Using Humisolve for metals recovery from

 Element in waste      Amount of humisolve   Amount metal removed

Lead	137 mg./kg.	220 mg./kg.
zinc	300	2200
copper	119	630
chromium	109	1080
arsenic	19	36
cerium	544	600
total mix	1228	4766

 

Only Highly BioActive Humisolve made by the Bioenergenic process can attach so much heavy metal from wastes as to make it a profitable enterprise in many situations. Humisolve is available in sizes from 100 gm. to 20 ton container size, This product is the key to low cost clean up of not only metals but many toxic organic compounds and oil sludge and other petroleum wastes.  The best way to reduce or bind radioactive elements in the soil to prevent there moving. into the food chain via the ground water or plant up take.                                                                                                       Humic substances (Humisolve and their
                     derivatives) can be used for removing toxic
                     metals,i.e.their ions,from wastewater. The
                     highest effect was observed in the removal
                     of lead (Pb),mercury (Hg),and cadmium
                     (Cd),coppers(Cu),zinc(Zn),and nickel (Ni)
                     and chromium (Cr).

                     The structure of HA is similar to that of
                     industrial ion exchangers. HA can be used
                     with advantage particulary in the stage
                     subsequent to chemical treatment of
                     wastewater. The chemicals treatment compses
                     the precipitation of metals by means of
                     calcium hydroxide or sodium hydroxide. An
                     addition of HA improves the process and the
                     concentrations of undesirable ion lower
                     than the permissible limit can be reached.
                     The consumption of HA is 0.1-0.5 kg per m*
                     of wastewater. It is also possible to use
                     HA for a removal of toxic metals from waste
                     that have been without any treatment so
                     far. The best results are being achieved in
                     waste water with a contect of toxic metals
                     ranging from 0.1 to 10 mg/L.The consumption
                     of HA varies from 0.1 to 0.8 kg/m* of waste
                     water. The residual concentration of toxic
                     metals in waste water after such a
                     treatment is lower than 0.3 mg/L. Humic
                     substances are ecologically friendly and
                     their binding capacity for metals is well
                     comparable to that of industrial ion
                     exchangers.

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