7.9. Process Models

7.9.1. Energy and Power

Voltage across the treatment chamber (c), V = Vs C/(C + Cc).
Power demand per pulse, Pc (W):

Pc=Qc/(τp+τ)

image (7.3)

where Qc is the energy per pulse, τp is the pulse period, and τ is the pulse period. Thus, if Cc << C, then V  Vs, and maximum energy efficiency can be achieved.

7.9.2. Microbial Inactivation Models

A function was developed (Hulsheger and Niemann, 1980) to relate the survival rate of E. coli K12 to Ef (exponential decay pulses) by using experimental data and regression technique:

log(S%)=A`BEmax

image (7.4) ...

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