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Waters Corporation is a global leader in liquid chromatography (UPLC/HPLC), mass spectrometry (MS), rheology and thermal analysis. The business areas range from research & development, the manufacture and sale of analytical instruments, laboratory software products, column and sample preparation pro more
Testo is one of the instrumentation leader. Our instruments are used in every industry from foodservice and HVAC upto laboratory and industrial manufacturing. more
FOR WATER QUALITY - under this motto LANGE GROUP bundles strong partners and competences to THE platform for water analysis in Europe. We are very involved in your solutions - by strong innovation force and close support in practise. more
The GC-2030 NEXIS stands for ‘Next Industry Standard’ . Meeting this demand requires a clear view on present day GC requirements more
Users in stable isotope analysis daily meet new challenges. Application-oriented solutions are the key to an effective way of working more
Capel-205 allows you to analyse accurately and comprehensively a large number of various samples: water, beverages, wines and spirits, and many others more
It contains an assembly of products used in Environmental, Food, Beverage and Industrial applications in the customer workflow more
Medical professionals and environment analysts would like to have microchips that measure substances directly on site. Scientists at TU Darmstadt have developed and patented a system based on nanopores with broad potential. Anyone wishing to use laboratory readings for diagnosing a disorder or its p more
A Columbia researcher affiliated with the Data Science Institute has created a data-visualization tool that shows the carbon footprints of hundreds of consumer products. The tool makes it easy for everyone to explore the products' carbon-emission levels and the various strategies that companies are more
The content of total organic carbon (TOC) in water and solid samples - as a sum parameter for organic pollution - is one of the most important screening parameters in environmental analysis. The challenge to measure TOC with highest precision and accuracy for a multitude of applications in combinati more
Capel®-205 is a new generation capillary electrophoresis system with advanced options and design. Its main features are: Extended autosampler capacity up to 59 positions, allowing to provide overnight analyses Standard centrifuge-type vials of 1.5ml volume (Eppendorf-type) closed with their origina more
Nexis GC-2030 - The Next Industry Standard The GC-2030 NEXIS stands for ‘Next Industry Standard’ . Meeting this demand requires a clear view on present day GC requirements. Gas chromatography is used in all areas of research and development that ultimately enrich but also influence our daily life t more
This paper reviews the concepts surrounding the optical interfaces that are available for ICP-OES spectrometers and discusses the relative strengths more
A whole variety of organic matter can be present in water, which cannot be defined individually with considerable analytical effort and in short time. Therefore, the so-called sum parameters are used. The most popular sum parameter in waste water ana more
Stable chlorine isotope analysis of organic compounds is potentially applicable in various fields in forensics and environmental analytics to investigate the fate of these substances in the environment, but a wider use of this technique is still hampered by the limited applicability of available off more
Graphene has great potentials for the use in sample preparation due to its ultra high specific surface area, superior chemical stability and excellent thermal stability. In our work, a novel graphene based solid‐phase extraction disk was developed for separation and preconcentration of trace polyc more
Analytical Challenges in Environmental and Geosciences Content Type Journal Article Category Editorial Pages 1-2 DOI 10.1007/s00216-012-6059-7 Authors Christian Zwiener, Environmental Analytical Chemistry, Center for Applied Geoscience (ZAG), Eberhard Karls University, Tübingen, Hoelder more
What kinds of contaminants are enriched in sediment – and are these then absorbed by the organisms that live there? What role do microplastics play? To answer these questions, Professor Gesine Witt’s team is using pollutant samplers made from silicone-coated glass fibre to investigate the sea floor. And not just as research for research’s sake but because the protection of our environment is a top priority. more
Gesine Witt studied technical and analytical chemistry at the University of Greifswald before completing her doctoral studies and her habilitation at the University of Rostock. Her work as a research assistant at the Leibniz Institute for Baltic Sea Research Warnemünde (IOW) was decisive in shaping more
Wilhelm Püttmann studied chemistry at RWTH Aachen and the University of Cologne. He received his doctorate in organic synthesis under Professor Emanuel Vogel in Cologne in 1980. Following two years of postdoctoral work, he moved to the field of geochemical analysis, assuming the leadership of lab an more
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