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Specifications
Highlight:
Reverse Osmosis Pure Water System
,8inch Reverse Osmosis Pure Water System
,Sewage Reverse Osmosis Pure Water System
Voltage:
220V/380V
Power Source:
Electricity
Warranty:
1 Year
Maintenance:
Regular Cleaning And Servicing Required
Application:
Sewage Treatment
Frequency:
50Hz/60Hz
Material:
Stainless Steel
Installation:
Indoor/Outdoor
use for:
Industrial Cleaning Wastewater
Energy Consumption:
2.5 KWh Per 1000 Gallons
Membrane Size:
8 Inches
Model:
RODS-1000
Recovery Rate:
50%
Membrane Type:
Thin Film Composite
Operating Pressure:
1000 Psi
Pre-Treatment:
Multi-media Filter, Activated Carbon Filter
Control System:
PLC
Feed Water Source:
Sea Water
Capacity:
1000 Gallons Per Day
Monitoring System:
SCADA
Dimensions:
60 Inches X 48 Inches X 72 Inches
Key Attributes
Brand Name:
nettronics
Model Number:
JC-1-100T/D
Place of Origin:
sino
Certification:
EC
Minimum Order Quantity:
1
Price:
liaise
Supply Ability:
liaise
Delivery Time:
7-15working days
Payment Terms:
T/T
Standard Packaging:
Export Wooden Box
Product Description
Sewage Treatment Pre Treatment Activated Carbon Filter 8-inch Reverse Osmosis Pure Water System
In response to global water scarcity challenges, municipalities and industries worldwide are implementing advanced water conservation strategies, including comprehensive wastewater reclamation and reuse programs. Municipal wastewater reuse involves treating residential and industrial wastewater for various applications, categorized into three distinct levels:
Potable Water Reuse: Treatment to drinking water standards, typically reserved for regions with severe water scarcity due to high investment requirements and complex processing.
Non-Potable Water Reuse: Treatment for applications not involving human consumption, including landscape irrigation, vehicle washing, cooling systems, toilet flushing, and fire protection.
Industrial Water Reuse: Advanced treatment of industrial wastewater using technologies like softeners, reverse osmosis (RO), and EDI/mixed-bed systems to produce softened water, purified water, and ultra-pure water for industrial recycling.
Industrial water reuse represents a sustainable solution to rising water costs and environmental concerns, transforming treated wastewater into valuable resources rather than discharging it as waste.
Water Reuse Treatment Process
Three-Stage Treatment System
Pre-Treatment Stage
Includes screening and equalization to remove solid impurities and stabilize water quality parameters.
Main Treatment Stage
Core process for removing dissolved organic contaminants through various technologies.
Deep Treatment Stage
Final disinfection and polishing to ensure effluent meets specific reuse standards.
Primary Treatment Technologies
| Technology | Description | Advantages |
|---|---|---|
| Biological Treatment | Utilizes microorganisms for adsorption, oxidation, and decomposition of organic matter | Effective organic removal, typically uses combined processes |
| Physical-Chemical Treatment | Combines coagulation, sedimentation (flotation) with activated carbon adsorption | Enhanced effluent quality |
| Membrane Separation | Employs ultrafiltration, microfiltration, or reverse osmosis membranes | High SS removal efficiency, compact footprint |
Important Notice: Due to the specialized nature of this product, please contact our customer service team before purchasing. Our representatives will assess your specific water consumption requirements and water quality challenges to recommend the most suitable system. To ensure optimal performance and avoid complications, we advise against purchasing equipment without proper consultation. For detailed specifications, technical parameters, or additional product images, please contact our customer service department. We appreciate your support of Net Environmental Protection and thank you for considering our solutions.
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