Category: News

  • SDL and Kore

    SDL and Kore

    The Chinese company, Beijing SDL Technology Co Ltd., is a leading supplier of environmental monitoring and analysis products in China, and has recently sought to add mass spectrometry products and expertise to its already impressive portfolio. Consequently, we are pleased to announce that SDL has now acquired a majority shareholding in Kore.

    SDL will sell and support Kore’s mass spectrometer products in China alongside their extensive range of environmental and process analysers, with Kore continuing to manufacture, sell and support our products in the rest of the world.

    As part of this new cooperation, Kore will establish an R&D centre for mass spectrometry at our premises in the UK to support SDL’s future needs. Kore has never been a ‘one-technique’ company, and over the years has designed and manufactured instruments based on multiple techniques. Therefore, the R&D centre will be continue in the development of all aspects of mass spectrometry instrumentation, from software through to ion sources, mass analysers and detector systems. In addition, SDL will establish an applications centre for Kore mass spectrometry products at its premises in China to provide its renowned technical support to Chinese mass spectrometer customers.

    We have already been commissioned by SDL to design some new and exciting mass spectrometer products, and we will be announcing these soon.

     

  • Aircraft-ready PTR-TOF-MS

    Aircraft-ready PTR-TOF-MS

    aircraft ptr-ms

    We received an order in late 2012 from the University of Paris-East, France for PTR-TOF-MS instrumentation that could be used in the laboratory as well as flown on research aircraft for airborne studies. This instrumentation will be used in their research on the chemistry of atmospheric secondary organic aerosol (SOA). SOA is formed in the atmosphere when volatile organic compounds (VOCs) emitted from plants, animals and human activities are oxidised in the air to form less volatile products that subsequently partition into aerosol particles. Once in particles, these organic compounds can undergo further chemical reactions to form a large fraction of atmospheric aerosol mass that can have significant effects on atmospheric chemistry, visibility, human health, and climate.

    The French laboratory has constructed an atmospheric chamber, so that it can simulate various gas and particulate environments. Our PTR-TOF-MS instrumentation will be connected to their simulation chamber and be used for the continuous measurement of gas evolution of a wide variety of organic species at the ppt level. In addition we have reduced the weight of the instrument and made its dimensions compatible with the French researchers aircraft to allow SOA airborne studies to be conducted.