Chromatography process for high-purity industrial separation

Achieve continuous high-purity separation and purification of complex mixtures with advanced chromatography technology, ideal for operators seeking efficient, sustainable processes that minimize chemical usage and energy consumption.

Continuously Separates and Purifies Complex Liquid Mixtures

The Sequential Simulated Moving Bed (SSMB) System from Applexion is an industrial chromatography solution designed for the continuous separation and purification of complex liquid mixtures. This system stands out for its ability to achieve high purity and recovery rates, up to 99%, while minimizing resin and footprint requirements. It employs a multi-column setup that facilitates efficient 24/7/365 operations, crucial for industries requiring high throughput, such as food ingredients and pharmaceuticals.

Ideal for producing high-fructose corn syrup, crystalline fructose, and various amino and organic acids, the SSMB technology is particularly suited for bio-based and fermentation-based products. By leveraging advanced PLC automation, the system ensures seamless integration into existing production lines and offers remote monitoring capabilities. Energy efficiency is enhanced through optimized flow distribution, significantly reducing operational costs.

Constructed from materials like stainless steel to withstand corrosion and chemical reactions, it meets industry standards for safety and compliance. The design includes options for CIP (Clean-In-Place) systems, simplifying maintenance, and reducing downtime. Applexion provides extensive customization and engineering support, tailoring configurations to meet specific production needs, ensuring that each setup is optimized for the highest performance and efficiency.

Benefits

  • Maximizes productivity with continuous 24/7/365 operation, significantly boosting output for high-demand sectors.
  • Achieves high purity levels up to 99%, ensuring superior product quality and reducing waste.
  • Lowers operational costs through efficient energy use and reduced resin requirements.
  • Integrates seamlessly with existing systems using advanced automation, improving workflow efficiency.
  • Complies with industry regulations, ensuring safety and reliability in demanding environments.

General


Applications
Functional ingredients,Amino acids,Organic acids,Industrial products,Oligosaccharides,Food ingredients,Commodity chemicals,Bio-based chemicals,Fermentation-based products,Cellulosic sugars,Sweeteners
End products
Lactic acid,Fos (fructooligosaccharides),Crystalline fructose,Hmo (human milk oligosaccharides),Hfcs 55,Hfcs 95,Meg,Hfcs 99,Xylitol,Tryptophan,Methionine,Mannitol,Maltitol,Gos (galactooligosaccharides),Leucine,Citric acid,Glycine,Pdo,Sorbitol,Phenylalanine,Cellulosic sugars
Steps before
Pre-treatment,Raw material definition,Lab screening,Resin screening
Steps after
Pilot scale validation,Market testing,Post-purification processing,Product distribution
Input ingredients
liquid mixture,raw material,effluents,mother liquors
Output ingredients
high purity fractions,HFCS 55/95/99,crystalline fructose,high DX glucose,crystalline dextrose,polyols,sorbitol,maltitol,mannitol,xylitol,commodity chemicals,MEG,PDO,glycine,oligosaccharides,FOS,GOS,HMO,cellulosic sugars,organic acids,citric acids,lactic acid,amino acids,tryptophane,phenylalanine,leucine,methionine
Market info
APPLEXION is known for their expertise in designing and manufacturing engineered-to-order equipment for the food, beverage, and biotechnology industries, focusing on advanced separation and purification technologies. They are reputed for high-quality, tailor-made solutions.

Technical Specifications


Automation
Fully automated
Operation Mode
Continuous 24/7/365
Eluent Use
Water-based
Recovery and Purity
Up to 99%
Separation Mechanism
SMB and SSMB
Capacity
High throughput for large-scale processes
Resin Type
Ion exclusion,Affinity,Acid retardation,Size exclusion
Operating Conditions
Adjustable (concentration,temperature,pH)
Energy Usage
Mostly electrical for water/eluent recycling
Separation Technique
Sequential Chromatography

Operating Characteristics


Automation level
PLC / SCADA / Fully Automated
Batch vs. continuous operation
Continuous 24/7/365
Energy efficiency
Minimal electrical use for water/eluent recycling
CIP/SIP
Green process,no chemicals
Changeover time
Quick adaptation to different production requirements
Cleaning method
Water as eluent,no chemical effluents
Integrated steps
R,D to plant start-up and beyond
Working mechanism
Simulated Moving Bed (SMB) / Sequential Simulated Moving Bed (SSMB)

Physical Characteristics


Machine footprint
Compact design
Tank shape
Column-based
System configuration
Multi-column
Feed method
Continuous feed
Discharge method
Continuous discharge
Resin type
Specific for target separation
Control panel type
Automated control system
Operating temperature range
Varies based on process design

Custom Options


Control panel type
Touchscreen / HMI
System Integration
Compatible with SCADA / PLC systems
Resin selection
Customized based on specific separation needs
Flow distribution design
Sequential / Customized
Column Configuration
Variable number of columns to suit specific process
Process monitoring
Online monitoring with advanced controllers