Wastewater Membranes Resources
-
MABR Is The Big Cheese For This Dairy Farming WWTP
1/29/2018
Hayogev is a residential development in the rural area of Jezreel Valley, with 1000 homes, agricultural fields and dairy farms. Located in an open field next to small farms, the local treatment facility handles wastewater from HaYogev and Midrach Oz. The customer was looking for a localized wastewater treatment solution to replace the existing pond system, which faced difficulties in treating the wastewater due to high levels of nutrients. A new state-level regulation concerning reclaimed water required the wastewater treatment plant (WWTP) operator to reduce the nutrients in the effluent stream. The solution had to be odorless and quiet, have low power consumption, and use the existing pond and structure.
-
Denitrification Technology Significantly Improves Polluted Chesapeake Bay Watershed
11/14/2017
The 64,000 sq ft Chesapeake Bay Watershed includes parts of MD, VA, WV, PA, and NY. Of the 1,000s of WWTPs supporting nearly 18 million people in the watershed, 470 are designated by EPA as significant sources of nutrients and TSS. Algal blooms reduce DO levels in the water, killing plant and animal life — from marsh grasses to blue crabs to rockfish. Learn how De Nora TETRA Denite technology is treating 450+ MGD in the Bay.
-
Protecting Water Resources: A Multifaceted Approach
11/7/2017
As the cost of and demand for potable water increases, engineers, planners, and utilities need reliable, innovative methods for protecting this valuable resource. Cost-effective and environmentally sustainable wastewater collection and treatment systems are vital components in the water cycle and therefore require careful analysis. While there is no single solution for every site or community, traditional ‘big-pipe’ systems are rarely appropriate in sensitive environments; fortunately, today there are more options than ever to consider.
-
Fluence’s MABR For Wastewater Treatment features Passive Aeration And Saves Up To 90% On Energy Costs
10/26/2017
The Bordeaux region of St. Thomas had a pressing need for a wastewater treatment plant that produces high effluent quality. Its existing plant was old and did not meet regulation nor industry standards. Fluence, together with its partner SD&C Inc., built an MABR-based wastewater treatment plant from the ground up, utilizing whatever existing pieces of equipment could be used from the old plant.
-
Latest Trends And Developments In The Global Water Treatment Equipment Market
10/18/2017
Even though 70 percent of our planet is made up of water bodies, yet the world is facing a dire scarcity of water, a basic necessity of life. More than 97 percent of the water resources available are in the form of saline water in the seas and oceans. Water is always at a high risk of getting contaminated/polluted. With rapid urbanization and demographic growth across the globe, the world has seen a staggering rise in the number of industries.
-
A Fouling-Free Filter For Produced Water
10/18/2017
Hydraulic fracturing is a hot-button issue, but no matter where you land you should agree that more efficient produced water filters will go a long way in improving the practice.
-
Why RO Plants Need Pretreatment
10/6/2017
Reverse osmosis (RO) is today among the most commonly used water purification technologies, in both public and private spheres. RO plant manufacturers supply large municipal bodies as well as smaller communities, and RO plants also have a widespread commercial usage — for example, within the food and beverage industry.
-
New Membrane Gel Keeps Viruses Out Of Wastewater
7/24/2017
New research has developed a membrane technology that repels deadly viruses while maintaining permeability. Is it a ‘must have’ for treatment operations?
-
Weighing The Power Of Simplified Membrane Systems
5/18/2017
Researchers have developed a membrane system that utilizes gravity to reduce operational requirements, proving that simplicity can be a beautiful thing.
-
The Potential Of Customized 3D-Printed Membranes
5/3/2017
Researchers have begun to explore the idea of 3D printing as a way to manufacture membranes. What could the cutting-edge technology mean for water and wastewater treatment?