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Analysis of the Types, Applications and Selection Strategies of Pumps in Fermenter Systems
This paper analyzes the common types, application functions and engineering selection strategies of pumps in fermenter systems, focusing on the application characteristics and applicable scenarios of centrifugal pumps, rotary pumps, diaphragm pumps and sanitary centrifugal pumps in bioreactors and fermentation systems.
Common Heat Exchange Modes, Functions and Selection in Fermenter Design
This article will systematically introduce the common heat exchange modes, action mechanisms and engineering selection principles in biological fermenters.
Common Impeller Types, Functions and Selection Principles in Fermenter Design
As the core component of the stirring system, the impeller's structural form, flow pattern characteristics and rationality of selection often determine the stability and economy of the entire bioreactor's operation.
Common Support Forms, Roles and Selection Analysis in Fermenter Design
In a complete fermentation system, the fermenter needs to withstand multiple forces such as the weight of the culture medium, stirring loads, pipeline stress, operational vibration, and external environmental loads. If the support structure is unreasonably designed, it may lead to tank deformation, uneven flange stress, stirring shaft eccentricity, and even affect sealing and service life. Therefore, in the fermenter design stage, the selection of support form is one of the key links in mechanical design.