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Sulfuric Acid Recovery Recycling System Ion Exchange Resin Technology Anodizing Plant Waste Acid Treatment

Sulfuric Acid Recovery Recycling System Ion Exchange Resin Technology Anodizing Plant Waste Acid Treatment

Brand Name: MEL-AL
Model Number: JST-ARS-2000
MOQ: 1 Set
Price: USD 12,000-22,000/Set
Packaging Details: Heavy-Duty Export Wooden Case with Desiccant
Payment Terms: T/T,L/C
Detail Information
Place of Origin:
Foshan, China
Processing Capacity:
2000L/Day
Recovery Rate:
Up To 85%
Technology:
Ion Exchange Resin Column
Acid Type:
Sulfuric Acid 150-200g/L
Resin Life:
3-5 Years
Material:
PP/FRP Construction
Aluminum Removal:
>90% Efficiency
Supply Ability:
10 Sets/Month
Highlight:

Acid Recovery System

,

Sulfuric Acid Recycling

,

Anodizing Waste Treatment

Product Description

Sulfuric Acid Recovery and Recycling System for Anodizing Plant

The JST-ARS-2000 ion exchange resin-based acid recovery system processes 2000 liters per day of spent anodizing electrolyte, recovering up to 85% of sulfuric acid for reuse. By removing dissolved aluminum contaminants through selective ion exchange, this system dramatically reduces acid procurement costs and waste neutralization chemical consumption.

Key Features

  • Proprietary ion exchange resin column technology selectively removes dissolved aluminum ions while allowing sulfuric acid to pass through for reuse
  • Up to 85% acid recovery rate significantly reducing fresh acid purchases and spent acid disposal costs
  • PP/FRP corrosion-resistant construction throughout all wetted components for long service life
  • Automated regeneration cycle with programmable timer minimizing operator intervention requirements
  • Compact footprint design allowing installation adjacent to existing anodizing lines without major facility modifications

Applications

Essential for medium to large anodizing plants seeking to reduce chemical costs, minimize waste treatment burden, and improve environmental sustainability metrics. Typical return on investment achieved within 12-18 months of continuous operation.