Pall - Wastewater Treatment | Filtration Systems - CMP Wastewater | Microza Get latest price

Wastewater Treatment | Filtration Systems - CMP Wastewater | Microza

In Stock

Pall Microza Hollow Fiber Filtration Systems remove all suspended solids from spent slurry wastewater. The clear filtration permeate may be discharged to sewage or, where required, treated to remove varying amounts of dissolved constituents, e.g., copper in copper CMP wastewater. The retained solids may be transferred to an existing sludge treatment system, or to a dedicated system for final dewatering. Pall can also provide fully automated turnkey installations for reclaiming or recycling of the permeate for cooling towers, for raw water, for water suitable for RO make-up, or for water suitable for recycling back to the CMP process. 

Technical Data

• Design Influent: Spent oxide or metal slurry wastewater
• Design TSS: Typically <3 g/L (3,000 ppm or 0.3% by weight)
• Operation Mode: Continuously fed batch
• Automation: Full automation via PLC and Touch Panel HMI
• Typical Footprint (w/o buffer tank):
  • 2 m x 4 m for 8 m³/hr / 35 gpm
  • 4 m x 8 m for 14 m³/hr / 62 gpm
  • 2.7 m x 12 m (two tiered design) for 28 m³/hr / 125 gpm

Performance Data

• Permeate Recovery: > 98% of incoming wastewater
• Permeate Turbidity: < 0.2 NTU
• Uptime: > 99%²
• Module Lifetime: > 2 years
• Cleaning Frequency: typically < 2/year
• Operator Labor: < 15 min/day
• Chemical Dosage: none³

2 Uptime =(Volume of treated wastewater)/(Volume of available wastewater) x 100%
Not including chemical cleaning.
3 Except for occasional chemical cleaning.

Read more...

To contact Pall Australia about Pall Wastewater Treatment | Filtration Systems - CMP Wastewater | Microza use Get a quote.

Pall Microza Hollow Fiber Filtration Systems remove all suspended solids from spent slurry wastewater. The clear filtration permeate may be discharged to sewage or, where required, treated to remove varying amounts of dissolved constituents, e.g., copper in copper CMP wastewater. The retained solids may be transferred to an existing sludge treatment system, or to a dedicated system for final dewatering. Pall can also provide fully automated turnkey installations for reclaiming or recycling of the permeate for cooling towers, for raw water, for water suitable for RO make-up, or for water suitable for recycling back to the CMP process. 

Technical Data

• Design Influent: Spent oxide or metal slurry wastewater
• Design TSS: Typically <3 g/L (3,000 ppm or 0.3% by weight)
• Operation Mode: Continuously fed batch
• Automation: Full automation via PLC and Touch Panel HMI
• Typical Footprint (w/o buffer tank):
  • 2 m x 4 m for 8 m³/hr / 35 gpm
  • 4 m x 8 m for 14 m³/hr / 62 gpm
  • 2.7 m x 12 m (two tiered design) for 28 m³/hr / 125 gpm

Performance Data

• Permeate Recovery: > 98% of incoming wastewater
• Permeate Turbidity: < 0.2 NTU
• Uptime: > 99%²
• Module Lifetime: > 2 years
• Cleaning Frequency: typically < 2/year
• Operator Labor: < 15 min/day
• Chemical Dosage: none³

2 Uptime =(Volume of treated wastewater)/(Volume of available wastewater) x 100%
Not including chemical cleaning.
3 Except for occasional chemical cleaning.

Read less...

To contact Pall Australia about Pall Wastewater Treatment | Filtration Systems - CMP Wastewater | Microza use Get a quote.

CMP1b_Microza_Filtration(0.16MB)