Process for production of hydrogen from anaerobically deomposed organic materials
a technology of anaerobically decomposed organic materials and production process, which is applied in the direction of electrostatic charge, inorganic chemistry, electrical apparatus, etc., can solve the problems of simple production process, consumption of fossil hydrocarbon fuel, and inability to produce hydrogen by electrolysis of water, so as to achieve low electric potential, increase the effect of rate and decrease the tim
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example 1
[0045] As an experimental control, freshly obtained sewage sludge in an 800 ml flask was placed at 37° C. in an incubator gases, including primarily methane, were produced as described at Table 1 and depicted at FIG. 3.
TABLE 1Production of CH4 and CO2DAYS% CH4% CO2% N2165305270255370255465304560354655405
example 2
[0046] Sewage sludge from the primary digester was placed in an 800 ml flask which was then placed in a preheated incubator at 37° C. Methane gas was generated. As soon as optimum production of methane was achieved, a current was passed through the liquid in the flask. The production of methane gas declined gradually and hydrogen and carbon dioxide were produced. Methane was completely suppressed when production of hydrogen reached its peak, as described at Table 2 and depicted at FIG. 4.
TABLE 2Production of H2 and Suppression of CH4DAYS% CH4% CO2% H216035—27025— 3*45252042528465530606TR3068
*As and when current was passed.
example 3
[0047] Sewage sludge from the primary digester was placed in an 800 ml flask which was then placed in an incubator at 37° C. A current was passed through the sludge, applying 3 volts, using the two 1.5 volt batteries in series. Very little methane was produced at the beginning. Within 3 days, production of hydrogen reached its peak and methane gas was virtually totally suppressed, as described at Table 3 and depicted at FIG. 5.
TABLE 3Production of H2 and CO2 When Voltage WasApplied From the StartDAYS% H2% CO2% N2% CH41652528270252TR370188TR470208—568254—
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