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提示信息| 设备重量： | 24 | 滤膜类型： | 超滤膜 |
| 适用对象性质： | 弱腐蚀性 | 适用对象： | 水 |
| 规格： | 根据工程而定 | 适用范围： | 化工,石油,制药,汽车,轻工,食品,选矿,水处理,电镀,冶金,染料,纺织,其他 |
| 品牌： | SATI | 用途： | 固液分离 |
| 性能： | 高效过滤,高效过滤 | 滤料类型： | SATI BIO-CEI浸入式膜组 |
MBR膜生物反应器技术
膜生物反应器(MBR)是致力于下一代的废水处理过程，得益于SATI BIO-CEI浸入式膜组件成功替代传统的沉淀池，使得活性污泥处理过程中分离固/液体(生物质/净水)的设备更紧凑且更有效。MBR过滤器高效，可靠且面向未来市场。超滤膜的使用明显增强净化率, 排出液完全不含任何固体物质和细菌。
MBR更有效，可靠，且是着眼于未来的解决方案，因为其极大地提高处理后水的质量，通过超滤膜的使用，使得水质更清澈，没有固体杂质和细菌。
MBR优势
l 彻底去除细菌和固体物质（对膨胀不敏感）
l 有效去除病毒
l 高污泥承载
l 产量卓越，降低了过剩污泥的沉积时间
l 去除非降解有机物
l 尺寸减小
膜组件是“生物/净化水”净化过程基于活性污泥悬浮物错流净化的机制上，向上运动，平行于膜表面，液体通过膜到TMP层。
尺寸减小
膜组件可浸入生物反应器中，消除最终沉淀物，高活性污泥的集中性减小了生物反应器的尺寸
高净化表现
超滤膜的使用保证了活性生物和悬浮固体及细菌的彻底分离，反应器中的膜组件具有极高的污泥集中性，保证了氮和有机成分的最有效去除
能量效率
膜组件，代替了传动的空心纤维组件，提供了更高的能量效率，较低的跨膜压力和较高的空气清洁能力。
TECHNOLOGY - MBR:
The Membrane Bioreactors (MBR) represent the new generation of treatment processes of the wastewater, using membrane modules underwater which substitute successfully the sedimentation tanks in the traditional process with active sludge to permit the separation solid/liquid (biomass/treated water) with the result to have an implant more compact and efficient.
The MBR implants are the most efficient, reliable and future oriented solution which consent to obtain a big improve in the treated water quality, with a limpid drain and with no solid and bacteria, through the ultrafiltration membrane usage.
MBR IMPLANTS BENEFITS
l Complete removal of bacteria and solids (insensible to bulking problems);
l Efficient virus removal;
l High load of sludge;
l Excellent yields and lower production of detoxifying excess sludge to the high sludge age (SRT);
l Removal of non biodegradable organic compounds;
l Reduced dimensions.
The membrane modules base the separation process “biomass/depurated water” on the cross-flow depuration mechanism between the active sludge suspension, moving upward and parallel to the surface of the membrane, and the liquid phase, which passes through the membrane under the trans membrane pressure (TMP).
REDUCED DIMENSIONS.
The membrane modules can be immersed in the biological reactor, eliminating the finale sedimentation tanks clutter. The high active sludge concentration reduces the biological reactor dimensions.
HIGH DEPURATION PERFORMANCES
The ultra filtration membrane usage guarantees the complete separation between the active biomass and the suspended solids and bacteria. The membrane modules are used in the reactors with a high sludge concentration, guaranteeing the best biological removal of nitrogen and organic components.
ENERGETIC EFFICIENCY
The membrane modules, instead of the classical hollow fiber modules, offer a higher energetic efficiency, given the lower trans membrane pressure and the high air cleaning action
