That is where Vocee Membrane comes up with their new technology called the Submerged Membrane Bioreactor (SMBR). This kind of technology is revolutionizing wastewater treatment across the globe. Wastewater treatment is essential to people and the environment we live in. So, if you are interested in what exactly SMBR technology is, how does it work, why is it necessary to clean water in present times, let us deep dive into this text.
SMBR proves a robust and effective treatment solution for wastewater. It purifies water in a smart, efficient, and safe manner. The best thing about this technology is that it is available in a small size. So, it doesn’t take up a ton of space, but it’s still capable of cleaning a lot of water. As a result, it is ideal for extremely large water treatment facilities that process a large amount of water, as well as smaller facilities that are more modest in scale. Wastewater treated by membrane bioreactor technology is of extremely high quality. The water that we get high quality in return can be used for other works like watering the plants, mixing with others water bodies, drinking, etc. The versatility makes SMBR technology suitable for any water treatment facility regardless of size.
As opposed to SMBR technology which employs various types of membrane as reactor and separation device. A significant portion of this process will be biological treatment, which takes place in oceans or deep pits utilizing small living organisms, such as bacteria. This process involves these microorganisms breaking down dirt, germs and other contaminants in the water. Physical Filtration comes after biological treatment. And that’s where the membranes come in. They function as tiny filters, retaining solid waste and other contaminants in the water. Moreover, SMBR technology utilizes durable and high-quality materials to fabricate Membrane Bio-reactor(MBR) that can effectively eliminate even the most minute contaminants that conventional water treatment techniques fail to address. This 2-step process ensures that any and all water is treated and works correctly.
SMBR systems can handle high volumes of wastewater. That means they can be used to treat water from cities, factories and farms and are highly versatile. Part of what makes these systems so effective is their scalability. This means that they could be adapted to operate in health facilities of various sizes. Their small footprint and high treatment capacity lead to lower land and demand of resources like energy and chemicals. The whole Membrane module treatment becomes faster and more efficient by the use of submerged membranes in cleaning the wastewater. This saves time but also saves money for the facilities that use this technology..
SMBR technology is eco friendly and sustainable, which is one of its key advantages. It uses less energy, fewer chemicals and less water than conventional wastewater treatment methods. It allows for environmental preservation by extracting harmful bacteria and contaminants from the water so that it can be safely returned to the natural world. This is important because it helps keep our rivers, lakes and oceans clean and safe for wildlife and people. In addition, SMBR technology permits water treatment reuse. So, this lessens the stress on our precious freshwater sources—water is becoming a more pressing concern globally as our populations grow and water availability diminishes.
VOCEE Company, with over 20 years of membrane separation technology as its foundation and an experienced technical team, has been dedicated to solving your water treatment and liquid clarification and concentration problems.
VOCEE supports for reasonable changes to the equipment during the production process.Before the equipment leaves the factory, we can conduct tests on it using water of the same quality as in the actual to ensure that it meets the expected requirements.In case of any issues, Respond quickly within 12 hours and offer solutions within 24 hours. and the replacement parts will be sent out within 72 hours if required.
Utilizing high-quality configurations and targeted designs to reduce membrane system clogging and extend the system's service life.
The equipment is modular, easy to install, maintain and expand; high reliability and low failure rate with components from major brands and advanced manufacturing processes; compact integrated design with small floor space.