US EPA method 6020 describes multi-element determination using ICP-MS in environmental samples. Typically, labs applying EPA 6020 must analyze long sequences of samples with high total dissolved solids content, requiring robust instrumentation....

US EPA method 6010 has been validated for the ICP-OES analysis of 31 metal elements in various environmental matrices. Method 6010 specifies quality control criteria for calibration validity, linear dynamic range, and method detection limits. As...

ISO method 17294 specifies guidelines for the determination of multiple metal elements in water sources such as drinking water, surface water, and groundwater. The working range depends on the matrix analyzed. In drinking water and relatively...

ICP-MS for metals analysis is ideal when measuring very low concentrations of many elements in many samples. ICP-MS vs ICP-QQQ as techniques for elemental analysis by ICP-MS are discussed.

Given the risks associated with poor air quality, regulations have been developed to include inorganic components, particularly heavy metals. Standard methods for the analysis of elements in air include Chinese standard method HJ 777-2015 for...

With device features at a single nanometer, Agilent ICP-MS systems allow to monitor, detect and characterize metallic particles and dissolved metals in bulk chemicals, wafer processing, and cleaning baths using a technique called single particle...

The Agilent MP-AES is perfect for elemental wine analysis due to its simple, straightforward operation and low cost of ownership. Find out why you need MP-AES in your lab.

Whether you need to quantify specific compounds, monitor migration of trace-level additives and impurities, or perform differential analysis, Agilent has solutions for polymer analysis and detection of stabilizers, plasticizers, and lubricants,...

Consumers today have many choices when selecting and enjoying a beverage. Milk, water, juice, and soda are popular choices, especially for children. Beverage manufacturers face challenges when performing beverage testing. Whether you need to...

Agilent ICP-MS is the perfect solution for raw material analysis in semiconductor silicon wafer manufacturing. Unmatched sensitivity is only the start of it.

Agilent ICP-OES supports battery recycling—analyzing black mass and recovered salts to maximize recovery, ensure purity, and meet compliance.

Agilent ICP-MS delivers the ultra-high sensitivity required for cleaning reagent purity analysis required in the semiconductor wafer manufacturing industry.

High-purity bulk and specialty gases are required for oxidation, deposition, etching, sputtering, doping, and inerting and other processes in the semiconductor and electronics manufacturing. Accurate measurement at levels below trace impurities...

Oxyhalides are commonly produced as disinfection byproducts following water treatment. The common oxyhalides chlorate, perchlorate, and bromate are monitored in water supplies due to their capacity to harm human health. Regulatory limits for...

Watch videos; best practices for cannabis & hemp testing. Customized tips & tricks for edibles sample preparations. How to operate & maintain HPLC, LC-MS/MS, GC-MS/MS

ICP-QQQ delivers the performance required for single-particle analysis, a critical part of semiconductor process control. Find out why you need Agilent ICP-MS.

Given the health hazards associated with toxic air contaminants, routine air testing is important in a variety of applications and environments. Whether for greenhouse gas and industrial stack emissions monitoring, or for maintaining air quality in...

Agilent ICP-OES ensures accurate multi-element analysis in mining and refining—optimizing yield, purity, and regulatory compliance.

Researchers are measuring elemental isotopes in seabed core samples to reconstruct the climate of the past.

Lithium analysis and other elemental analysis tests are an important part of QC testing at each stage of the lithium ion battery value chain