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Alkali recovery diffusion dialyzer

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Alkali recovery diffusion dialyzer Specification

Ph Level
1-14

Pump Type
Centrifugal

Water in conductivity
2000 S/cm

Frequency
50/60 Hz

Recycle Rate
up to 95%

Flow Rate
2-20 m3/h

Water Out Conductivity
20 S/cm

Power Consumption
1-5 kW

Feature
Continuous operation, Energy-saving, Corrosion resistant, Modular design

Efficiency (%)
up to 90%

Technology
Diffusion Dialysis

Usage & Applications
Alkali recovery from industrial process streams, Textile, Pulp and Paper, Chemical industry

Noise Level
Low ( 60 dB)

Product Type
Diffusion Dialyzer

Power Source
Electric

Automatic Grade
Automatic

Volume
Customizable

Drive Type
Electric Motor

Voltage
220V / 380V

Water Source
Industrial Effluent, Caustic Wastewater

Purity Level
up to 99%

Material
PVDF, PTFE, SS304, SS316

Filter Type
Membrane Dialyzer

Capacity
Variable, up to 20 m3/h

Installation Type
Floor Mounted

Operating Pressure
2.0 bar

Inlet/Outlet Connection
DN32 DN65

Temperature Range
5C - 45C

Dimension
Custom as per model

Membrane Area
up to 9 m

Maintenance
Low, user-friendly design

Control System
PLC/Manual

Differential Pressure
0.15 MPa

Service Life
>3 years membrane life under standard conditions

Alkali recovery diffusion dialyzer Trade Information

Payment Terms
Telegraphic Transfer (T/T), Letter of Credit (L/C)

Sample Available
No

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Middle East, Africa

Main Domestic Market
All India

About Alkali recovery diffusion dialyzer

Used for separation and purification of alkali and metal salt mixture, can be used in non-ferrous metal smelting, organic chemical industry, printing and dyeing industry waste alkali recovery.

Superior Alkali Recovery Efficiency

Leveraging advanced diffusion dialysis technology, this dialyzer achieves up to 90% process efficiency and an impressive alkali recycle rate of 95%. Its membrane delivers water out conductivity 20 S/cm, ensuring high-purity alkali suitable for reuse in industrial applications, minimizing waste, and reducing operational costs.

User-Friendly and Energy-Saving Operation

With its low maintenance requirements and user-friendly design, the system is easy to operate, whether by PLC or manual controls. Continuous operation and modular layout make it adaptable to changing process demands, while its energy-saving electric motor keeps power consumption between 1 and 5 kW, ensuring sustainable performance.

Robust Materials and Customization

Constructed from corrosion-resistant PVDF, PTFE, SS304, and SS316, the dialyzer withstands harsh industrial environments. It is customizable in dimension, volume, and inlet/outlet configuration to suit specific site requirements, allowing for optimized alkali recovery across diverse sectors.

FAQ's of Alkali recovery diffusion dialyzer:

Q: How does the Alkali Recovery Diffusion Dialyzer enhance alkali recycling in industrial applications?

A: This dialyzer uses diffusion dialysis technology to separate alkali from process wastewater, achieving recycle rates up to 95%. The high efficiency and membrane purity ensure recovered alkali is suitable for reuse in processes like textile, pulp and paper, and chemical manufacturing.

Q: What types of wastewater sources are suitable for this membrane dialyzer?

A: The unit is designed for industrial effluent and caustic wastewater streams, including those produced in textile processing, chemical manufacturing, and pulp and paper industries. Its broad pH tolerance (1-14) and material robustness suit diverse alkali recovery scenarios.

Q: When should maintenance be performed on this system, and how easy is it to maintain?

A: Maintenance is minimal due to the system's self-cleaning features and robust materials. Under standard operating conditions, the membrane has a service life exceeding 3 years. Scheduled inspections typically focus on pump operation and control system checks, facilitated by the user-friendly design.

Q: Where can the dialyzer be installed, and does it support various site requirements?

A: The device offers installation flexibility, including floor-mounted and custom options, making it suitable for integration into existing industrial layouts. Inlet/outlet connections and overall dimensions are customizable to match specific site conditions and application needs.

Q: What is the process involved in alkali recovery using this system?

A: Alkali-laden wastewater enters the system, where membranes selectively separate and recover the alkali via diffusion dialysis. The final product achieves up to 99% purity, low water conductivity, and is suitable for direct reuse or further processing, significantly reducing environmental discharge.

Q: How does using this dialyzer benefit an industrial operation?

A: Implementing this dialyzer reduces chemical waste, lowers the cost of purchasing fresh alkali, promotes sustainable resource use, and helps companies comply with regulatory standards. Energy-efficient operation and low maintenance further support operational savings and productivity.

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