Monitoring system used for multistage biomass fermentation reaction system and monitoring method thereof

Abstract

The invention discloses a monitoring system used for a multistage biomass fermentation reaction system and a monitoring method thereof. The system comprises a sensor and / or a probe, a central controller or a head server and an actuator, wherein the sensor and / or the probe is used for monitoring one or more process parameters and / or operation conditions of at least two biomass fermentation reactors in the multistage biomass fermentation reaction system; the central processor or the head server is used for realizing transmission of data or information by a digital optical cable or an analogue signal optical cable and the sensor and / or the probe, and determining at least one process parameter and / or operation condition for keeping or adjusting other biomass fermentation reactors according to monitored result of at least one process parameter and / or operation condition of the at least one biomass fermentation reactor; the actuator is used for keeping or adjusting the process parameter and / or the operation condition, and realizing transmission of data or information with the central controller or the head server by the digital optical cable or the analogue signal optical cable.

Description

technical field [0001] The invention relates to a monitoring system and a monitoring method for a multi-stage biomass fermentation reaction system, in particular, to a monitoring system and a monitoring method for producing mixed hydrogen with at least two biomass fermentation reactors. Background technique [0002] Fossil energy is still the main source of energy in my country so far, but the proven reserves and mining quantities of high-quality oil and gas are far from meeting future demand, while coal has relatively low calorific value and heavy pollution, so it is not appropriate to increase the proportion of energy. Relatively, biomass energy resources are abundant, and it is estimated that the world accumulates about 220 billion tons of biomass through photosynthesis every year, and biomass energy can be converted into modern high-quality energy through biological or chemical gasification or liquefaction, which not only improves Thermal efficiency reduces environmental...

AI Technical Summary

Problems solved by technology

However, it is well known that in a multi-stage biomass fermentation reaction system, the process of producing mixed hydrogen alkanes with multiple interrelated and interacting biomass fermentation reactors requires the synergy of multiple anaerobic reactions, and the material parameters in each reaction , reaction conditions and product yields are all different, it is difficult to directly use the above monitoring methods to achieve the purpose of optimizing the entire fermentation system

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