Yahoo Search Búsqueda en la Web

Resultado de búsqueda

  1. Learn about the principle, design, and applications of airlift bioreactors, a type of gas-liquid bioreactor for aerobic cultures. Compare different configurations, advantages, and disadvantages of airlift bioreactors with other bioreactor types.

    • Airlift Reactor

      Airlift reactors (ALRs) are a unique type of bubble column...

    • Draft Tube

      The height of the draft-tube also influences the flow...

    • Downcomer

      Steam–Water Circulation Design. Esa Kari Vakkilainen, in...

  2. 2 de ago. de 2023 · An airlift bioreactor is a specialized type of bioreactor used for growing various biological cultures, including bacteria, yeasts, algae, animal cells, and plant cells. It operates on a novel principle that distinguishes it from conventional bioreactors.

  3. 1 de jun. de 2023 · Airlift bioreactors (ALBRs), as a type of ALRs, have been applied practically in various biochemical and environmental processes such as microalgae cultivation and protein production (Tagliaferro et al., 2019), polyhydroxybutyrate production (Manikandan et al., 2021), alkane biodegradation (Denis et al., 2017), water and wastewater ...

  4. Airlift reactors (ALRs) are a unique type of bubble column reactors (BCRs) with a simple design and flexible capacity that performs dual aeration and mixing functions consisting of the riser, downcomer, gas separator, and bottom zones.

  5. Agitación: Neumático por burbujas - Air-Lift (direccionador de flujo) o columna de burbujas; Controlador: BIO-TEC-PRO o TEC-BIO-FLEX-II

  6. 1. Columnas de burbujeo y Reactores de arrastre (“air-lift”) 2. COLUMNA DE BURBUJEO Columna de Aireación. -Laagitaciónesporunflujo neumáticoyesazarosa. 3. COLUMNA DE BURBUJEO Columna de Aireación. 4 Tienen una geometríaquedeterminauncanal deascenso yuncanal dedescensoconectados generándoseun loop derecirculación. AIR LIFT.

  7. 24 de jul. de 2013 · The main function of a properly designed bioreactor is to provide a controlled environment in order to achieve optimal growth and/or product formation. In this review we will look at the bioreactor design and the factors that are available in producing high yields of antibiotics.