Water filter

Scheme of a simple water filter

Welcome to Ezytek’s first post!

Today, as the first low-cost system article of our blog, we present you with a very simple and effective water filter. Thought of and assembled by the EWB (Engineers Without Borders), it provides an easy way to purify water.

They started their work with a very straightforward observation:

In the next 25 years a third of the population will face severe water scarcity.

However, water is widespread all over the planet. The main problem lies in its quality and drinkability, as these two factors vary widely across the globe. To tackle this issue, people from all over the world try to develop low-cost systems to purify water. Thanks to its extreme simplicity, this filter could be used by people anywhere to clean up water. In our wiki you will find details on how to construct it and how to use it:
http://ezytek.org/wiki/index.php?title=Water_filter_by_sands_densities.

As for the EWB, not only did they put together this filter, they also aim to visit high school classrooms to present their system and to raise awareness among students about the need for water. Please visit their website if you are interested: http://legacy.ewb.ca/en/whatwedo/canada/projects/hso/teachers/w4w/index.html.

 

If you would like any simple system to appear on this blog and the wiki please send us an e-mail at: contact [hat] ezytek [dotte] org

Posted in System | Tagged , , | Leave a comment

Hello World!

Welcome to ezytek.org!

Ezytek is an Internet-based multilingual and participative project. All of its content is under free license, therefore freely and entirely reusable. The Ezytek project aims at federating all actors of the DIY (“Do it Yourself”) movement around the creation and sharing of low and ultra-low technology systems. This project is in line with a sustainable development approach for the entire world population. The objective of this wiki is to make available to everybody all the necessary elements for the construction of simple machines or equipments, from its blueprint to its user guide. Furthermore, with sole intention transparency and to demonstrate scientific rigor, Ezytek decided to present quantitative analysis of all described systems. Thanks to these data, you will be able to choose the systems that correspond best to your needs.

Ezytek needs you, participate!

Leave a comment