NEWS NOTES ON SUSTAINABLE WATER RESOURCES  Web Site on Sustainable Water Resources  In this message I will try to give you a summary o...

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NEWS NOTES ON SUSTAINABLE WATER RESOURCES  Web Site on Sustainable Water Resources  In this message I will try to give you a summary of the information that can be found on the web site https://sites.google.com/site/sustainablewaterresources/ ">https://sites.google.com/site/sustainablewaterresources/ ; This is the major web site for Sustainable Water Resources, and generally changes about once per week. A summary follows:  The main page is Actions and Activities. This has information at the front on sustainable water indicators, including links to compendia of indicators as compiled from the literature. At the top of the page is a picture of the hydrologic cycle.  Following the indicator section, there is a bibliography of literature starting with the current year and going back. These entries are the storage place for the messages that are sent out, usually on a weekly basis. They are sent worldwide. This is true only for actions and activities. Any reports and publications are stored on the Reports and Publications Page. Either of these subjects may be in a weekly message.  The subsidiary pages are listed along the left hand border of the main page. You will go to that page if you click on it. Here is a summary of the major subsidiary pages:  The Reports and Publications page is by far the most important. This is the storage location for the weekly messages about publications. This is another page set up with the current year at the top and going back in time. The documents themselves are shown as links, usually from some originating organization.  The pages on Conditions and Trends Statistics and Related Links contain links to sources of data, or in some cases to organizations with related information. Please let me know if you find broken links anywhere on the pages, since things do change from time to time.  Assessing the Sustainability of a Watershed contains information about how one might determine the degree to which a watershed is in fact sustainable. The example shown would probably make a good case for discussion in a college course on water resources.   The Webinar Video link contains the power point slides used to present papers at major water resource conferences. A series of such papers has been done over the years, and together this helps to define the nature of sustainability. See also the What is Sustainability? Page for a discussion about how to define this slippery term.  Tim SmithSustainable Water Resources CoordinatorGovernment Web Site, https://acwi.gov/Sustainable Water Resources Site, https://sites.google.com/site/sustainablewaterresources/ ">https://sites.google.com/site/sustainablewaterresources/ ;        

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  2. A biotechnology of excrement plant 

    Every domestic-wastewater treatment systems are based on the principle of effluent filtration which results in the production of sludge. The filtration can not do otherwise than transform the fecal matter, and any other organic material, into mud. France generates more than 25,000 tons of sewage sludge for a global production of 45 million tons per year.
    The problem in this way is twofold.
    - On the one hand, the production of sewage sludge obliges the installation of successive palliative treatments, which are equally expensive and ineffective, since each palliative treatment generates residues. The collection of wastewater in a wastewater treatment plant produces effluents of high biochemical toxicity, to which must be added the chemical industrial micro-pollutants.
    - On the other hand the mud, whatever its origin, is a non-recyclable product that nature does not assimilate. It ends up in the bottom of the surface water in the form of a muddy vase. Its destruction by the various unicellular organisms, worms, gastropod molluscs which colonize it is evaluated in time / year. It's an environment in a permanent state of putrefaction under the action of a strong methanization which evaporates in the atmosphere, adding to the atmospheric pollution.

    Lyseconcept Society, with its concept of Biological Sanitation active 14 to 16 biological parameters within its process "Lyseconcept Biological Pit".
    Result: Favorable conditions that promote the complete destruction of fecal matter through the biodegradation of beneficial bacteria that have no effect on diffuse urinary pollution.
    The residual water, discharged from the recyclable device, is immediately dispersed on a vegetated outlet that completes the work of cleaning the wastewater by purifying the receiving environment of urinary pollution.
    This water used to water the vegetalized biodiversity saves money on this rare resource: potable water. Having no more wastewater discharged into the ground, the phreatic zones are no longer polluted.      
    The process “Pit Biological” Lyseconcept preserves a rare resource: water.
    Jean Marius D'Alexandris
    Telephones.
    mobile: + 33 (0) 6.03.65.87.26
    Fix phon: + 33 (0) 494.423.190

    courriel: lyseconcept@gmail.com 
    Site web:www.lyseconcept.fr

    http://www.viadeo.com/profile/0021xx48rdprt8er, 

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    Scientific communication

    - The organic matter by Lyseconcept

    - The anaerobic does not exist on Earth, the anaerobic cannot exist on our planet

    - Scientific certification in general condition of usual operation of a habitat

    Member of the order of the International Experts

    Invention

    - Biological remediation of wastewater 

    - Process 'Ditch biological' lyseconcept 

    - A biotechnology of excrement treatment plant 

    "Let's protect today what we have been given yesterday to better restore it tomorrow. »