Source (L/R) Cembrane / CERAFILTEC
PRODUCTS Single Modules - Available Series* Single Plate and Multi Plate Water Collector Designs
COMPANY
Cembrane
All About Ceramic Flat Membranes
Last update: 12/2017
© 2015
PICTURE/DRAWING
* Single Plate and Multi Plate design providers alphabetically listed 
SINGLE PLATE WATER COLLECTOR DESIGN (SINGLE CERAMIC PLATES ARE GLUED)
CORE SPEC’S
Asymmetric membrane structure with filter active layer coating on the outside, SiC Silicon Carbide Membrane material, Glass fiber/PPS Water Collector material, Filter active layer coating with pore size of 0.10 µm, Filter area: 6.04 m², Max. module flux = 1,000 LMH, Max. filtration pressure = - 0.70 bar, Max. backwash pressure = 3.00 bar, pH range = 0 - 14, Specials: Single plates assembled into housing which is comparable with Multi Plate Water Collector concept
Source: Cembrane cembrane.com
Meiden
Asymmetric membrane structure with filter active layer coating on the outside, Al2O3 Alumina Membrane material, PVC Water Collector material, Filter active layer coating with pore size of 0.10 µm, Filter area: 0.5 m² Max. module flux = 450 LMH, Max. filtration pressure = - 0.70 bar, Max. backwash pressure = 3.00 bar, pH range = 2 - 12, Specials: Vertical assembling of single plates directly into steel rack
Source: Meiden meidensha.co.jp
Ceraflo
MULTI PLATE WATER COLLECTOR DESIGN (ALL CERAMIC PLATES ARE GLUED TO ONE BLOCK)
Asymmetric membrane structure with filter active layer coating on the outside, Al2O3 Alumina Membrane material, ABS Water Collector material, Filter active layer coating with pore size of 0.10 µm, Filter area: 3.5 m² / 4.5 m² Max. module flux = N/A, Max. filtration pressure = - 0.50 bar, Max. backwash pressure = N/A, pH range = 2 - 12, Specials: Single plates assembled into housing which is comparable with Multi Plate Water Collector concept
Source: Ceraflo ceraflo.cn
ItN Water Filtration
Asymmetric membrane structure with filter active layer coating on the outside, Al2O3 Alumina Membrane material, PU Water Collector material, ZrO2 filter active layer coating with pore size of 0.20 µm, Filter area: 4.0 m² Max. module flux = 450 LMH, Max. filtration pressure = - 0.70 bar, Max. backwash pressure = 4.00 bar, pH range = 2 - 10, Specials: Complete Water Collector fully made in PU material, module-internal 4 channel piping with O-ring connection to other modules
Source: Published poster Exhibition SWPF 2013
Liqtech
Asymmetric membrane structure with filter active layer coating on the outside, SiC Silicon Carbide Membrane material, PU Water Collector material, Filter active layer coating with pore size of 0.10 µm, Max. module flux = 700 LMH, Max. filtration pressure = - 0.70 bar, Max. backwash pressure = 3.00 bar, pH range = 1 - 14, Specials: Complete Water Collector fully made in PU material, 2-side filtered water outlet connections
Source: Liqtech liqtech.dk
COMPANY
PICTURE/DRAWING
CORE SPEC’S
CERAFILTEC
Asymmetric membrane structure with filter active layer coating on the outside, SiC Silicon Carbide Membrane material, Glass fiber/PPS Water Collector material, Filter active layer coating with pore size of 0.10 µm, Filter area: 6.0 m², Max. module flux = 1,500 LMH, Max. filtration pressure = - 0.70 bar, Max. backwash pressure = 2.00 bar, pH range = 0 - 14, Specials: Single plates assembled into housing which is comparable with Multi Plate Water Collector concept, injection molded GFRP module housing without any metal parts, module-internal 4 large-sized filtered water channels for extreme high flux performance, integrated rack frame (module edges), hot water module (red color) for filtration of boiling water (up to 99°C)
Source: CERAFILTEC cerafiltec.com
OVIVO
Asymmetric membrane structure with filter active layer coating on the outside, SiC Silicon Carbide Membrane material, Glass fiber/PPS Water Collector material, Filter active layer coating with pore size of 0.10 µm, Filter area: 7.55 m² Max. module flux = 1,000 LMH, Max. filtration pressure = - 0.70 bar, Max. backwash pressure = 2.00 bar pH range = 1 - 13, Specials: Single plates assembled into housing which is comparable with Multi Plate Water Collector concept; Fully made in plastic
Source: Ovivo ovivowater.com