Science

Difference between fermenter and bioreactor

Main Difference

Existen diferentes procesos que se llevan a cabo para obtener un producto específico. La mayoría de las industrias, especialmente la industria manufacturera, depende de los ingresos basados ​​en el supuesto de que uno o más productos se combinarán para obtener otro producto nuevo que será utilizado por la gente y luego su empresa buscando algún beneficio. Existen diferentes tipos de dispositivos que se utilizan para esta acción y su elección dependiente del tipo de sustancia que se requiere obtener. Dos de estos dispositivos que tienen un amplio uso en la industria se conocen como fermentador y biorreactor. Ambos suelen ser similares entre sí y en términos de un lego, se usan como el nombre del mismo dispositivo, pero son diferentes entre sí.Estas diferencias se discutirán en este espacio.Un biorreactor se puede denominar como un dispositivo que produce organismos como bacterias y levaduras que se utilizan en la fabricación de sustancias en el campo de la biotecnología. Estos tipos de productos incluyen medicamentos, líquidos farmacéuticos, anticuerpos y vacunas. Por otro lado, un fermentador es un dispositivo que tiene la función de mantener un entorno adecuado donde la temperatura permanece igual y la atmósfera es adecuada para el crecimiento de microorganismos. Estos organismos se utilizan luego para obtener los diferentes productos comerciales, como antibióticos y hormonas, que son esenciales para la supervivencia humana.Ambos tienen muchas similitudes también, ya que ambos permiten que los microorganismos crezcan y luego los utilicen para obtener un nuevo producto, pero los procesos son diferentes entre sí.En el caso del biorreactor, existen diferentes tipos de aparatos que se utilizan como por lotes, alimentados por lotes y reactores continuos. Su uso depende del tipo de material que se desea obtener. Asimismo, existen diferentes prototipos que se utilizan en el diseño de un fermentador y el más utilizado se conoce como Fermentador OSE. La temperatura en el fermentador se mantiene constante mientras que la temperatura en el biorreactor sigue cambiando debido a los tipos de microcuerpos que están presentes.También hay muchas otras diferencias que se explicarán al final, mientras que en los dos párrafos siguientes se ofrece una breve descripción de dos tipos. La temperatura en el fermentador se mantiene constante mientras que la temperatura en el biorreactor sigue cambiando debido a los tipos de microcuerpos que están presentes.También hay muchas otras diferencias que se explicarán al final, mientras que en los dos párrafos siguientes se ofrece una breve descripción de dos tipos. La temperatura en el fermentador se mantiene constante mientras que la temperatura en el biorreactor sigue cambiando debido a los tipos de microcuerpos que están presentes.También hay muchas otras diferencias que se explicarán al final, mientras que en los dos párrafos siguientes se ofrece una breve descripción de dos tipos.mientras que en los dos párrafos siguientes se ofrece una breve descripción de dos tipos.mientras que en los dos párrafos siguientes se ofrece una breve descripción de dos tipos.

Comparative chart

Fermenter Bioreactor
Process Process in which sugar is converted into other substances such as acids, alcohol, and other gases. The type of device that is used in manufacturing engineering or systems that need a reaction to support the environment.
Device The device that is used to obtain this product is known as a fermenter. The device that is used to obtain this product is known as a bioreactor.
Temperature The temperature of a fermenter remains the same throughout the process. The temperature in a bioreactor keeps changing according to requirements.
Use It is mainly used to keep microorganisms in an atmosphere where they can easily survive. It uses different chemicals to produce a new substance.
Types There are different prototypes that are used to design a fermenter. There are different types of bioreactors, such as batch, batch, and continuous reactors.

Definition of fermenter

Fermentation is a process in which sugar is converted into other substances such as acids, alcohol, and other gases. It also occurs in organisms such as yeast and bacteria that do not require oxygen for their processes, while in more general terms it is the growth of microorganisms to produce a specific product. The device that is used to obtain this product is known as a fermenter. Basically it is a chamber in which microorganisms are placed in a controlled atmosphere to obtain the desired product. It is a cheaper process that does not require many expensive materials and uses substances such as ethanol and lactic acid. It controls the temperature and keeps the chamber free of oxygen so that the environment can be in such a way that all the processes can be carried out correctly. Creating this device is not as difficult as it may sound and requires a basic understanding of the process and the substances involved that can be used according to the requirements to obtain the product. There are different prototypes that are used to design as a product and they depend on the type of material that is required together with the microorganisms that are being used to obtain the product.

Definition of bioreactor

It is the type of device that is used in manufacturing engineering or systems that need a reaction to support the environment. In short it is a process in which different biological organisms are used to obtain another product that is used for human purposes, this is done with the help of a chemical reaction and the process that takes place in a bioreactor does not involve oxygen in specific circumstances. while you can use it in other processes. Therefore, it can be said that the bioreactor can make use of aerobic and anaerobic organisms as per the requirements. There are different types of bioreactors that are available in the manufacturing industry and they have been classified based on their structure. Some of them are called batch, discontinuous, and continuous reactors. The organisms used for the process can adhere to the surface of a solid medium or they can be immersed in a liquid medium. They are free to move because the movement produces the movement of the reactor and ends up evolving the entire process from which a new substance is produced. This plant is usually larger in size compared to other similar reactors.

Differences in a nutshell

  1. The temperature in a fermenter remains the same throughout the process, while the temperature in a bioreactor continues to change according to requirements.
  2. The bioreactor uses different chemicals to produce a new substance, while a fermenter is mainly used to keep microorganisms in an atmosphere where they can easily survive.
  3. A fermenter produces a product that can be used as an antibiotic and hormones, while a bioreactor produces products such as antibodies and vaccines.
  4. A bioreactor is available in different types, while there are different types of prototypes available in the case of the fermenter.
  5. You get more products out of a bioreactor compared to a fermenter because of the variations that can be made.
  6. Chemical reaction is possible in a bioreactor, whereas in a fermenter no changes can occur due to the controlled environment.

Comparative Video

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Final Thought

There are many types of devices and instruments that have confused people for a long time and there are related terms that can be useful for people who are interested in managing all the things that are useful to them. This article has adequately explained those terms to clear things up.

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