Supercritical Fluid Extractor processes natural products.
May 10, 2011 -
Able to perform supercritical fluid extractions in single or dual 10 L sample vessels with single or dual separators, SFT-NPX-10 pilot scale supercritical extractor facilitates transition from laboratory scale equipment to production processing systems. Coriolis mass flow meter delivers mass flow measurement precision, and pneumatic CO2 pump with waterless pre-chiller maximizes pumping efficiency. Optional RIO programmable automation controller upgrade is available.
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Original Press release
Supercritical Fluid Technologies, Inc.
Three Innovation Way Suite 205
Newark, DE, 19711
USA
New Supercritical Fluid Extractor for the Processing of Natural Products
Applications Botanicals Herbs and Spices Foods and Flavors Neutraceuticals
Supercritical Fluid Technologies (SFT) is pleased to introduce a new pilot scale supercritical extractor for the processing of natural products. The SFT-NPX-10 is designed to simplify the extraction of a wide variety of natural products, and to facilitate the transition from laboratory scale equipment to production processing systems.
The SFT-NPX-10 is designed to perform supercritical fluid extractions in either single or dual 10 Liter sample vessels with single or dual separators, resulting in maximum efficiency. A Coriolis mass flow meter guarantees precise mass flow measurement. A pneumatic CO2 pump with an integral waterless pre-chiller (patent pending) is used to maximize pumping efficiency. Upgrade to an RIO programmable automation controller for automated regulation for pressure, temperature and process cycles.
Using supercritical CO2 to perform extractions on botanicals, herbs, spices and other natural product materials has significant benefits over the use of traditional liquid solvents. While the supercritical fluid possesses many of the same characteristics of a liquid solvent, it adds the benefits of high diffusivity and pressure tunable solvency power. Additionally, no residual solvents are in either the extract or remaining biomass. There is no need to perform a distillation step since, upon dropping pressure, the CO2 becomes a gas. The extracted material is pure and in its natural state. The CO2 may be safely vented or optionally recycled for even greater efficiency. Since the solvency power of the fluid is pressure dependent, it is possible to "fractionate" to obtain multiple compositions from a single raw material. This makes practical some separations that are difficult or impossible to do with traditional liquid solvent and distillation processing.
For more information, please call us at 302-738-3420 or visit us on-line at www.supercriticalfluids.com.
Supercritical Fluid Technologies, Inc. was founded in 1994 and maintains corporate headquarters in Newark, Delaware, USA. The company specializes in the manufacture of bench top and small scale pilot equipment for supercritical fluid extraction, reaction and high pressure chemistry. The company provides contract research and custom engineering services.
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