Desktop Electrodialysis Device-Desktop ED Device-Hangzhou Create Environment & Energy Technology Co

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191 0679 9768

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Desktop ED Device

PRODUCT

Membranes & Components Membrane Module

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Project Cooperation

19106799768
19157689268

【Product Overview】

Independently developed and manufactured by Create, this system integrates three core functions: electrodialysis, bipolar membrane electrodialysis, and acid-salt separation, providing precise support for experimental research.

【Product Parameters】

Product Model	CR-DTM
Application	Laboratory Desktop Unit
Dimensions (mm³)	50050060
Weight (kg)	30
Membrane Dimensions (mm²)	300×100
Number of Membrane Pairs	5~10
Effective Area (m²)	0.1~0.2
Processing Capacity (L/batch)	2.4L/batch
Operating Voltage (V)	10~30
Operating Current (A)	＜20

【Product Advantages】

Universal Compatibility

The unit serves as a versatile experimental platform compatible with both homogeneous and bipolar membranes.
Compact & Portable Design

Features an aesthetically pleasing, compact, and portable design with a small footprint for easy relocation.
User-Friendly Operation

Simple and intuitive operation for effortless use.
Modular Membrane Replacement

The entire membrane stack is detachable, allowing membranes to be easily replaced as needed.

【Water quality conditions】

【Application Fields】

Chemical & Fine Chemical Industry
Conversion of Organic Acid Salts: Investigating process conditions (voltage, flow rate, concentration, etc.) for converting sodium organic salts (e.g., sodium citrate, sodium acetate) into higher-value organic acids (citric acid, acetic acid).
Purification and Desalination of Pharmaceutical Intermediates: Studying efficient processes for salt removal and target product purification from reaction mixtures containing high inorganic salt content after drug/intermediate synthesis.
Desalination and Purification of Dyes and Pigments: Research on improving the purity and color value of dye products.
Petrochemical Industry
Concentration of Saline Wastewater: Research on pre-concentrating saline wastewater from refining processes to reduce the load on subsequent evaporation crystallization and lower treatment costs.
Acid and Alkali Recovery: Recovering valuable acids/alkalis from waste streams and evaluating technical and economic feasibility.
Chemical Fiber Industry
Treatment of Hemicellulose Alkaline Liquor: In viscose fiber production, large amounts of waste alkali containing hemicellulose and NaOH are generated. This process can be used for research on the separation and recovery of NaOH while preserving hemicellulose, enabling its purification and resource utilization..
Power Industry (Thermal/Nuclear)
Advanced Desalination for Boiler Feed Water: Studying its feasibility as a polishing step after RO to produce ultra-pure water.
Cooling Tower Blowdown Concentration: Research on further concentrating circulating blowdown using ED to achieve "near-zero liquid discharge" and reduce effluent.
Biotechnology & Pharmaceuticals
Desalination/Purification of Amino Acids, Antibiotics, Organic Acids: Key for extracting target products from fermentation broth. Research focuses on efficiently removing inorganic salts and impurity ions to improve purity and yield.
Desalination/Buffer Exchange for Proteins/Peptides: Used for lab-scale buffer exchange and desalination/purification of biological preparations.
Food & Beverage Industry
Deacidification of Juices (e.g., Wine, Citrus Juice): Research on reducing acidity and improving taste without losing flavor compounds.
Whey Desalination: Studying processes for producing different grades of desalinated whey powder for infant formula, etc.
Metal Recovery from Leachates: Research on selectively separating and concentrating metal ions (e.g., Cu, Ni, Co, Li) from complex mining leachates or e-waste leachates.
Hydrometallurgy & Resource Recovery
Metal Recovery from Leachates: Research on selectively separating and concentrating metal ions (e.g., Cu, Ni, Co, Li) from complex mining leachates or e-waste leachates.
Waste Acid Recovery: Recovering acids (e.g., H₂SO₄, HCl) from metal surface treatment (pickling) waste streams.
Environmental Protection & Water Treatment
Volume Reduction of High-Salinity Wastewater: Research on further concentrating RO brine, landfill leachate, etc., via ED to significantly reduce volume for subsequent evaporation/crystallization and lower disposal costs.
Removal of Specific Pollutants: Investigating the removal of specific ions like nitrate (NO₃⁻) and fluoride (F⁻).

This process can be used for research on the separation and recovery of NaOH while preserving hemicellulose, enabling its purification and resource utilization.

191 0679 9768 191 5768 9268