Learn More Natural Gas Detector
Protect workers and the environment from combustibles and toxic gases with equipment that gives you the power to take the appropriate action to minimize hazards. We provide lightweight, intrinsically safe monitoring instrumentation that detects natural gases in diverse applications including US EPA...
Learn More Gas and Liquid Density Measurement
Reliably measure density or density related variables within the oil and gas, petrochemical, and power industries with Thermo Scientific Sarasota gas and liquid density meters. Our meters offer near real-time control signal availability and ensure plant efficiency and vitality.
Learn More AutoCONFIG Software
Thermo Scientific AutoCONFIG software is the robust interface for the AutoSERIES of Flow Computers and the SOLA iQ Online Sulfur Analyzer . Designed to empower the user, the interface is simple to configure eliminating the need for in depth programming.
Learn More Sulfur Analyzers
Online sulfur analyzers replace expensive and time-consuming laboratory sampling. Get fast responses and wide measurement ranges of trace sulfur and total sulfur in flare gas, liquid and vapor for reliable emissions monitoring.
Learn More Natural Gas & Natural Gas Liquid Analysis
Natural gas is a mixture of gases formed from millions of years of plant and animal decomposition deep under the earth’s surface. Natural gas contains: Methane (up to 97%) Higher carbon (C2 to C8) gases such as ethane, propane, and isobutene Other gases such as nitrogen, carbon dioxide, hydrogen...
Learn More Oil & Gas Exploration and Elemental Analysis
Oil and natural gas reservoirs remain one of the more elusive targets for the mining industry. A tremendous amount of time and money can be lost without the right tools, data, and technology to quickly target the best drill sites.
Learn More Oil & Gas Testing
Our analytical instruments and data analysis and data management software products allow you to streamline your analyses from exploration and production operations to power production and contract laboratory work.
Portable XRF solutions are making a critical difference in oil and gas exploration by providing fast, reliable data through easy-to-use handheld and bench top platforms. We offer analyzer solutions that meet the most critical challenges in this industry.
Learn More AAS Systems and Technologies
The standard AAS instrument consists of four components: the sample introduction area, the light (radiation) source, the monochromator or polychromator, and the detector (figure 1)., Following absorption, the characteristic wavelengths emitted from the excitation sources, the flame or graphite...
Learn More Personal and Portable Ambient Gas Monitoring
Knowledge can make all the difference when it comes to ambient air quality monitoring in workplace environments. The ability to quickly detect gases and identify unsafe particulate levels for personal exposure is critical to the health of your workers.
Learn More OdaLog Gas Loggers
The OdaLog ® family of instruments includes portable gas loggers primarily designed for the wastewater industry. These are primarily used at locations close to sources of Hydrogen Sulphide (H 2 S) emissions, such as those found within sewerage pumping stations, receiving manholes, and inside sewer...
Learn More Environmental & Process Monitoring Videos
Discover monitoring solutions for ambient gas, continuous emissions, ambient particulate, personal particulate, process mass spectrometry, gamma density and level gauges, portable gas detection, and flow controllers.
Learn More ICP-MS Sample Preparation
Inductively coupled plasma mass spectrometry (ICP-MS) is applicable to a wide variety of sample types; therefore, it is used in many different industries. To be processed efficiently in the plasma, samples must be in either gas or vapor (aerosol) form.
Cigarettes and e-cigarettes both contain harmful chemicals, additives and toxins that may cause serious health issues like cancer and lung disease. Cigarettes contains numerous constituents like nicotine, ammonia, metals, PAHs, nitrosamines, ethylene glycol, formaldehyde, pesticides and others.
GC-MS can be used to study liquid, gaseous or solid samples. Analysis begins with the gas chromatograph, where the sample is effectively vaporized into the gas phase and separated into its various components using a capillary column coated with a stationary (liquid or solid) phase.