Next-Generation Wastewater Treatment

H2O CERAspin Dynamic Ceramic Crossflow Filtration

Patent-protected rotating disc technology that eliminates membrane fouling without air scouring. Delivers bacteria-free permeate with more than 15% lower lifecycle cost compared to conventional MBR systems.

15%+
Lower Lifecycle Cost
5-200nm
Pore Size Range
0.6 kWh
Per m³ Permeate
CERAspin Module
Patent Protected

Dynamic Crossflow Filtration Principle

The unique rotating disc design creates shear forces that continuously clean the membrane surface, preventing fouling without energy-intensive air scouring.

CERAspin Working Diagram
1

Rotating Ceramic Discs

Ceramic or polymer membrane discs rotate within pressurized fibreglass vessels, creating a dynamic filtration environment.

2

Wastewater Circulation

Active sludge enters the Membrane Filtration Unit (MFU) and circulates around the rotating disc wagons.

3

Nano/Ultrafiltration

Clean permeate passes through the membrane discs (5-200nm pore size) and is transported through hubs to the permeate shaft.

4

Self-Cleaning Action

The rotation creates shear forces that continuously clean the membrane surface, eliminating fouling without air scouring.

Why Choose CERAspin

No Air Scouring Required

The unique rotating principle eliminates the need for energy-intensive air scouring, significantly reducing operational costs.

Patent-protected technology
Continuous self-cleaning

Chemical Resistant Ceramic

Ceramic discs withstand harsh chemicals and aggressive CEB/CIP cleaning treatments, ensuring long operational life.

Fibreglass vessels
Silicon-carbide bearings

Water Reuse Ready

Produces bacteria-free, extremely high-quality permeate that is suitable for water reuse applications.

Bacteria-free permeate
High MLSS tolerance

Plug & Play

Modular design with factory-tested modules for fast deployment

Remote Monitoring

Minimal onsite personnel required with remote control capability

Compact Design

Closed, space-efficient design ideal for constrained sites

Retrofit Ready

Suitable for both greenfield and retrofit installations

Technical Specifications

MFU Module Specifications

Dimensions (LxWxH) 11500 x 1125 x 2480 mm
Weight (dry) ~7 tons
Wagons per MFU 5 wagons (180 discs total)
Pressure Rating 5.5 bar (80 psi)
PLC Control Profinet enabled

Performance Specifications

Pore Size Range 5-200 nm
Flux Rate (avg/peak) 40/80 LMH
Power Consumption 0.6 kWh/m³
MLSS Tolerance 0-40 kg/m³
Pre-dewatering 4-8% dry matter

Disc Type Comparison

Disc Type Average Capacity Peak Capacity Best For
Ceramic Discs 10 m³/h (45 gal/min) 20 m³/h (90 gal/min) Harsh wastewater, chemicals, high wear environments
Polymer Discs 13.5 m³/h (60 gal/min) 27 m³/h (120 gal/min) Applications without frequent chemical cleaning

Industry Applications

Municipal Wastewater

1,500 - 5,000 Person Equivalent (PE)

  • • Decentralized treatment plants
  • • Water reuse applications

Food & Dairy Industry

100 - 1,000 m³/day capacity

  • • Milk powder production
  • • Food processing wastewater

Pharmaceutical/Biotech

High-purity permeate requirements

  • • Active pharmaceutical ingredients
  • • Biotech process water

Hospital Wastewater

Pathogen & pharmaceutical removal

  • • Antibiotic-resistant bacteria
  • • Pharmaceutical compounds

Chemical Industry

Harsh chemical environments

  • • Process water treatment
  • • Chemical recovery

Digester Effluents

High solids concentration

  • • Biogas plants
  • • Anaerobic digestion

Pilot Testing Available

We offer containerized pilot testing units to validate performance with your specific wastewater before full-scale implementation.

Pilot Container Specifications

Container Size: 20' standard
Weight: 12 tons
Max Flow (Ceramic): 500 L/h
Membrane Area: 6 m²
Pore Sizes: 5nm, 30nm, 200nm
RO Membrane: 2 x 37 m²
Download Pilot Specifications

Reference Installations

Arla Vimmerby

Sweden - Dairy Plant

400 m³/d

Hemsedal (Ulsaak)

Norway - Municipal Retrofit

17 m³/h

Herlev Hospital

Denmark - Hospital WW

560 m³/d

Bjerringbro WWTP

Denmark - Full-scale Test

200 m³/d

Ready to Transform Your Wastewater Treatment?

Contact our technical team to discuss your specific requirements and learn how CERAspin can deliver 15%+ lower lifecycle costs for your application.