Biwater targets wastewater as it rebrands desalination arm
Water and wastewater firm, Biwater, has highlighted wastewater in its future direction as it unveiled new branding for its desalination and membrane treatment businesses. Biwater's Desalination and Membrane Treatment Sector, Biwater AEWT, has been renamed Biwater Inc.
Biwater’s Desalination and Membrane Treatment Sector (Biwater Inc.) is a premier membrane system designer and supplier producing high purity drinking, process and reuse water for both municipal and industrial clients. The Sector currently has more than 450 MGD of installed membrane treatment capacity globally utilizing MF, UF, MBR, NF and RO
Water treatment | Biwater
Membrane treatment and desalination is a discipline in its own right, and one where Biwater’s extensive expertise and leading technology can deliver major benefits, particularly in harnessing advanced water treatment processes and minimising energy demands.
Wastewater treatment involves an extensive range and variety of challenges – environmental, financial and technical. Our experience, as evidenced by our extensive portfolio of projects, is among the most comprehensive in the industry, equipping us to address any wastewater challenge, anywhere, with a tried and tested solution that will meet
Innovation | Biwater
Watch our video on leading-edge desalination and membrane treatment solutions and learn more about our industry outlook Innovation Spotlight Find out about the origins of the Biwater Tower and its successful delivery
Water treatment; Wastewater treatment; Desalination, water reuse and membrane treatment; Package plants and products; Project finance; Operation and maintenance; Water asset management; How. Assessing the need; Defining the project; Design capabilities; Arranging the finance; Working in partnership; Knowledge transfer; Engaging with communities
SeaWater Desalination Plant Commissioning - Water Online
Membrane Treatment and Desalination Sector: Biwater’s Membrane Treatment and Desalination Sector is a premier membrane system designer and supplier producing high purity drinking, process and reuse water for both municipal and industrial clients. The Group currently has more than 450 MGD of installed membrane treatment capacity globally
Desalination & Water Reuse, 17-07-2012 Italy opens its second largest municipal MBR plant Italy's second largest membrane bioreactor (MBR) entered service on 17 July 2012 following the inauguration of the upgraded wastewater treatment plant in Borghetto Santo Spirito, a town on the...
News - DesalData
Water Desalination Report, 06-04-2025. Marco Nava promoted at MANN+HUMMEL Marco Nava, formerly the managing director of Microdyn-Nadir Italy (Oltremare SpA) has been named the vice president of Membrane Solutions at MANN+HUMMEL, and managing director of the... Water Desalination Report, 06-04-2025. Sharif Disi retired from MECO
PDF | On Aug 20, 2017, Ashutosh Kumar Pandey and others published Solution for Sustainable Development for Developing Countries: Waste Water Treatment by Use of Membranes - A Review | Find, read
Desalination Report Table of Contents - NRG Expert
26. Other Water Desalination Technologies 254. Pros and Cons of Desalination 254. Dams 254. River Basin Transfers 254. Water Conservation and Demand Management 254. Water Reuse 254. Water Imports 255. Long-Distance Water Piping/Transport 255. Tables-Desalination Statistics and Data Table 1-1: Comparison of membrane materials 16
The global desalination sector reached $7,865m across 2011, GMR Data forecast that this figure will reach $12,603m across 2016; equating to a 5-year CAGR of 9.9%, this growth has been primarily driven by the Middle East, North America and Asia Pacific where a number of high profile, large scale desalination projects have been realised.
- Which adsorbent is used to treat wastewater?
- Activated carbon is the most preferred adsorbent to treat wastewater but its use is limited because of high cost. Therefore, several low-cost and natural materials and wastes have been used as precursors for the preparation of alternative adsorbents.
- Which waste is used as a low-cost adsorbent for water treatment?
- Some industrial wastes/by-products that have been applied as low-cost adsorbents for water treatment are waste slurry, areca waste, and liquor waste from the paper industry (Aljerf 2016; A; Tripathi & Rawat Ranjan 2015). Fly ash is another waste/by-product composed of SiO 2, Al 2 O 3, and Fe 2 O 3 of coal firing by a thermal coal plant.
- Do low-cost adsorbents remove pollutants?
- This updated review provides information on the different applications of low-cost adsorbents in removing pollutants and their adsorption capacities in an attempt to deploy the recent sustainable low-cost adsorbents with high removal efficiencies for water treatment.
- Are industrial adsorbents suitable for drinking water treatment?
- Generally, industrial by-products have exhibited low adsorption efficiencies which makes them less preferable to consider for drinking water treatment in comparison to the other low-cost adsorbents.
