Magritek, a leading provider of compact NMR and MRI instruments, report on the use of their Spinsolve Benchtop NMR spectrometer for research at the Instituto de Quimica, University at Campinas in Brazil.
The Institute of Chemistry is located at the University at Campinas in Brazil. It is dedicated to training students in chemistry and chemical technology as well as Teachers of Chemistry. It has an excellent infrastructure of practical laboratories, classrooms, a library and is complemented with computational and informatics facilities. Professors Jose Jarbas and Pasquini Celio lead a group of research scientists in the use of NMR spectrometry. Their student, Mario Killner takes up the story.
Mario Killner spent a year in the renowned NMR laboratory of Professor Bernhard Bluemich at the Technical University of Aachen in Germany. He was working on the development of test methods to monitor biodiesel production. This was based on diesel fuel quality parameters developed in German industry. The success of this work led to the purchase of the Magritek Spinsolve Benchtop NMR spectrometer.
Describing his work, Mario talks first about previous experimental methods. "This is the first time that our group has had access to NMR in our laboratories. For a long time, our research group has been working mostly with NIR spectroscopy and, most recently, with Terahertz spectroscopy to develop new methodologies applying chemometric tools."
Continuing, he said, "Now we'd like to implement the NMR spectroscopy (low-field) in our research starting with analysis of fuel. We want to create new methodologies applying NMR (itself or combined with NIR) with chemometric tools for quality control of Brazilian fuels which will mainly be gasoline and diesel. We believe that the benefits of using NMR will be on the speed of analysis (comparing to physical-chemicals essays for fuels, which are laborious and time consuming), the cost of analysis and also the possibility of automation sometime in the future."
Magritek's latest Spinsolve system allows 13C NMR Spectroscopy. It delivers more detail in its spectra than use of the more basic 1H nucleus. Carbon has a large chemical shift range of approximately 250 ppm and using composite pulse decoupling there is usually a single peak per carbon atom in the molecule making carbon spectra much more informative than proton spectra. Furthermore, multinuclear and multidimensional experiments reveal additional structural information such as how carbon and proton atoms in the molecule are connected. This enables NMR to easily resolve isomers that are often confused with other analytical methods.
To obtain full details of the Spinsolve benchtop NMR spectrometer and the full range of analytical products from Magritek, visit, www.magritek.com.
Magritek provides complete NMR and MRI solutions and applications for Chemical, Pharmaceutical, Oil and Gas, Food and Construction Industries as well as components and subsystems suitable for Research Laboratories and Academic Education. Magritek has offices in Aachen, Germany, San Diego, USA, and Wellington, New Zealand and a global network of distributors and agents to support customers. The initial NMR technology and IP used in Magritek products grew out of decades of world-class research by Ampere prize winner Professor Bernhard Bluemich's group at RWTH Aachen University, and Gunther Laukien prize winner Paul Callaghan's team at Massey University and Victoria University of Wellington.