m-MBBR - www.rsewater.com

Setting the Standard in Modular Wastewater Treatment

With its high biomass concentrations and longer sludge retention times, it effectively handles load variations, toxicity, and achieves high quality treated water

MBBR^® technology is an efficient, adaptable and resilient process that combines excellent performance with exceptional levels of process security.

RSE MBBR^® systems use carrier biofilm technology that has continually improved and developed, over more than 30 years of global operating experience. Our bespoke and modular solutions, successfully treat wastewater flows of over 150,000m3/d down to as little as 25m3/d.

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RSE’s m-MBBR^® modular water recovery solutions benefit from the same proven technology and process knowhow that is successfully used in our full-scale turnkey projects.

The full range of m-MBBR^® modules are designed and fabricated at our main UK manufacturing facility near Inverness, where our extensive off-shore oil and gas design and engineering experience, is combined with our renowned reputation for providing innovative solutions to the municipal and industrial water and wastewater sectors.

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Proven to provide a number of important operational benefits compared to other wastewater treatment processes.

RSE’s m-MBBR^® modular systems in our evo range are available in three standard sizes, with four different configurations available for each size of module.

Constructed and tested at our state-of-the-art modular assembly facilities across the UK using the very best of low carbon manufacturing methods and carefully sourced materials.

RSE m-MBBR^® modules can be readily combined to provide increased operating capacity.

We are able to provide a Vinyl Wrap of our MBBR^®to meet your local environment requirements.

m-MBBR^® modular water recovery solutions are available on a capital and rental basis*.

*Minimum rental period required

m-MBBR^® Design and Manufacture

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Designed and manufactured at our main UK manufacturing facility near Inverness, m-MBBR^® modular systems in our evo range are available in three standard sizes, with four different configurations available for each size of module.

All standard evo m-MBBR^® systems can be transported to site using conventional road transport and be made fully operational within a short period of time, making them suitable as permanent installation or temporary solution.

Available Sizes:

67%

99.9%

14m x 2.5m x 3.0m (3.5l/s max capacity)

15m x 3.6m x 3.0m (6.0l/s max capacity)

18m x 4.0m x 3.5m (10.5l/s max capacity)

88%

MBBR^® systems offer up to a 67% reduction in embodied carbon, compared to traditional Activated Sludge solutions.

106%

MBBR^® systems successfully treat wastewater flows of over 150,000m3/d down to as little as 25m3/d, a reduction of up to 99.9%.

The standard m-MBBR^® module is configured as a 3-stage biological reactor with an integrated 2-Phase solids separation stage. Dividing the biological reactor into 3 separate but interconnected stages is proven to improve BOD removal efficiencies.

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The first stage reactor of the m-MBBR® is configured as an anoxic zone, where denitrification of the nitrified liquors from the third stage reactor takes place. The second stage reactor is dedicated to BOD removal, with additional BOD and ammonia reduction achieved in the third stage reactor prior to the 2-Phase solids removal stage.

This configuration of m-MBBR® will also provide beneficial levels of alkalinity within the treated water discharge.

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The standard m-MBBR^® module is configured as a 3-stage biological reactor. The first and second stages are used for BOD reduction. The third and final stage is used for nitrification of the treated wastewater prior to the 2-Phase solids removal stage.

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For existing works that are failing to meet ammonia discharge consents, the m-MBBR^® can be configured to provide a very cost effective nitrification stage that can be operated as a stand-alone facility or integrated within the existing works as a side-stream reactor.

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