Organic Elemental Analysis (OEA)
Lead the way in elemental analysis with a single instrument handling all applications
Experience the ultimate in simplicity, precision and cost effectiveness for the quantification of carbon, hydrogen, nitrogen, sulfur, and oxygen. Decades of experience combined with our constant innovation in developing organic elemental analyzers (OEA) have contributed to the design of the Thermo Scientific FlashSmart Elemental Analyzer. Providing a fast, reliable, and accurate 24/7 analytical solution to a range of industries, this series of flexible and configurable analyzers uses a globally-recognized technique that is endorsed by official organizations worldwide.
- Simultaneous flash combustion of CHNS and pyrolysis of oxygen
- Superior modularity
- Reduced cost per analysis
- Automated, flexible, and fast
- Accurate and reproducible
- Automatic generation and display of complete report
Eliminate sample preparation challenges and hazardous substances and throw away your titration calculator: the simple design of the Thermo Scientific FlashSmart Series Analyzer help users face their daily challenges, resulting in more productivity and throughput everyday.
Perform analysis and trace sulfur determination with an added flame photometric detector.
Perform rapid analysis of nitrogen and carbon in soils, sediments or filters. The same analyzer can be used to also determine sulfur.
The importance of soil and plant testing has increased in the last few years, as many of the traditional methods are no longer suitable for routine analysis, due to their time consuming preparation and the use of environmentally hazardous reagents. Also, the analysis of the chemical composition of fertilizers is important in agronomy for research and quality control purposes. One of the tests used in the production process of fertilizers is the determination of the nitrogen content. For these and many other applications the organic elemental analysis technique fulfills the need for an efficient analytical technique for characterizations of CHNS/O of environmental samples.
Food market globalization demands more accurate quality control of product characteristics, in order to protect commercial value, to safeguard consumer health and manufacturer reputation. Official regulations establish protein content and labeling requirements which enable consumers to compare price and quality. For this reason the organic elemental analysis technique, based on the Dumas (combustion) method is recognized by international associations as an alternative to the classical Kjeldahl method, for more precise, compliant and automated analysis.
In a typical production process of lubricants, oils, polymers and plastics, carbon black etc. the elemental content is periodically monitored and tested for quality control. The amount of the industrial sample content is often a requirement for the calculation of other by-products, which can be pollutants or harmful to the environment or human beings. In this case organic elemental analysis technique enables to comply with the request of international methods for reproducibility among the other standard requirements from modern laboratories.
The chemical characterization of organic compounds plays a very important role in all of the processes of synthesis, separation, purification and their structural identification both for research and quality control purposes in pharmaceuticals. One of the tests used in the production process is the determination of organic elemental composition which is periodically monitored for the characterization of materials. Rigorous quality control begins with the suppliers of the raw materials. Therefore, organic elemental analysis technique enables accurate and fast analysis with excellent reproducibility.
Expand your CHNS/O analysis with over 20 configurations in one system with the Thermo Scientific FlashSmart Elemental Analyzer (EA), making analysis easier in application fields ranging from agronomy to environmental science to pharmaceuticals - and beyond.
With worldwide helium shortages and subsequent cost increases, ensure your lab can continue analyzing nitrogen and carbon by making the switch to Argon. Key advantages of using argon as a carrier gas:
|• Argon is readily available||• Simple return to helium|
|• Up to 50% lower cost than helium||• Comparable results with He carrier gas|