Fermentation Plant  Manufacturers, Traders, Suppliers

Daxner offers a complete program, which incorporates every phase of production. With regard to the latter, specific solutions are required on a case-to-case basis. For example, when the production of liquid yeast or the milling of residual bread are concerned.

The bio-fermentor can ferment a variety of bacteria, such as fertilizer bacteria, soluble enzymes, yeasts, nucleotides, corrosive bacteria, enzymes, immobilized penicillin acylase and the like.
Common fermentation tanks are divided into solid fermentation tanks and liquid fermentation tanks. Fermentation tanks are divided into seed tanks (strain fermentation tanks) and fermentation tanks according to volume and purpose. Fermentation tanks are divided into ventilated fermentation tanks and anaerobic fermentation tanks according to the type of oxygen demand.

1. The structure of the stainless steel fermentor is simple, the basic principle is not complicated, and the energy consumption of the stirring paddle is lower than that of the slurry reactor;
2. According to the difference of gas, directional circulation will be generated instead of centrifugal pump-type mechanical equipment. The flow form is definite, the liquid circulation is strong, there are no moving parts in it, the shear stress is small, the energy consumption is very uniform, and the shear force sensitive material has special significance.
3. The stainless steel yeast fermentor has a wider range of operable gas and liquid flows than the traditional fermentor;
4. The stainless steel yeast fermentor has high gas supply efficiency, and the ventilation of the gas riser can be larger than that of the bubble reactor, which is beneficial to aerobic reaction;
5. The fluidization effect of stainless steel fermentor is excellent, which can be solid particles, and even heavier particles completely stay in suspension state.

Biopharmaceuticals, food processing, plant extraction, bio-fermentation.