structure.
Chemical Analysis Laboratory is equipped with brand new and latest instruments and technologies for varies chemical analysis. We provide services and analysis on related area.
There are 3 laboratories for conducting the services:
- Analytical Chemistry Laboratory which provide services on the study of separation, identification, and quantification of the chemical components of natural and synthetic materials,
- Surface Science Laboratory which provide services on the study of physical structure properties of small particles and determination of elements of samples, and
- Liquid Chromatography Laboratory which provide services on the identification of component substances by using liquid chromatography.
Chemical Analysis Laboratory provides high quality analysis and tests for R&D in analytical and organic chemistry, biosciences and material sciences. We accept requests from students and researchers of government institutions as well as private sectors.
Mass Spectrometry & Molecular Spectroscopy
This laboratory covers two major field which are mass spectrometry & molecular spectroscopy.
What is Mass Spectrometry?
“Mass spectrometry is the art of measuring atoms and molecules to determine their molecular weight. Such mass or weight information is sometimes sufficient, frequently necessary, and always useful in determining the identity of a species. To practice this art one puts charge on the molecules of interest, i.e., the analyte, then measures how the trajectories of the resulting ions respond in vacuum to various combinations of electric and magnetic fields.” – John B. Fenn, the originator of electrospray ionization for biomolecules and the 2002 Nobel Laureate in Chemistry.
What is Molecular Spectroscopy?
Molecular spectroscopy is a method to study the molecular structure of gases, liquids and solids. It is based on the fact that vibration and rotation of the atoms inside a molecule has discreet energy levels.
Molecular spectroscopy (also called FTIR – Fourier Transform Infra Red spectroscopy) is used in many fields today: Medicine – to detect Cancer, Pollution control and detection of poisons in real time, for the food industry research in many fields and for chemistry – process control and molecular analysis.
Chemical Management Center
CMC undertakes a central role in the comprehensive chemical management. Leading by CMC Manager, CMC is a platform for chemicals management issue such as procurement, inventory, distribution, disposal, safety and accreditation, and also coordinate uniformity and partnership.