Thermostatic enzymolysis tank
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Thermostatic enzymolysis tank, also known as enzymolysis reactor and biological enzymolysis reactor, is a stainless steel container that provides the temperature required for process enzymolysis, adjusts the PH value and provides stirring and mixing to ma
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Thermostatic enzymolysis tank, also known as enzymolysis reactor and biological enzymolysis reactor, is a stainless steel container that provides the temperature required for process enzymolysis, adjusts the PH value and provides stirring and mixing to maintain enzyme activation and play the role of enzyme, accelerate the improvement and complete the biological reaction process. Bioenzymolysis technology is to use appropriate biocatalysts, namely, biological enzymes, to decompose substances, accelerate the process of decomposition and transformation, and turn them into substances that are conducive to utilization and the purpose of experiments or production processes. It is widely used in textile dyeing and finishing, protein enzymolysis and conversion, biodegradation of wastewater and other fields. Enzyme engineering is also a science and technology that uses the biological catalytic function of enzymes to transform corresponding raw materials into useful substances and apply them to social life by engineering means. It includes the preparation of enzyme preparations, the immobilization of enzyme, the modification and modification of enzyme and the enzyme reactor. The application of enzyme engineering is mainly concentrated in food industry, light industry and pharmaceutical industry.
1、 Overview of thermostatic enzymolysis tank:
Thermostatic enzymolysis tank, also known as enzymolysis reactor and biological enzymolysis reactor, is a stainless steel container that provides the temperature required for process enzymolysis, adjusts the PH value and provides stirring and mixing to maintain enzyme activation and play the role of enzyme, accelerate the improvement and complete the biological reaction process.
Bioenzymolysis technology is to use appropriate biocatalysts, namely, biological enzymes, to decompose substances, accelerate the process of decomposition and transformation, and turn them into substances that are conducive to utilization and the purpose of experiments or production processes. It is widely used in textile dyeing and finishing, protein enzymolysis and conversion, biodegradation of wastewater and other fields.
Enzyme engineering is also a science and technology that uses the biological catalytic function of enzymes to transform corresponding raw materials into useful substances and apply them to social life by engineering means. It includes the preparation of enzyme preparations, the immobilization of enzyme, the modification and modification of enzyme and the enzyme reactor. The application of enzyme engineering is mainly concentrated in food industry, light industry and pharmaceutical industry.
2、 Product structure of thermostatic enzymolysis tank:
The main tank of thermostatic enzymolysis tank is welded with three layers of stainless steel. The inner liner is made of high-quality stainless steel SUS316L. The inner liner is polished and meets the requirements of food and pharmaceutical hygiene. The interlayer is made of SUS304 stainless steel, and the interlayer is equipped with stainless steel deflector to facilitate the diversion of steam and circulating water. The external welding is filled with stainless steel for heat preservation, which is conducive to the realization of enzymatic hydrolysis process.
The enzymolysis system mainly consists of thermostatic enzymolysis tank, steam heating system, circulating cooling system, mixing system, PH regulating system, feeding system, discharging system, filtration system, cleaning system, electric control, preparation tank, etc.
3、 Functions of thermostatic enzymolysis tank:
The thermostatic enzymolysis tank has the functions of heating, cooling, heat preservation and stirring. The tank body is designed with process nozzles such as material inlet, pure water outlet, discharge outlet and sampling port, which can provide conditions for enzymolysis process. After enzymolysis, the jacket can be opened to pass through the steam to achieve the enzyme killing function. After the enzyme is killed, the temperature can be reduced and cooled, and then the discharge valve can be opened for discharging. The thermostatic enzymolysis tank can be designed with automatic control system, including process control of feeding, discharging, temperature control, mixing, PH value adjustment, etc., to reduce labor intensity and realize full automatic control of enzymolysis process.
