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Acid-sugar Separation
A CSEP® can be used to make a continuous chromatographic separation of an acid-sugar steam using an ion exclusion process.
Betaine Recovery
A CSEP® can to be used to make a continuous chromatographic separation of betaine from a beet sugar solution, using an ion exclusion process.
Chemical Manufacturing
- Fugitive Emissions: Throughout the chemical manufacturing process,
VOCs can be emitted from pumps, valves, sample collection points,
seals, and the like. These emissions can be recovered and reused with
a custom Solvent Recovery System. If reuse is not economically
desirable, the compounds can be captured and destroyed using a Revolver®-Z or CADRE® system followed
by a thermal oxidizer.
- Point Source Emissions: VOC emissions from chemical manufacturing
point sources such as stacks, laboratory vents, reactors, storage
tanks, and material loading and unloading operations require
control. Emissions from these operations can be captured and destroyed
with Revolver®-Z or
CADRE® systems
followed by a thermal oxidizer.
- Process Wastewater: Chemical manufacturing produces wastewater
containing chemical products, spent solvents, and other compounds. An Advanced Distillation
System can be used to separate the compounds in the wastewater and
recover those with value, while ensuring that the discharged
wastewater meets MACT standards.
Chiral Separation
A CSEP® can be used to make a continuous chromatographic separation of optical isomers.
Chromatography
The CSEP® is designed to make continuous chromatographic separations. The CSEP® SMB process is virtually a true moving bed process where both the solid and liquid components are in motion. Scale ranges from a small lab scale process to multi-ton commercial production.
Fructose
A CSEP® can be used to enrich a continuous fructose stream using a chromatographic separation.
Isomer Separation
A CSEP® can be used to continuously separate isomers using a chromatographic separation process.
Mannitol
A CSEP® can be used to make a continuous chromatographic separation of mannitol from a stream containing other sugars, such as sorbitol.
Protein Separation from Cheese Whey
An ISEP® can be used to continuously recover and purify proteins from a whey stream using an adsorption/desorption process on ion exchange resin.
Sorbitol/Mannitol Separation
A CSEP® can be used to make a continuous chromatographic separation of mannitol from a stream containing other sugars, such as sorbitol.
Sucralose
A CSEP® can be used to separate and recover specialty sweeteners such as Sucralose.
Sugar Recovery from Molasses
A CSEP® can be used to separate sugar from molasses using a continuous chromatographic separation process.
Tocotrienol Separation
A CSEP® can be used to make a continuous chromatographic separation of tocotrienol from a mixed impurity feed stream.
Vitamin E (TT3) Separation
CSEPs® are used to separate and recover tocopherols from natural sources using a range of continuous chromatographic separation processes.
Vitamin E Purification
CSEPs® are used to separate and recover tocopherols from natural sources using a range of continuous chromatographic separation processes.
Xylose Separation
A CSEP® can be used to make a continuous chromatographic separation of xylose from a stream containing other sugars.
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