Cookie tracking notice
Are we allowed to crumble with cookies and anonymous tracking?

We use cookies on our website. Some of them are essential for the operation of the site (so called session cookies), while others help us to improve this site and the user experience (tracking cookies). We use the application Matomo and the external service etracker to analyze your behavior on our website anonymously. Because we value your privacy, we are here with asking your permission to use the following technologies. You can change your settings any time via this link or the menu item in footer menu. For more information visit our Data Policy

Draft Review of the Household Arsenic Removal Technology Options

Mudgal, A. K. (2002)

Published in: 2002
Pages: 18

Publisher:
RWSN

Author:
Mudgal, A. K.

Uploaded by:
SuSanA Admin

Partner profile:
common upload


1278 Views
6 Downloads

Arsenic is widely distributed element in the earth’s crust and ranks twentieth in elemental presence. As a Group V element, arsenic exhibits a broad range of chemical reactivity and it is commercially used in alloys with lead. Arsenic in natural water has been reported from several countries including Bangladesh, China, Chile, Ghana, India, Nepal, Rumania, Taiwan, USA and Vietnam. In India, arsenic pollution is mostly of geological origin. However, ground water pollution of anthropogenic origin - due to industrial or mining waste - has been reported from Chennai in Tamil Nadu and Rajnandgaon in Madhya Pradesh.

In groundwater, arsenic occurs mainly in two forms namely arsenite [As (III)] and arsenate [As(V)]. As (III) is 60 times more toxic1 than As(V). Clinical manifestations of long term ingestion of high arsenic water include hyperkeratosis and hyperpigmentation of palms and soles, and arsenical dermatosis. It can also result in skin, liver, lung, kidney and bladder cancer.

In villages where most groundwater sources are polluted by high arsenic, it will be essential to provide alternate water supply options. These options may include use of a distant safe source, drilling of a deep tubewell to exploit deeper aquifer, roof based rain water harvesting, roughing filter combined with slow sand filtration to use pond water, use of pond water after filtration and boiling or chlorination and arsenic removal plants (community or household). This desk review covers the currently available household based arsenic removal technologies including construction, treatment process, performance, O&M, capital and recurring costs, user friendliness and sustainability in rural areas.

Bibliographic information

Mudgal, A. K. (2002). Draft Review of the Household Arsenic Removal Technology Options. RWSN

Filter tags

Case studies in other formats East Asia & Pacific English Politicians and local decision makers Practitioners

Download

Draft Review of the Household Arsenic Removal

Format: pdf file
Size: 0.7 MB

Share this page on    


Networks Circle

 

Latest SuSanA Blog Articles

SuSanA Blog »

SuSanA newsletter

Stay informed about the activities of SuSanA and its partners. The SuSanA newsletter is sent out around four times per year. It contains information about news, events, new partners, projects, discussions and publications of the SuSanA network.

Subscribe to newsletter »

 


close  

 

Resources and publications

Our library has more than 3,000 publications, factsheets, presentations, drawings etc. from many different organisations. It continues to grow thanks to the contributions from our partners.

Add item to library »

The three links below take you to special groups of items in the library for more convenient access:

Projects

The project database contains nearly 400 sanitation projects of many different organizations dealing with research, implementation, advocacy, capacity development etc. Advanced filtering functions and a global map are also available. Information on how and why this database was created is here.

People working for SuSanA partners can add their own projects through their partner profile page. You might need your SuSanA login upgraded for this purpose. Please contact us if you would like to add a project.


Trainings, conference and events materials

Missed important conferences or courses? Catch up by using their materials for self study. These materials have been kindly provided by SuSanA partners.

Shit flow diagrams, excreta flow diagrams (310 SFDs worldwide)

Shit flow diagrams (SFDs) help to visualize excreta management in urban settings. Access SFDs and more through the SFD Portal.

Emersan eCompendium

Humanitarian Sanitation Hub

Sanitation Workers Knowledge and Learning Hub

 


close  

 

Discussion forum

Share knowledge, exchange experiences, discuss challenges, make announcements, ask questions and more. Hint: Your discussion forum login is the same as your SuSanA login. More about the forum's philosophy »


Integrated content

We are hosting content from some other communities of practice and information-sharing portals. This section also provides a link to SuSanA's Sanitation Wikipedia initiative.

Suggest content to add »

SuSanA partners

Not yet a SuSanA partner? Show your organisation's support to SuSanA's vision and engage in  knowledge sharing by becoming partners.

Apply to become a partner »


Individual membership

Register as an individual member of SuSanA free of charge. As a member you can interact with thousands of sanitation enthusiasts on the discussion forum.  You can also get engaged in one of our 13 working groups and our regional chapters. Our FAQs explain the benefits further.

By getting a SuSanA login you can fully participate in the SuSanA community!

Register as a member

Login


Forgot your password?
Forgot your username?

 


close