WASTEWATER MEMBRANES RESOURCES

  • When To Replace Your RO Membrane

    On the surface, it might seem that knowing when to replace the membrane elements in a reverse osmosis (RO) system would be simple. In attempting to keep it simple, many companies will use one or more of the following guidelines for replacing their membrane.

  • High-Flux Membrane Filtration For Oil And Water Separation

    Environmental regulations and water scarcity have created a need for economical water treatments that increase reuse. This paper will review the new PPG membrane that has a unique composite single-layer microstructure that provides high-flux, excellent separation capabilities and exceptional durability to improve the filtration and recovery of industrial wastewater.

  • High-Flux Polymeric Membrane For Industrial Water Separation

    Water is essential to numerous industries such as chemical manufacturing, automotive production, oil and gas refinery and power generation, yet the increasing scarcity of this precious resource makes its recovery from these activities more critical than ever.

  • Pros And Cons Of Different Types Of Ultrafiltration Technology Configurations

    Ultrafiltration systems can be engineered and designed in several possible combinations based on the application and source water quality. There are different membrane materials, membrane shapes, flow types, and configurations.

  • Ultrafiltration vs. Microfiltration

    Which process should you choose for your application?

  • Common Problems Of Ultrafiltration System Operations

    One facet of technological advancement is attempting to mitigate the more glaring issues that consistently crop up due to the nature of a system process. Of course, even with decades of improvement nothing is infallible. In this article, we will discuss the common issues that can occur using UF filtration systems.

  • How To Choose A UF Water Treatment System For Your Facility

    Ultrafiltration (UF) water treatment systems have many possible combinations between the types of membrane configurations, flow patterns, aeration, and submergence. Each design consideration for a UF system has its own benefits that would work for a particular industrial/commercial application, and disadvantages that would work against it.

  • Pros And Cons Of Tertiary RO Wastewater Recycling For Municipal And Industrial Organizations

    Tertiary reverse osmosis (RO) wastewater recycling has become a suitable solution to augment water supplies to combat water scarcity across the world. RO desalination in tertiary wastewater processes has proven to provide a cost efficient way to reuse water for both municipalities and industrial organizations.

  • Seawater Reverse Osmosis Plant Design: Important Criteria To Consider

    When designing anything, whether it be a machine, a program, or a process, there are always a few key factors to consider that can determine the validity of the design. Over the past decade, water and wastewater treatment methods have been focused on developing solutions for the water scarcity epidemic with additional emphasis on sustainability. Seawater reverse osmosis (SWRO) plant design requires careful analysis with several criteria to consider in the design of these systems.

  • What Is The Importance Of Pretreatment For Industrial Reverse Osmosis Water Treatment?

    Your body is a machine. Like most machines, you have to properly maintain your body in order for it to function properly. Along with regular cleaning and checkups, you also have to be cognizant of what food you put into your body or else it won’t work at its maximum potential. An industrial reverse osmosis water treatment system actually works in quite a similar way.

WASTEWATER MEMBRANES SOLUTIONS

  • designFluence

    Are you looking for a water treatment or wastewater treatment solution? Select below to begin this quick, 5-step process to design the right Fluence solution for your needs.

  • MBR Wastewater Treatment Pilot System For Water Recovery & Reuse: RTS-513

    This compact, easy-to-operate newterra Membrane Bioreactor (MBR) system combines activated sludge biological treatment with our advanced MicroClear™ UF flat sheet membrane. The system, which includes features of our modular, scalable solutions, can be quickly integrated for piloting the treatment of wastewater with BOD5 levels of up to 1,500 mg/L. The treated permeate is suitable for reuse in mining and metallurgical processes, industrial processes, crop irrigation and other applications. It includes a single skid containing all pumps, controls and the membrane tank, and a separate 1 m3 anoxic tank and 3.75 m3 aerobic tank.

  • High Capacity MBR Sewage Treatment System: WWT-1000+

    This compact, easy-to-operate newterra Membrane Bioreactor (MBR) system combines activated sludge biological treatment with our advanced MicroClear™ ultrafiltration flat sheet membrane technology. The self-contained, high capacity system is comprised of four ISO-certified 40' shipping containers (high cube) and requires an area of only 15 x 15 m (excluding equalization tank/lagoon and permeate storage).

  • Convertible Sewage Treatment System: WWT-12/30

    The newterra WWT-12 is a stand-alone treatment plant capable of treating all sewage for remote camps with populations of up to 50 people. The self-contained system is housed in a single ISO-certified 40' high cube shipping container and built to endure extreme weather. 

  • PROflex™ Reverse Osmosis Systems

    SUEZ has delivered over 1000 PRO Series Reverse Osmosis (RO) systems since its launch over a decade ago. The PRO has always been known as a rugged, industrial RO, capable of delivering consistent product water over years of operation. The PROflex line originated in feedback from our many customers on how to make the PRO even better.

WASTEWATER MEMBRANES VIDEOS

For more than 30 years, Aqua-Aerobic has provided thousands of industry professionals with education and training through the company’s highly-regarded technical seminar program. Our industry-known seminar is ideal for those individuals involved in the design, application, procurement and operation of water and wastewater treatment plants.