Paul and Nicholas Truong of Veticon, Australia have come up with a relatively simple and fully tested model for calculating the number of vetiver plants required for treating waste water and sewage effluent. The model will be particularly useful for individual domestic waste water treatment and small scale community needs. The model was initially designed for small Colombian farmers who need to treat the effluent from their coffee processing plants. The paper http://www.vetiver.org/LAICV2F/2%20Environmental%20Protection/E1Truong_TE.pdf describing the model, and the presentation http://www.vetiver.org/LAICV2F/2%20Environmental%20Protection/E1Truong_PpE.pdf that goes with it also contains images of various layouts that might be used. For further background on waste water management using the Vetiver System see this paper http://www.vetiver.org/LAICV2F/0%20Plenary/P3Truong_TE.pdf and presentation http://www.vetiver.org/LAICV2F/0%20Plenary/P3Truong_PpE.pdf. Thank you Paul and Nick!! This work of the Truong's should be widely shared, and should be particularly useful to communities throughout the tropics or where vetiver can be grown.
Dick Grimshaw
Dick Grimshaw
I really loved reading your blog. It was very well authored and easy to understand. Unlike additional blogs I have read which are really not that good. I also found your posts very interesting. In fact after reading, I had to go show it to my friend and he enjoyed it as well!
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ReplyDeleteThere are in total 4 types of wastewater treatment plants available in the market that are taken into use by the people very often those types are the effluent treatment plant, sewage treatment plant and also the other two types are the activated sludge plants and the combined common effluent treatment plant, for knowing more about it the user should get in touch with the wastewater treatment professionals through the website.
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