The MEMCOR® MemPulse MBR enables municipal and industrial wastewater treatment plant owners and operators to achieve superior effluent quality with up to 60% reduction footprint when compared to conventional activated sludge plants and at a lower total cost of ownership than competitive MBR processes. MemPulse MBR incorporates an aeration device that reduces energy consumption by up to 60% and a modular rack design that saves 30% on the footprint for the membrane operating system.
NEOSEP® is a new generation membrane bioreactor that uses enhanced biological treatment (activated sludge) and immersed membrane filtration to produce water quality suitable for recycle and reuse in municipal and industrial applications.
The Pentair X-Flow UF membrane system provides a simple solution producing water that meets the highest standards for turbidity and micro biology
The Aqua-Aerobic® MBR process specifically utilizes a unique time-managed, sequential aeration process to promote biological nutrient removal within a simplified unit process
Veolia Water Technologies provides innovative solutions and technologies, technical expertise and project management services for water and wastewater treatment systems. Our work scopes range from treatment evaluations to full-scale system design and turnkey installation. Our integrated solutions are offered through a variety of flexible project delivery options including Engineer and Procure (EP), Design Build (DB), and Design Build Operate contracts.
The AquaMB Process® is a multiple barrier system that integrates biological treatment with dual barrier filtration consisting of cloth media and external membrane separation.
3M Liqui-Cel Membrane Contactors can reduce operating costs, lower maintenance, and simplify dissolved gas control using a small device that enables high performance and compact system design.
Liqui-Cel MM Series products can save the time and expense associated with inaccurate analyser readings in laboratories and testing facilities by removing dissolved gases from water and other fluids. By removing air, these devices also prevent bubble formation which can potentially alter to composition of the solution be analysed.
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