Drinking Water Desalination Articles on Environmental XPRT

Drinking water in Cuba and seawater desalination

The lack of drinking water has become a problem at world level because, in many places, supplies are very limited and, in other places, their reserves have been drained. At the present time there are estimated to be around two thousand million people that don't have drinking water for several reasons, such as drought, contamination and the presence of saline waters not suitable for human ...

Jan. 30, 2004

By Inderscience Publishers

Effects of drinking desalinated seawater on cell viability and proliferation

Desalination of seawater is becoming an important means to address the increasing scarcity of freshwater resources in the world. Seawater has been used as drinking water in the health, food, and medical fields and various beneficial effects have been suggested, although not confirmed. Given the presence of 63 minerals and trace elements in drinking desalinated seawater (63 DSW), we evaluated ...

Feb. 6, 2017

By IWA Publishing

Drinking water - India

EconoPure Water Systems EconoPure Water Systems (formerly DVX Water Technologies, LLC) designs and manufactures highly economical, scalable, low-fouling membrane systems. The Company leverages the unique low-fouling nanofiltration (“LFNano”) system consisting of a unique membrane element that is designed to avoid particulate fouling, biofouling, and scaling. As the name suggests, ...

Jul. 17, 2012

By EconoPure Water Systems, LLC

Environmentally sound desalination at the Perth Seawater Desalination Plant

AbstractWater scarcity is recognized as a significant problem in Australia and throughout the world. Yet the demand for fresh water continues to grow, driven by the need for drinking water to satisfy the world’s growing population, changing weather patterns, an increasing need for water for agriculture and industry and the concentration of populations in urban areas that lack sufficient fresh ...

May 5, 2008

By Energy Recovery Inc

Water, water everywhere: But is there enough to drink?

Original story at MIT News At MIT, experts address the challenges of supplying clean, safe water to a growing world population. The challenge of supplying clean, safe drinking water to an expanding world population comes down to money, MIT economist Franklin Fisher ...

Dec. 13, 2013

By MIT - Massachusetts Institute of Technology

Sea Water Desalination - Technical Article

Sea Water Desalination is a specific process involving molecular separation via membrane technology to reduce the dissolved salt and mineral content of sea water to a level suitable for human and animal consumption, commercial/industrial and irrigation uses. This process involves three water streams namely sea water as the intake source, Product / Permeate water of potable drinking water quality ...

Nov. 5, 2015

By Genesis Water Technologies, Inc.

Advances in nuclear desalination

The Nuclear Desalination Demonstration Project (NDDP) at Kalpakkam aims to demonstrate the safe and economic production of good quality water by desalination of seawater comprising 4,500 m³/d Multi-Stage Flash (MSF) and 1,800 m³/d Reverse Osmosis (RO) plant. The design of the hybrid MSF–RO plant to be set up at an existing nuclear power station is presented. The MSF plant based on ...

Jan. 30, 2004

By Inderscience Publishers

Drinking Water Sources, Sanitation and Safeguarding Desalination: a critical element of water solutions for the 21st century

In the face of climate change and the water needs from a growing world population, the use of seawater or brackish water through desalination has increased in importance. The energy efficiency and production costs for desalination plants have been markedly improved. Recent techniques have made it possible to acquire reasonably cheap desalinated water from plants that are fully powered from wind ...

Oct. 16, 2013

By IWA Publishing

Comparison of commercial analytical techniques for measuring chlorine dioxide in urban desalinated drinking water

Most drinking water industries are closely examining options to maintain a certain level of disinfectant residual through the entire distribution system. Chlorine dioxide is one of the promising disinfectants that is usually used as a secondary disinfectant, whereas the selection of the proper monitoring analytical technique to ensure disinfection and regulatory compliance has been debated ...

Jul. 14, 2015

By IWA Publishing

Tuas Seawater Desalination Plant

Black & Veatch designed the largest membrane desalination plant in Southeast Asia to help Singapore reach a critical technical milestone in its drive to overcome drinking water supply issues. The island of Singapore is among the world's 20 smallest countries in land area, but is one of the most densely populated. This highly developed city-nation enjoys a tropical climate with abundant rainfall, ...

Apr. 11, 2007

By Black & Veatch Corporation

Desalination and water recovery: control of membrane fouling

Ultrafiltration (UF), Nanofiltration (NF) and Reverse Osmosis (RO) technologies are widely used for the production of safe drinking water, and for the recovery of reusable water from various industrial effluent streams. The most commonly encountered phenomenon in these processes, especially in water recovery application, is membrane fouling, and control of membrane fouling is regarded as a ...

Apr. 11, 2006

By Inderscience Publishers

Seawater desalination for methanex

Methanex has a large methanol production facility in Punta Arenas, Chile. In this region of the world, fresh water is not available, and the facility requires seawater desalination to provide drinking water and process water. When the facility underwent renovation and expansion of their facilities, Aqua-Chem ICD provided a total of five (5) new Once through Multi-stage Flash plants. The ...

Sep. 14, 2010

By Aquatech International Corporation

Status and prospects of nuclear desalination

Recent statistics show that currently 2.3 billion people live in water-stressed areas and among them 1.7 billion live in water-scarce areas. In the light of this, the Millennium Declaration by the UN General Assembly in 2000 has set up a target to halve, by the year 2015, the world population who are unable to reach, or to afford, safe drinking water. Better water conservation, water management, ...

Jul. 17, 2006

By Inderscience Publishers

Desalination: Looking to the future

Untitled Document ...

Mar. 29, 2005

By Filtration + Separation - Elsevier Ltd

The future for desalination in the UK

Documento sin título In this feature article, Anthony Bennett, Technical Director at Clarity, reports on developments in the application ...

Oct. 14, 2005

By Clarity Authoring

Indirect economic impacts in water supplies augmented with desalinated water

Several goals can be considered when optimizing blends from multiple water resources for urban water supplies. Concentration-response relationships from the literature indicate that a changed water quality can cause impacts on health, lifetime of consumer goods and use of water additives like softeners. This paper describes potential economic consequences of diluting Copenhagen's drinking water ...

Sep. 1, 2010

By IWA Publishing

Producing drinking water from seawater with waste energy

German firm Taprogge and ESACO (Vietnam) are jointly investing in seawater desalination technology in the country. The Saigon Times Daily had a talk with Detlef Taprogge, CEO of Taprogge, about the Taprogge Terrawater Technology during a recent demonstration of a system using this tech in HCMC’s Can Gio District. Excerpts: The Saigon Times Daily: What is the specific of this ...

Dec. 15, 2011

By Terrawater GmbH

Overview of seawater desalination status and challenges

Introduction World oceans contain over 97.2% of the planet’s water resources. Because of the high salinity of ocean water and the significant costs associated with seawater desalination most of the global water supply has traditionally come from fresh water sources – groundwater aquifers, rivers and lakes. Today, however, changing climate patterns combined with population ...

Oct. 28, 2011

By IWA Publishing

Desalination membrane water treatment system for Lajes US Air Force

GEA designed and provided a Desalination Membrane Water Treatment System for the US Air Force Lajes Field Water Treatment Plant, located in the Azores. The Membrane System capacity is 1.1 MGD (4.2 million m³/day) and consists of twenty (20) 8-inch diameter pressure vessels arranged with 14 pressure vessels in the first pass followed by six pressure vessels in the second pass. There are 120 ...

Apr. 6, 2011

By GEA ENGINEERING

Energy evaluation and treatment efficiency of vacuum membrane distillation for brackish water desalination

Strict environmental regulations have led to the rapid development of membrane separation technologies for the production of potable water, for industrial water supply, and for the reuse and discharge of treated wastewater. Promotion of water recycling and the provision of potable water from brackish water prevent significant negative effects on the environment and drinking water supplies. This ...

Jun. 26, 2015

By IWA Publishing

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