EnglishDeutschEspagnolPortugueseFrançaise

Arsenic and Heavy Metal Removal Granules

Highly Effective, Low-Cost Adsorbent for Reduction of Arsenic III & V and a Wide Variety of Heavy Metals.

This type of adsorbents utilize a patented material to adsorb both forms of arsenic as well as a wide range of contaminants in water. Empty bed contact times as low as 10 seconds achieve high removal efficiencies. The material affords a higher capacity and a lower level of ion interference than iron and alumina based products.

The filter media’s adsorptive capacity is 220 grams of arsenic per kilogram of adsorbent at a pH of 7. It yields 40,000 bed volumes of capacity at an inlet concentration of 40 parts per billion (ppb) of arsenic, at 1.6 minutes of empty bed contact time (EBCT), and a breakthrough of 10 ppb.

Adsorbent Product Features/Benefits

» Removal of heavy metals to meet drinking water standards
» High adsorbent capacity requiring less frequent replacement
» Fast kinetics to work effectively at high flow rates
» Nonhazardous disposal as solid waste

Following contaminants can be removed

• Arsenic III
• Arsenic V
• Cadmium
• Copper
• Antimony
• Lead
• Mercury
• Uranium
• Zinc
• Selenium

Applications

• Commercial and industrial treatment units for drinking water or contaminated water
• Municipal water treatment
• Carbon blocks
• Cartridges for pitchers
• Faucet mounted and counter top devices
• Household point of entry treatment units

 

using filter media in cartridges...

Corporate News

On Wednesday 2 May 2012 DWC was part of the morning show in the BBC Radio 4 program. We have... [more]
 
This years IFAT www.ifat.de will be very exciting - again. Our friends and partners in the industry... [more]
 

Market News

The latest report by the Arab Forum for Environment and Development (AFED), “The Green Economy in a... [more]
 
The UN warns that a million children in Africa's Sahel region face malnutrition due to drought in... [more]
 

Products News

Incredible, we know LED shower heads indicating water temperature. This new development from... [more]
 
A new, ultra low energy consuming water desalination system has successfully passed the lab tests.... [more]