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Just because a fuel may be safe and of high enough quality to be sold, it does not mean that it is the best fuel for a particular circumstance, nor does it mean that it is sustainable or friendly to the environment. In order to produce more fuels that can also meet those standards, there is much research that needs to be done.
The 16th Multidimensional Chromatography Workshop (MDCW 2025) was marked with exciting events and one big reveal for comprehensive two-dimensional gas chromatography (GCxGC) users.
The total moisture and total solids measurements ensure product quality and safety as they affect texture, taste, and microbial stability. With these kinds of standards on the line, it is critical to properly test samples and be confident that you have accurate results.
We are introducing a short series of blog posts to explore the benefits of the Dumas method of protein determination with a focus on milk and milk products.
For those looking to step up their analysis game and fast-track certifications, flow modulated GCxGC-FID is an effective and inexpensive tool for performing high accuracy group-type analyses for traditional fuels and emerging alternatives. Group-type analyses of fuel products offer insight into critical product performance characteristics, including physical properties, energy potential, and degradation susceptibility.
Unlike the Kjeldahl method, the Dumas method avoids toxic acids, making it safer for the environment and health. It is also simpler, faster, and more sustainable. Many food labs now prefer or supplement the Kjeldahl method with the Dumas method for protein determination in food and feed.
Analyzing a metallographic sample is necessary to understand what you’re really working with, or to ensure a job is done right. The hardness of a metal, as well as its grain structure, reveals important properties of the material. Properly preparing a sample for...