Cinética microbiana en batch ln Xt = + m *t µmax s µ= qs ln Xo = m Yxs Q p o P = [p] t 0.693 m 1 = mS + 1 m Yxs YG KS + s = td qP = Y PX * m Cultivos Continuos dx dt ds = µ X - D X dt D SR - = X = Yxs (SR – s) X = Yxs dp dt SR - = qP X D KS (µmax – D) - s= 1 D KS = µmax D s µ X - Yxs D KS (µmax – D) 1 s 1 + µmax D p ln Xt = ln Xo + (µMAX – D) t Batch alimentado F SR ≤ µ X V Yxs Alimentación Constante Alimentación Exponencial X V = Xo Vo e µ t X V = Xo Vo + ( F SR YXS ) t V = Vo + F t F SR = Xo Vo µ e µ t YXS F SR Yxs µ= Xo Vo + ( F SR YXS ) t F SR = Xo Vo e mt m + mS Y XS F SR ≤ µMAX X V Yxs + Xo Vo mS