Distributed anaerobic fermentation process parameter collection and process control system and method

Abstract

The invention relates to a distributed anaerobic fermentation process parameter collection and process control system and method. The system comprises an anaerobic fermentation process parameter collection module, a cloud intelligent analysis and diagnosis platform, and a communication module assorted with an execution terminal and capable of accessing the Internet of Things. The system architecture of the distributed anaerobic fermentation process parameter collection and process control system provided by the invention is simple and clear, three major modules of anaerobic fermentation process parameter collection, cloud intelligent analysis and diagnosis and process control are separated independently and are directly connected in a point-to-point manner, there is no need for the controlcenter to uniformly manage the execution terminal, and the system has the characteristics of easy expansion and easy implementation. The user can perform communication, set parameters and read and analyze the collected data through the cloud intelligent analysis and diagnosis platform and the anaerobic fermentation process parameter collection module, and generate a control command according to the collected data to control the corresponding execution terminal, so that the use process is more intelligent. The program operation is simple and convenient, and manpower and material resources aresaved.

Description

Technical field [0001] The invention relates to the field of anaerobic fermentation process control, in particular to a distributed anaerobic fermentation process parameter collection and process control system and method. Background technique [0002] Anaerobic fermentation is a multi-step reaction process as well as a complex microbiological process. At present, the role and activity of these microorganisms are not fully understood, and it is impossible to monitor the activities of microorganisms to control food fermentation in a predetermined direction. . Since microorganisms are highly sensitive to influencing factors and external interference, the development of a good process control system is essential to increase the system's anti-interference ability. [0003] Existing data acquisition systems for laboratories and small-scale experiments are generally a single experimental processing and recording system. Due to the small amount of data and lack of sufficient testing and ...

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Problems solved by technology

[0003] Existing data acquisition systems for laboratories and small-scale experiments are generally single-experiment processing and recording systems. Due to the small amount of data and the lack of sufficient testing and verification, there have been problems such as extended experimental periods, increased investment, and data distortion.

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