Page 3 - Industry

Gas chromatography, thin layer chromatography, and affinity chromatography are common chromatography techniques used in life science applications.

Learn how the Bio-bin®, the paper-based waste container, is the best solution for simplifying green waste management for you and your facility.

Fingerprints, tire tracks, and DNA evidence collected from crime scenes, victims, or suspects are analyzed in a forensic lab. These specialized labs, often known as crime laboratories, use advanced scientific methods to establish if a crime has been committed...

AI solutions for agriculture promise to improve farm management, productivity, and routine tasks, such as crop monitoring and smart irrigation.

VOA or EPA vials are crucial for analyzing volatile organic compounds (VOCs). Read this article to understand what to consider before purchasing VOA vials.

Hydrometers are indispensable for lab applications in various sectors, including chemical processing, brewing, and marine engineering. Because they play a crucial role in determining precise liquid density, it is necessary to understand how to correctly read...

Cannabis processing techniques, such as BHO extraction, ethanol extraction, and cold water extraction, are proven solvent-based and solventless methods to produce cannabis extracts.

Membrane filtration is a rapidly developing science characterized by intrinsic terminology and proprietary information. To better serve our customers’ diverse and expanding needs and establish a mutual understanding, Sterlitech has compiled this accessible...

The 12 principles of green chemistry minimize the environmental impact of chemical processes and products through a safer and more sustainable design, development, and implementation.

Perfluoroalkyl and polyfluoroalkyl substances (PFAS) are harmful chemicals in industrial settings and household products. They resist environmental degradation and are commonly present in landfills, soils with fertilizers, and various water sources.