Environmental Monitoring

Chromatography & Mass Spectrometry Solutions

pH is a critical parameter in method development and routine enzyme assay measurement.  At the ideal pH value, called optimal pH, enzymes have their highest activity. Accurate and reliable determination of the optimal pH is important for successful enzyme assay method development. 
The Thermo Scientific Gallery Enzyme Master Enzyme Analyzer, with the optional electrochemistry measurement (ECM) unit, allows the parallel determination of sample pH and conductivity.  The Gallery Enzyme Master system can measure up to 67 samples for pH and conductivity in an hour alongside photometric enzyme assay analysis. Parallel determination of optimal pH makes the overall enzyme assay analysis easier, faster, and reliable.

Fully-Automated Enzyme Optimal pH Analysis

Get more from your enzyme method development process—starting with walkaway efficiency. The Thermo Scientific™ Gallery™ Enzyme Master enzyme analyzers are the first automated enzyme analyzers designed specifically for enzyme assay applications. Combining robust hardware and new custom designed software, these best-in-class solutions deliver fully-automated incubation settings, reagent additions, and precise measurement calculations—all with a touch of a button. They offer the smartest (and fastest) way yet to streamline method development and deliver reliable results.

Fully-automated enzyme assay analysis

Technology Networks

Learn what soil pollution is, where it comes from, the main problems caused by soil pollution and how we can start to prevent soil pollution for a cleaner future. Find out more here: https://bit.ly/3l1ACeo

Exploring Environmental Pollutants – Soil

Learn what air pollution is, where it comes from, the main problems caused by air pollution and how we can start to prevent air pollution for a cleaner future in this episode. Find out more here: https://bit.ly/3i3fpic

Exploring Environmental Pollutants – Air

In this episode we learn; what is water pollution, where does it comes from, what are the main problems caused by water pollution and how we can start to prevent water pollution for a cleaner future? Learn more with Thermo Fisher Scientific Microscopy and Spectroscopy here: https://bit.ly/3hLAJc6

Exploring Environmental Pollutants - Water

In this episode we answer the questions; what is an environmental pollutant, how can we detect them and how can we prevent the harmful health effects of them? Learn more with Thermo Fisher Scientific Microscopy and Spectroscopy here: https://bit.ly/3rrexHl

Exploring Environmental Pollutants – Introduction, Sources and Health Consequences

This video shows how interference removal is accomplished using the Thermo Scientific™ iCAP™ Qnova Series ICP-MS instruments. Single quad ICP-MS, such as the Thermo Scientific™ iCAP™ RQ ICP-MS use helium and kinetic energy discrimination to remove all polyatomic interferences, potentially causing a bias on key contaminants. In contrast, triple quadrupole ICP-MS systems, such as the Thermo Scientific™ iCAP™ TQe ICP-MS and Thermo Scientific™ iCAP™ TQ ICP-MS, leverage reactive gases, such as oxygen, hydrogen or ammonia, to remove interferences. In this way, also other types of interferences, such as doubly charged or isobaric interferences, can be effectively removed and ultimately provide better lower detection limits and improved data quality regardless of the sample matrix. The inherent complexity of triple quadrupole ICP-MS, caused by the many potential options to analyse a given element, is drastically simplified using the Reaction Finder Method Development Assistant, built into the Thermo Scientific™ Qtegra™ Intelligent Scientific Data Solution Software, so that all laboratories can benefit from superior interference removal.

Removing Interferences Using the Thermo Scientific iCAP Qnova Series ICP-MS

Sartorius - Lab Weighing

Air pollution monitoring is a very important topic to protect human health. Many standards regulate the emission of fuel powered vehicles like automotives (cars, trucks, motorcycles), boats, etc. or industrial sources of air pollution. In particular, ultra-fine particles such as soot particles can accumulate in the lung are classified as carcinogenic, but also asthma, allergies, cardiovascular and respiratory diseases are caused by fine dust. Filter weighing is a back-weighing method to determine the level of air pollution.

Cubis® II Filterweighing

This video show cases the new Thermo Scientific iCAP PRO Series ICP-OES.  It highlights the main features of the instrument that enable fast, robust simple ICP-OES analysis

Environmental Monitoring

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