Products & ReviewSeparations

Supercritical fluid chromatography and extraction systems (SFC/SFE)

JASCO (USA)SFCAvailable: Worldwide

Over the years, JASCO has responded to the growing emphasis on reducing chemical waste by offering an alternative to traditional HPLC with a full line of “green” SFC/SFE products.The reduction in the use of organic solvents has cost, health and safety benefits as well as faster, cleaner sample recovery during experimental procedures. The benefits of using supercritical fluids are their liquid-like densities offering higher sol…

JASCO (USA)

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Average Rating 4.2

|4Scientists have reviewed this product

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Good product, easy to use, reliable, and easy to attach other parts.

 

Average Rating 4.0

Application Area:

Essential oils

Good product, easy to use, reliable, and easy to attach other parts.

Review Date: 3 Jun 2019 | JASCO (USA)

Average Rating 4.3

Application Area:

Essential Oil Extraction

It offers faster extraction and separation compared to traditional HPLC. The CO2 si used as the solvent makes the extraction process procedures simple and also eliminates hazardous solvents.

Review Date: 13 Mar 2014 | JASCO (USA)

Average Rating 4.3

Review Date: 1 Jul 2009 | JASCO (USA)

Average Rating 4.0

Review Date: 1 Jul 2009 | JASCO (USA)

Over the years, JASCO has responded to the growing emphasis on reducing chemical waste by offering an alternative to traditional HPLC with a full line of “green” SFC/SFE products.

The reduction in the use of organic solvents has cost, health and safety benefits as well as faster, cleaner sample recovery during experimental procedures. The benefits of using supercritical fluids are their liquid-like densities offering higher solubility and increased column loading. They have low viscosity and are highly diffuse enabling faster separation and extraction.

Application NoteSeparations

Evaluation of the SFC-FID for the Olefin Analysis ASTM D6550 Method

SFC has been well established for gasoline and diesel fuel analysis, using the ASTM D5186 and D6550 methods. Both ASTM methods require a silica column for the separation, while D6550 requires the use of an additional silver column for retention of the olefins. In this application note, the ability of SFC-FID to meet the specifications of the ASTM D6550 method was evaluated.

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