Equipments Details
Description
These fraction collectors and peristaltic pumps support ion exchange studies by enabling controlled flow rates and efficient separation of ionic species, essential for nuclear waste treatment, radionuclide recovery, and decontamination processes.
Capabilities
• Precise Flow Control: Peristaltic pumps regulate solution flow through ion exchange columns, ensuring consistent contact time.
• Automated Sample Collection: Fraction collectors systematically separate eluates for radioisotope and effluent analysis.
• Scalable & Customizable: Adjustable flow rates and collection intervals for small- and large-scale separations.
Technical Specifications
• Flow Rate Range: Typically 0.1 mL/min – 100 mL/min, adaptable to different resins and column sizes.
• Multi-Channel Capability: Supports simultaneous processing of multiple samples.
• Chemical Compatibility: Handles acidic, basic, and organic solutions used in nuclear separations.
These systems provide precise flow control and automated fraction collection, optimising ion exchange studies for nuclear separations and waste processing.
Capabilities
• Precise Flow Control: Peristaltic pumps regulate solution flow through ion exchange columns, ensuring consistent contact time.
• Automated Sample Collection: Fraction collectors systematically separate eluates for radioisotope and effluent analysis.
• Scalable & Customizable: Adjustable flow rates and collection intervals for small- and large-scale separations.
Technical Specifications
• Flow Rate Range: Typically 0.1 mL/min – 100 mL/min, adaptable to different resins and column sizes.
• Multi-Channel Capability: Supports simultaneous processing of multiple samples.
• Chemical Compatibility: Handles acidic, basic, and organic solutions used in nuclear separations.
These systems provide precise flow control and automated fraction collection, optimising ion exchange studies for nuclear separations and waste processing.
Fingerprint
Explore the research areas in which this equipment has been used. These labels are generated based on the related outputs. Together they form a unique fingerprint.