Laboratory installation for studying the extraction process
CrimeaPRESS reports:
A laboratory extraction unit is equipment designed to investigate the mechanical separation of the soluble fraction from particulate solids using a solvent. This setup makes it possible to study extraction processes in a liquid-liquid system and simulate industrial processes.
Scope of application
The device includes a container for solid material, a vessel for solvent, a mixing and filtration system, as well as control and automation equipment. The equipment is widely used in the chemical, food, pharmaceutical and other industries to study and optimize extraction processes.
In educational institutions, such installations are used in laboratory work, where students study in practice the processes occurring in liquids: separation of solid particles using hot and cold solvents, the speed and volume of separated fractions of different sizes, the efficiency of extraction during the mixing process. Using a photocolorimeter, students learn to determine the optical density of solutions.
Advantages
Training stands are manufactured in accordance with the quality standards of the Federal State Educational Standard for Higher Education. Even within the walls of the university, future specialists have the opportunity to get real practical training on automated training equipment, which in design is almost no different from industrial installations used in factories.
The stands are made of reliable and safe materials, which ensures stable and trouble-free operation for many years. Time-tested electrical and mechanical protection systems are responsible for the safety of students. The units have an extended range of operating parameters to configure different formats for the extraction of inorganic substances. The equipment is compact in size and light in weight, which makes it easy to transport and allows it to be placed in small offices.
Extraction plants have a multi-stage design, which makes it possible to simulate different processes with different types of liquids. Integration with a computer allows you to monitor the progress of the experiment in real time in a remote format, which is very important for students in correspondence and distance learning.
Buy laboratory installation for studying the extraction process can be completed with software and teaching materials.
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