Related Links

  • 3M
  • Elsevier Ltd is not responsible for the content of external websites.

Related Stories

  • Reducing environmental impact: Treating odour emissions
    There is an increasing requirement for sustainable treatment options to deal with the various types of emissions to the environment, including the bad smells occasionally generated by wastewater treatment processes. This article takes a look at a technology that can reduce and eradicate odour emissions.
  • Filter media: New process points way forward for activated carbon
    Activated carbon is widely used as a sorbent media in purification and filtration methods. However, its traditional method of manufacture can be unfriendly to the environment through the release of greenhouse gases. KC Perera of Eurocarb Products describes a new project in Sri Lanka that is securing supplies of activated carbon for the future while dramatically reducing the impact of its manufacture on the environment.
  • Drinking water: New disinfecting medium boosts water treatment
    A novel biocidal method for disinfecting drinking water has been developed by HaloSource Incorporated. Jeff Williams and Michael Bridges describe the development, effectiveness and applications for HaloPure Br.
  • Drinking water: Turnkey project brings piped treated drinking water
    More than 300,000 people in a remote district of Sri Lanka are today enjoying quality drinking water for the first time due to a turnkey project undertaken by Outotec for Sri Lanka's National Water Supply and Drainage Board.
  • Oil and gas: Water treatment in oil and gas production – does it matter?
    Water is not normally associated in many people's minds with the production of oil and gas from underground reservoirs. Consequently, with no energy potential or sales value, is its separation, treatment and disposal important? David Robinson discusses issues surrounding the handling of water in the production of oil and gas.

News

3M’s new AP2-G filters use 53% less plastic than original AP2 range

15 March 2010

By using less plastic in production, the AP2-G filters from 3M reduce waste and present an environmentally responsible source of quality drinking water

The AP2-G filters from 3M retain the Sanitary Quick Change (SQC) fittings from the AP2 filter range, allowing for a straight swap without having to turn off the water supply. The technology in the AP2-G filters uses a smaller carbon block, matching the flow rate and capacity of the current AP2 filters. This achieves the same micron ratings to remove unwanted components from the water, with an added option of a scale inhibitor. The AP2-G can be recycled by separation into its components.

Features of the AP2-G filters include a chlorine capacity of 4,000 litres, a rated flow rate of 2l/min and a particulate retention level of Cyst or 1 micron.

Katie Gibbs, marketing executive, 3M’s Purification division, said: “Mains-fed water coolers incorporating efficient, high quality filtration represent the most environmentally responsible way to refreshing, clean drinking water in premises such as offices, factories, waiting areas and entertainment venues. 3M’s new AP2-G filter makes an even more convincing case by simultaneously reducing costs for operators and helping businesses to become carbon neutral.”

 

 

This article is featured in:
Drinking water Energy efficiency Filter media

 

Comments

coolproducts.org.uk says:

06 June 2010
You can buy these new 3M minis from my site but are you aware of any other sites where you can purchase these?

Note: The majority of comments posted are created by members of the public. The views expressed are theirs and unless specifically stated are not those Elsevier Ltd. We are not responsible for any content posted by members of the public or content of any third party sites that are accessible through this site. Any links to third party websites from this website do not amount to any endorsement of that site by the Elsevier Ltd and any use of that site by you is at your own risk. For further information, please refer to our Terms & Conditions.

Comment on this article

You must be registered and logged in to leave a comment about this article.