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So, what’s not in your standard operating procedure? Documenting details can prevent headaches associated with method transfers between laboratories.

Fast gas chromatography (GC) has received new attention recently in the form of available enhanced instrument capabilities. This instalment reviews important characteristics and requirements of fast GC: What can fast GC do for separations, and how can laboratories take advantage of enhanced separation speeds?

Incremental sampling methodology laboratory processing is used to produce an appropriately sized subsample that has the analytes of interest at the same concentration as the large incremental sample collected in the field. The end goal is to produce results that represent the conditions at the site and facilitate good decisions.

Here are five ideas to help avoid common problems.

Want to improve column life? Here are some ideas.

Simple ways to estimate chromatographic changes.

Have a problem with your LC system? Maybe applying a little “DDT (Don’t Do That)” may help.

A full measure of tips for reliable gradient methods.

Preventive maintenance compressed.

Dwight Stoll, the new editor of “LC Troubleshooting,” asks John Dolan about the current state of chromatography training, John’s toughest troubleshooting challenge, the most common chromatographic mistakes, and what he foresees for the future.

LCGC Europe is celebrating a glorious past and looking ahead to a buoyant future.

The 15th International Symposium on Hyphenated Techniques in Chromatography and Separation Technology (HTC-15) will be held at Cardiff City Hall, Cardiff, United Kingdom, from 24–26 January 2018.

Looking back, there are a great many names immortalized across all fields of science and technology, which we first hear about in the undergraduate lecture halls, and perhaps only later learn to truly appreciate as the innovators and inventors of an impactful technology that has lasted the test of time. A couple of names that at present are probably not yet commonplace in the undergraduate science class are those of Hideo Kodama and Chuck Hull.

Fast gas chromatography (GC) has received new attention recently in the form of available enhanced instrument capabilities. What can fast GC do for separations, and how can laboratories take advantage of enhanced separation speeds?

Perhaps the largest source of error with sampling and sample preparation, especially with solid and semisolid samples, is the sample heterogeneity. Generally, sample heterogeneity is managed by sample homogenization, such as grinding and mixing, as well as use of an appropriately large sample size. Incremental sampling methodology (ISM) involves structured composite sampling and a processing method to create an unbiased estimate of the mean concentration of soil contaminants. Hence, ISM is emerging as a preferred methodology for conducting field environmental sampling. In this month’s instalment of “Sample Preparation Perspectives”, we describe the application of ISM to laboratory subsampling protocols.

Leading chromatography vendors offer their view of the most important developments in separation science in the past 30 years.

So, what’s not in your standard operating procedure? Documenting details can prevent headaches associated with method transfers between laboratories.

Click the title above to open the LCGC Asia Pacific November 2017 regular issue, Vol 20, No 4, in an interactive PDF format.

Click the title above to open the LCGC Europe November 2017 regular issue, Vol 30, No 11, in an interactive PDF format.

Click the title above to open the LCGC North America November 2017 regular issue, Vol 35 No 11, in an interactive PDF format.

A new nonprofit laboratory in Wilmington, Delaware, will provide laboratory space and access to experienced laboratory staff for entrepreneurs.

Lab Innovations has announced that science writer and broadcaster Adam Rutherford will be a keynote speaker at this year’s event held at the NEC in Birmingham, UK.

Ellutia Chromatography Solutions has opened a new dedicated training centre in Ely, Cambridgeshire, UK.

Researchers from The First Institute of Oceanography in Qingdao, China, have developed an exact mass suspect screening approach for identifying multiple lipophilic marine toxins in seawater, suspended particulate matter (SPM), and marine sediment using LC–TOF-MS.

Restek has been awarded company of the year by The Pennsylvania/Delaware Chapter of the ESOP Association during its annual conference on 14 September 2017.

Click the title above to open The Column October 24, 2017 Europe & Asia issue, Volume 13, Number 15, in an interactive PDF format.

Click the title above to open The Column October 24, 2017 North American issue, Volume 13, Number 15, in an interactive PDF format.

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Markes International has announced the opening of a new subsidiary in Shanghai, China.