fermenter

Airlift fermenter is a new type of biological fermenter that began to develop and applied at the end of the last century. The informal mixing structure of this device can minimize the yield of bacteria, and also reduce the mechanical shear power， especially for various fungi of the mycelium. The gas -improved gas -liquid hybrid has greatly […]

Today, with the rapid development of modern biotechnology, the application of laboratory bioreactor, as a key experimental equipment, has penetrated into many fields and has become an important force to promote scientific and technological progress and industrial upgrading. This article mainly takes you to know more about the characteristics of laboratory bioreactors, installation and commissioning

Biology and technology are making strides and transforming the way we think about life and innovation. Today we have synthetic biology or synbio—a term first coined in the 70’s but its potential is only coming to its reality. It is basically genetic engineering that produces solutions that enhance anything from healthcare to agriculture. This exciting

Fermented foods have been with us for generations, and the practice of fermenting food is well-embedded in different cultures worldwide. This food preservation method is still used today in the production of foods such as Kimchi and Yoghurt. As dietary habits evolve and more people pay attention to their overall wellness, scientists are starting to

Any engineer can testify to how difficult and complex bioreactor scale-up can get. It essentially entails scaling up a fermentation process — something that requires keen attention to detail, time, and interaction of all kinds of environmental changes. Being a detailed process, you must consider different measures for scale-up success. In this elaborative guide, we

Statistics reveal that the global industrial sector is expanding at an impressive 2.3%. This was according to the 2023 International Year Industrial Statistics. And, wastewater treatment demands are on the rise. This is where airlift reactors come in! The airlift reactor is a revolutionary, economical, and efficient method that has set a new direction in airlift

The Continuous Stirred Tank Bioreactor is a machine that turns ordinary substances into splendid commodities continuously and effortlessly. Sounds promising, right? CSTR is used broadly in industries, from biofuels production to developing medicine and cleaning wastewater. It is a force to be reckoned with within industries that require accuracy and efficiency. What sets it apart?

Have you ever wondered exactly what bioreactor fermentation has done as it spawned industries like food production, pharmaceuticals and biofuels? The microorganisms are central to its success. These little powerhouses deal in converting raw materials into useful products as they metabolize. Let’s dive into the critical role of microorganisms in fermentation and how the proper

Cultivation in microbiology is the art of nurturing and supporting the growth of microorganisms so that researchers can have a way of studying these forms of life distinctly. Apart from growing a specific nutrient or substances, cultivation in microbiology helps to reveal the activity, operations, and potential uses or threats of microbes. Since these tiny

If you are exploring mammalian cell culture reactors, you are in for a deep dive into the technology underlying vaccines, cutting-edge medications, and life-saving treatments. These reactors function similarly to little factories, each with unique capabilities. For instance, stirred tanks are excellent at managing high-density cultures, whereas airlift systems are better at nurturing more fragile