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GPT - Membrane Bioreactor (MBR) for Wastewater Treatment and ZLD
Green Pebble Technologies, based in India, is a leading provider of Membrane Bioreactor (MBR) systems, essential for modern wastewater treatment and zero liquid discharge applications. Their MBR systems utilize reinforced polyvinylidene fluoride (PVDF) hollow fiber membranes distinguished by high mechanical strength and energy efficiency in low-pressure environments. These systems integrate submerged ultrafiltration membrane filters with a specifically designed bioreactor, employing activated sludge to decompose nutrients, thus enhancing overall operational efficiency while minimizing the spatial footprint. The advanced MBR modules can efficiently replace conventional multistage wastewater treatment setups with a single, modular solution, offering flexibility across various applications and capacities. Notably, these modules provide high flux and long intervals between chemical washes, making them an excellent choice to meet stringent environmental regulations. The MBR technology not only reduces the need for settling tanks but also manages high sludge retention time, delivering immaculate treated water ideal for regulatory compliance in sewage and effluent treatment processes.
GreenPebble Technologies (GPT) is India's leading MBR membrane manufacturer and supplier. We are an innovation-driven water and wastewater treatment plant manufacturer and supplier. Our compact and efficient sewage and effluent treatment plants deliver on improved water and energy efficiency with minimal life cycle costs.
Membrane Bioreactor (MBR Technology) is made up of the combination of submerged type Ultrafiltration (UF) membrane filter in either hollow fiber or flat sheet configuration.
MBR system also integrates biological aeration comprising of activated sludge to decompose incoming nutrient load. This configuration significantly improvises overall operational effectiveness and reduces space requirements.
GreenPebble Technologies’ proprietary MBR system utilizes reinforced PVDF hollow fiber membranes as a submerged module. GPT's MBR modules are suitable for a variety of applications and capacities and they come with flexible designs for easy installation.
GPT's MBR plant system integrates a submerged hollow-fiber membrane with a specifically designed bioreactor system that breaks down complex substances in wastewater and the MBR membrane filters out product water. Our MBR system can replace a conventional wastewater treatment system comprising multistage operations with a more modular, easily deployable and integrated solution that is easily maintained and operated.
GPT's proposed MBR system consists of a primary treatment screening stage followed by MBR membrane module- thus reducing operational footprint and improving process performance. To get even further purification, it is possible to treat MBR product water by adding a Nanofiltration (NF) or Reverse Osmosis (RO) stage.
Solid substances larger than 0.03 microns are removed by the membrane and clear treated water, having almost no solid particles and harmful pathogens- is recovered. Due to its increased reliability and excellent product water quality, MBR is an ideal technology to meet strict environmental compliances.
Membrane Bioreactor (MBR) technology is mostly preferred as it eliminates the requirement of additional settling tanks and reduces the overall asset footprint compared to the conventional size and it results in an overall cost-effective solution.
GPT's MBR Module Features
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High operation flux
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Energy saving with high productivity in low pressure
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Long chemical wash intervals
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Cost-effective operation
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Reinforced fiber offering high mechanical strength
Applications
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Water Treatment Plants for Organic Nutrient Decomposition
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Recovery of Foods and Beverage Products
Advantages of MBR Technology
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Compact biological system improving space efficiency
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Able to manage high sludge retention time (SRT)
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Excellent quality of product/treated water making it suitable for the ZLD system
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Ability to treat and recycle complex effluents
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Suitable for STP application to meet regulatory requirement
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Robust and reliable technology