02-07-2016, 06:29 PM
Our software will help you solve the following tasks:
a. modeling of your fermentation process data;
b. predicting of the optimal processes;
c. detecting of the limiting substrates according to 'a' and then to do all the calculations to achieve forecasts 'b'.
This is an unique software. Now I'm sending some materials and test calculations for different biomass, products, substrates (including C, N, P, Mg, S). The software is appropriate for calculations of all S-shaped curves for all batch processes.
Please note:
1) The data for the biomass should be as S- shaped curves (!)
2) The software minimal quantity of dots for the Biomass,X=f(t), should be equal no less than 8 . (~4 dots for Exponential Phase of the growth curve and ~4 dots for Slow Phase.)
3) The stationary growth phase has a little significance for our software. If you have doubts about your data, please, check them
through charting in the Excel programm.
WE INVITE TO JOIN US.
WRITE ME AT MY id:
smlk03@mail.ru
a. modeling of your fermentation process data;
b. predicting of the optimal processes;
c. detecting of the limiting substrates according to 'a' and then to do all the calculations to achieve forecasts 'b'.
This is an unique software. Now I'm sending some materials and test calculations for different biomass, products, substrates (including C, N, P, Mg, S). The software is appropriate for calculations of all S-shaped curves for all batch processes.
Please note:
1) The data for the biomass should be as S- shaped curves (!)
2) The software minimal quantity of dots for the Biomass,X=f(t), should be equal no less than 8 . (~4 dots for Exponential Phase of the growth curve and ~4 dots for Slow Phase.)
3) The stationary growth phase has a little significance for our software. If you have doubts about your data, please, check them
through charting in the Excel programm.
WE INVITE TO JOIN US.
WRITE ME AT MY id:
smlk03@mail.ru