Hidden Gem Configurable Cdi Setup 10-1.2-10 Ml - Configurable Capacitive Deionization Setup + Free Return [6Cg9Zchb]

Configurable CDI Setup: Advanced Research Tool

The Configurable CDI Setup is a cutting-edge research tool designed for the removal of charged ionic species from aqueous solutions, ideal for desalination and demineralization processes. This versatile setup is tailored for both bulk porous electrodes and nanochannel arrays, offering flexibility in conducting various experiments. The cell is constructed with inert materials, ensuring compatibility with both aqueous and organic solvent electrolytes. Its gas-tight construction allows for the removal and exclusion of contaminants through bubbling of an inert gas or electrolyte saturation with oxygen, enhancing the purity of the deionized water produced.

Technical Specifications and Setup Components

The Configurable CDI Setup boasts a robust design with a 10 mL electrode chamber volume and a 1.2 mL flow (deionization) chamber volume. The maximum reservoir volume is 50 mL, accommodating various experimental needs. The setup supports electrodes up to 21 mm in diameter and 28 mm in height, while the minimum ion-exchange membrane diameter is 20 mm and the minimum nanochannel array diameter is 25 mm. The electrode plug diameter is 6 mm, ensuring a secure fit. The product includes essential components such as electrode chambers, lids, adjustable hook clamps, plugs, O-Rings, silicone rubber gaskets, and metal/silicone contacts for nanochannel membranes, making it a comprehensive solution for your research requirements.

Applications and Benefits

The Configurable CDI Setup is a versatile tool suitable for a wide range of applications, from academic research to industrial desalination processes. Its ability to configure various cell architectures, such as flow-by, membrane, flow-through, and hybrid CDI, makes it a valuable asset for scientists and engineers. The setup's compatibility with both bulk porous electrodes and nanochannel arrays allows for precise control over the experimental parameters, ensuring reliable and reproducible results. Whether you are working on water purification, desalination, or demineralization, this setup offers numerous benefits, including enhanced water quality, increased efficiency, and reduced operational costs.