Membrane BioReactor Machine 10000 GPD - Saudi Arabia

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Water Challenges: Sewage water is highly toxic to the environment due to its extremely high concentration of contaminants. Pollution is caused when sewage water seeps into waterways which drastically reduces the water quality. Health organizations estimates that over 80% of untreated sewage water returns back into the ecosystem, which contributes to the occurrence of contaminated water throughout various water sources. When these water sources are exposed to human beings, the risks of diseases arising are exponentially increased as a result of the bacteria, viruses and biological organisms that infest the waters. Consequently, wastewater treatment such as membrane bioreactors are utilized to decontaminate these water bodies, and allow for water reuse and recycling.

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Applied Solution: This Membrane BioReactor (MBR) machine was supplied to a major company in Saudi Arabia. The machine was designed to produce 10,000 GPD. From its initial start-up, the machine has been operating accordingly with minimal trouble-shooting. The Membrane BioReactor (MBR) is a qualified sewage treatment machine using Pure Aqua’s water treatment expertise with Toray’s submerged membrane technology.

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The membrane separation process takes out the conventional sedimentation tank and permits high volumetric loading, concluding with a smaller footprint. The MBR can generate superior quality effluent with high BOD5 removal (about 98%), complete nitrification and semi de-nitrification and accomplishes virtually complete TSS removal. Membrane bioreactor (MBR) deals with a specialized wastewater treatment technology designed for different municipal and industrial applications with plant sizes that approach 48 million liters per day. Membrane bioreactor machines are introduced in applications such as water reuse, turnkey projects, new housing developments, retrofits, parks, and hotels. It comes across between ultrafiltration or microfiltration with a suspended growth bioreactor. When there is a lot of demand for recycling wastewater and stricter environmental regulations, membrane bioreactor machines would be rational solutions for current and future wastewater treatments. They have specialized features such as simplicity of replacing elements, lowered module height, and fine-bubble air diffusers. Each single element within the MBR can be easily taken out when it needs to be inspected or replaced. The module height of a membrane bioreactor machine is lowered to suit containerized package systems and several applications with height limitations. Fine-bubble air diffusers extremely help MBRs by massively decreasing the daily cleaning operation of air diffusers and raising the efficiency of oxygen dissolution. MBR technologies can generate effluent of high quality enough to be dumped to coastal, surface or brackish waterways or to be recollected for urban irrigation when being used with domestic wastewater. MBR has other advantages such as small footprint, simple retrofit and upgrade of old wastewater treatment plants. MBR technologies can function at higher mixed liquor suspended solids (MLSS) concentrations similar to conventional settlement separation systems, therefore, decreasing the reactor volume and achieving the same loading rate. 

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