3D-I; 3D-II
OriginWater
Custom Lightweight Fouling-resistant High-efficiency 3D Flat Membrane for Water Treatment/Wastewater Reclamation
3D membrane combines structual advantage of conventional flat membrane with operation process of hollow fiber membrane that can be backwashed in line, which has a high operation flux, longer service life, hihg packing density and light weight.
The product can be applied in the sewage treatment of municipality and chemical industry, urban water supply, rural sewage treatment and hospital domestic sewage treatment to have premium water productivity. The specification, dimension and size of membrane module and unit can be tailored according to client's requirements, and the related system design and technical service can be provided as well.
Features:
Strong anti-acid-base performance and Long Service life;
Large operation flux; Strong anti-fouling performance and Premium water productivity;
Porous Structure; Evenly distributed flux; Stable permeation quality;
In line backwash; No hair and fiber accumulated;
High packing density; Light weight; Simple installationa and maintenance;
Pulse aeration; Energy saving;
Specification:
| Item | Unit | Specification | ||
| Model | - | -3D-I | -3D-II | |
| Membrane Area | m2 | 0.8 | 1.5 | |
| Materia | Flat membrane | - | PVDF/CPVC | |
| Sealant Resin | - | Epoxy Resin/Polyurethane Resin | ||
| Housing | - | ABS | ||
| Pore Diameter | μm | 0.2 | ||
| Dimension | mm | 1000*490*7 | 1750*490*7 | |
Remark: other specifications can be tailored according to client's requirements.
Operation Conditions:
| Item | Unit | Ref. |
| Filtration Mode | - | Negative Pressure Suction |
| Operation Trans-membrane Pressure Difference | kPa | 15~35 |
| Max. Trans-membrane Pressure Difference | kPa | 50 |
| Temperature Range | ℃ | 5~40 |
| Designed Operation Flux | L/m2·h | 16~25 |
| Backwash Flux | L/m2·h | 15~20 |
| Cleaning pH Range | - | 2~11 |
| Operation pH Range | - | 6~9 |
| MLSS | mg/L | 6000~12000 |
Remark: operation flux will be determined by feed quality and designed conditions.
Custom Lightweight Fouling-resistant High-efficiency 3D Flat Membrane for Water Treatment/Wastewater Reclamation
3D membrane combines structual advantage of conventional flat membrane with operation process of hollow fiber membrane that can be backwashed in line, which has a high operation flux, longer service life, hihg packing density and light weight.
The product can be applied in the sewage treatment of municipality and chemical industry, urban water supply, rural sewage treatment and hospital domestic sewage treatment to have premium water productivity. The specification, dimension and size of membrane module and unit can be tailored according to client's requirements, and the related system design and technical service can be provided as well.
Features:
Strong anti-acid-base performance and Long Service life;
Large operation flux; Strong anti-fouling performance and Premium water productivity;
Porous Structure; Evenly distributed flux; Stable permeation quality;
In line backwash; No hair and fiber accumulated;
High packing density; Light weight; Simple installationa and maintenance;
Pulse aeration; Energy saving;
Specification:
| Item | Unit | Specification | ||
| Model | - | -3D-I | -3D-II | |
| Membrane Area | m2 | 0.8 | 1.5 | |
| Materia | Flat membrane | - | PVDF/CPVC | |
| Sealant Resin | - | Epoxy Resin/Polyurethane Resin | ||
| Housing | - | ABS | ||
| Pore Diameter | μm | 0.2 | ||
| Dimension | mm | 1000*490*7 | 1750*490*7 | |
Remark: other specifications can be tailored according to client's requirements.
Operation Conditions:
| Item | Unit | Ref. |
| Filtration Mode | - | Negative Pressure Suction |
| Operation Trans-membrane Pressure Difference | kPa | 15~35 |
| Max. Trans-membrane Pressure Difference | kPa | 50 |
| Temperature Range | ℃ | 5~40 |
| Designed Operation Flux | L/m2·h | 16~25 |
| Backwash Flux | L/m2·h | 15~20 |
| Cleaning pH Range | - | 2~11 |
| Operation pH Range | - | 6~9 |
| MLSS | mg/L | 6000~12000 |
Remark: operation flux will be determined by feed quality and designed conditions.
