1、Scientific Design:

■ Process oriented design concept can fulfill the requirements of various microbial fermentation culture.

■ Computational Fluid Dynamics (CFD) structural optimization and validation to achieve optimal mass transfer, shear force,mixing, and heat transfer characteristics.

■ Classic stirred tank design maintains consistent process control methods of stainless steel into correspondence with pilot-scale bioreactors, facilitatingthe scale-up.

2、Flexible Configuration:

■ 3/5/15L tank volumes can fulfill the development and production diversification needs.

■ Computational Fluid Dynamics(CFD) structural optimization and validation can realize optimal mass transfer,shear force,mixing, and heat transfer characteristics.

■ Process Analytical Technology (PAT) module: Interfaces of hardware and software are reserved, such as living cell electrodes, turbidity electrodes, CO2 electrodes,Raman spectroscopy electrodes, etc..

3、Data Acquisition and Analysis:

■ Independently developed data integration and analysis software package X-BIO, integration with multi-source data acquisition,Design of Experiments (DOE), intelligent feedback control models, etc..

■ Online recording, intelligent alarms, data correlation analysis, remote feedback and diagnosis.

4、Intelligent Control:

■ Programmable operation is able to store multiple process recipes and start with One-Button.

■ Flexible and adaptable process control strategies can realize PID control and intelligent feedback regulation of key process parameters andmetabolic parameters.

■ Integration with intelligent perception, analysis, and control modules, to efficiently achive intelligent optimization and precise control of the processes.