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A NATURAL MEANS 'OF TREATING ORGANIC WASTES <br /> From the oceans through the energy of the sun , life began with the crea- <br /> tion of organic chemical molecules . The first orders of life were single <br /> celled organisms . Bacteria can lay claim to being one of the most suc- <br /> essful representatives of life on our planet . Man ' s existence has <br /> been short compared to their own of some 32 billion years . <br /> Over these millions and millions of years , life has begun and ended <br /> time and time again , Nature has wisely chosen plans to continually renew <br /> and recycle , rather than merely accumulate organic matter through the <br /> means of microbial processes . Scientists refer to these processes as <br /> element cycles , there being a nitrogen cycle , a carbon cycle , a sulfur <br /> cycle and the like . <br /> Fortunately to carry out this work , microbial life abounds . In fact , <br /> it has been estimated that the combined weight of microbial cells on <br /> earth is about twenty-five times that of the earth ' s animal life . So <br /> obviously only a minute proportion is not beneficial . <br /> Their size is incredibly small . One cubic inch of pure typical bacteria <br /> ,.,ou1d contain over nine trillion organisms . Yet , they have continued <br /> to effectively cleanse our planet . <br /> In the large population areas of developed countries , wastewater treat- <br /> ment plants have been built to enhance the efficiency of biodegradation <br /> processes and thereby minimize the harmful effect of pollution to <br /> streams , lakes and adjacent areas . Wastewater treatment is man ' s Largest <br /> use of biological processes . <br /> • THE STANDARD OF THE INDUSTRY <br /> Advanced Bio Cultures formulations are based upon natural occurring <br /> bacteria , which have been specifically selected and carefully matched <br /> to give outstanding performance . Through extensive quality control <br /> methods , individual organisms are grown in pure form , preserved , and <br /> then combined . This minimizes any unwanted contaminants that would inter- <br /> fere with the desired organisms . This accounts for the superior organic <br /> breakdowns by the Advanced Bio Cultures formulations over ubiquitous <br /> organisms and competitive products . <br /> Individual organisms have been chosen by their ability to work in concert <br /> with their counterparts in handling the complex array of compositions <br /> usually present in wastestreams , particularly phenols , oils , greases , <br /> hydrocarbons , pesticides and tars , and to reduce them to harmless end <br /> products . Formulations have been designed for use in existing facilities . <br /> Solmar Corp . offers several different formulations . These have been <br /> tailored to effectively give better organic breakdowns in a variety <br /> of industrial wastestreams as well as domestic sewage . No single formu- <br /> lation can possibly deal with all wastestreams as well as domestic sew- <br /> age . There are numerous , complex interrelationships between the multi- <br /> tude of organisms necessary to complete the task of giving acceptable <br /> cleanup . These interrelations may even change depending upon the chem- <br /> ical compositions present within a given system . <br /> The organisms used in the Advanced Bio Cultures formulations are pri- <br /> marily facultative organisms which can be used under both aerobic and <br /> anaerobic conditions . None of the organisms are capable of generating <br /> hydrogen sulfide under anaerobic conditions . <br />