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Mechmann's SBR system is designed for batch treatment of waste water. It's an excellent choice for systems with limited operator attention or experienced operator, and systems that require extremely close control of effluent quality such as for removal of nutrients. Provides the highest water quality surpassing regulatory requirements. Requires a small footprint. Eliminates abusive odor(all treatment is underwater).Requires minimum power(Most treatment is during idle)Requires minimal maintenance(Few moving parts)

Mechmann's packaged wastewater treatment plants can be quickly set up in virtually and location.They are pre assembled, skid-mounted and factory tested with less requirements for installation and reduced on site construction costs.

The multi-stage treatment process includes screening, diffused aeration, clarification, sludge recirculation,sludge digestion,filtration, and disinfection. Preengineered modular components such as diffused air blowers, aeration tanks, sludge holding tanks,clearifiers, and disinfection units allow for the package plants to be sized specifically for the customer's application

Mechmann's Enhanced Membrane Bioreactor(EMBR) systems consists of an activated sludge extended aeration biological treatment process and Ultrafiltration(UF) mambrane system for the separation of activated sludge from treated effluent. EMBR is an external MBR system. The UF membrane is positioned outside the bioreactor tank.MBR is capable of meeting the most stringent effluent water quality standards.More importantly,the effluent quality is highly cinsistent with the membrane barrier and a more stable biomass.

Mechmann's latest pre-engineered containrized wastewater treatment systems for municipal, onsite and industrial applications. The inovative submerged membrane biological reactor (MBR):a systems that provides end-user with high-quality treatment performance,minimal operational requirements,and a robust design that will stand the test of time

Systems come in standard and custom designs, and result in smaller footprints than conventional systems. The submerged membrane eliminates the need for clarifiers and sand filters, and it produces significantly better effluent quality. integral zones can be added to meet particular effluent goals,including nutrient removal,disinfection, and sludge holding and post aeration.