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By employing the IPC membrane technology Pantarein Water can provide the most compact Membrane BioReactor (MBR) system to date in a containerised setup. The membranes are installed inside a custom made filtration compartment while all equipment and instrumentation is installed inside a 20 ft technical container. An MBR filtration unit with a hydraulic capacity of 50 m³/h only requires a footprint of 38 m². Furthermore, the compactness is combined with energy efficiency (0,4 to 0,5 kWh/m³) and a high degree of automation.
This allows easy integration of the MBR unit in an existing wastewater treatment plant to improve the effluent quality or to increase its capacity.
In addition, the performant MBR system can be easily combined with a containerized reverse osmosis (RO) system which allows to produce process water with an excellent quality (drinking water standard). The RO filtration system is also fully automated and like the MBR system it employs several smart measurements to monitor and control the process.
Stable operation is maintained through regular, automated (chemical) cleaning of the membranes. Furthermore, due to the specific design of the MBR system, 88% of the hydraulic capacity will remain active even during a (chemical) cleaning implying that the cleaning of the MBR system has no impact on the operation of the RO system.
The containerized design and small footprint allow for a smooth integration into existing plants offering an easy road to the implementation of water reuse.
Pantarein Water has numerous references in the food and beverage industry providing us with the required knowhow with regard to design and operation of these units.

Pantarein Water offers a wide range of technologies allowing us to provide tailor-made solutions for every size company in the beverage industry.
Small to medium companies are best served by a simple, compact and reliable technology. In this case the client can opt for a granular sludge aerobic batch reactor or an aerobic membrane bioreactor (MBR).
The batch reactor approach offers the advantage that it is a very cost effective solution to the treatment of wastewater. The MBR approach offers the advantage of a superior effluent quality combined with a significantly smaller footprint but these advantages come at a slightly higher cost. In addition it is also possible to install an MBR filtration system afterwards to increase the capacity of a batch reactor thus allowing the wastewater treatment plant to grow with the production site.
An anaerobic system will remove a substantial part of the organic load from the wastewater in a very cost effective way (i.e. low energy consumption and sludge production) while providing the possibility of producing green energy via biogas. The increased complexity of the installation does however require a minimal organic load to render the anaerobic technology economically feasible. The integration of an anaerobic pre-treatment before the aerobic bioreactor is therefore only reserved for bigger production sites.
Companies of all sizes can however increase their sustainability by closing the water cycle through the implementation of water reuse in the production process. This requires the installation of a reverse osmosis (RO) filtration system which in combination with an UF or MBR filtration unit allows the production of water that meets the drinking water standard. By offering solutions with a high efficiency we can keep the operational costs for these installations as low as possible.