BioXcelerator - Exclusive Methodology

Our methodology is the result of breakthrough research into bioprocess optimization funded through the US Department of Defense. Our unique analytics software when coupled with process simulations at our facilities yields better processes leading to enhanced margins. We examine physical, biological and business variables at many measurement points. The end result is we examine trillions of trillions of possible variable combinations. The optimal combination of variables at specific values is found leading to better margins through higher yields, lower production costs, or better through-put.

In development of the final product, test results for bioprocesses ranging from biomass cultivation, fermentations, and bioremediation of hazardous substances were all improved ranging from baseline improvements of 30% to over 1200%. The processes used by your company may be suitable for similar results. There is only one way to know and that's to try it. We bear all the risk and cost. Let's talk and see what we might do for your bottom line.

Our methodology contains six steps combining experimental design, software analytics, and empirical data from laboratory simulations.

First, a scientific examination of the target process is performed to determine if it is a good candidate for application of the technology.

Next, we set optimization objectives and design process simulations to achieve them. We then perform the simulations using state-of-the-art methods at our facilities.

Then simulation data is input into our analytics software which performs the analysis. A new list of process variable combinations is generated to use for the next simulation.

Each of these analysis cycles represents a generation. After less than 20 generations over a time span of usually much less than 8 months, an optimized combination of variables emerges. The result will be a better profit margin through higher process yield, more efficient production, or other objectives established at the beginning of the engagement.