Beer fermentation tank, static cooling fermentation tank-Global supplier

Product Groups

Firm Information

Transaction Level

VIP member
Contact
Phone

13103833308
Address

No. 316 Lianhua Street, Zhengzhou City, Henan Province (Electronic and Electrical Industry Park)

Contact Now

Beer fermentation tank, static cooling fermentation tank

Product structure: The beer fermentation tank body is cylindrical, the top cover is disc-shaped, and the bottom cover is conical with a tilt angle of

Contact Supplier

More Products

Product details

Product Structure:

The beer fermentation tank has a cylindrical body, a disc-shaped top cover, and a conical bottom cover with a tilt angle of 60 ° to 90 °, which is conducive to strong convection of the liquor in the tank, fast fermentation speed, and easy discharge of yeast and impurities in the fermentation tank; In the process of alcohol fermentation, in order to recover CO2 gas and the portion of alcohol carried out, the fermentation tank should be sealed. There are hand holes at the bottom of the tank, inlet and outlet pipes for CO2, air, CIP, etc. connected to the top of the tank, content volume measuring devices, empty tank probes, and pressure maintaining devices.

Product Introduction:

This equipment is made of austenitic stainless steel, and the cooling jacket is in the form of a honeycomb jacket. Jackets are installed on both the tank body and the cone bottom to effectively improve the cooling rate. Different proportions of jacket heat exchange areas can be set according to customer process requirements. The bottom is a small cone bottom at 60 degrees, designed for fermentation and improving beer and yeast growth; The insulation adopts PU insulation, and the outer sheath adopts fully welded stainless steel plate. The manhole CIP、 Components such as thermometer interface and sampling port.

Tank optional configuration:

The beer fermentation tank can be optionally equipped with a thermometer (digital or dial type), sanitary manhole, inlet and outlet holes, CIP universal rotating cleaning ball, sterile sampling valve, pressure gauge, drain valve, liquid level gauge and liquid level automatic control system (load-bearing module, non-contact ultrasonic, static pressure transmitter), etc., or configured according to customer requirements.

Typical applications：

Commonly used to make fermentation and storage equipment for alcoholic beverages, dairy products, etc.
Suitable for fields such as food, dairy products, juice drinks, pharmaceuticals, chemicals, and biotechnology.

Product Features:
There are various specifications of capacity ranging from 200L to 5000L, which can be designed and manufactured according to the actual needs of customers.
● Cone bottom design, cooling jacket adopts Maitreya plate type; The jacket is covered with insulation layer, and the insulation material is polyurethane (cold insulation).
The interface adopts a quick installation chuck type (card connection), and the tank liner is made of 304 or 316L. The inner surface is mirror polished with Ra ≤ 0.28 μ m~0.6 μ m, and the outer surface can be polished, brushed, sandblasted, etc. according to customer requirements.

Nominal volume	Cylinder diameter (mm)	Cylinder height (mm)	Motor power (KW)	Mixing speed (RMP)	Working pressure	operation temperature	basic accessories
300L	φ800	600	0.55	36 revolutions per minute	≤0.09MPA	＜100℃	thermometer safety valve Pressure gauge, etc
400L	φ800	800	0.55
500L	φ900	800	0.55
600L	φ1000	800	0.55
800L	φ1000	1000	0.75
1000L	φ1200	1000	0.75
1500L	φ1300	1200	1.5
2000L	φ1300	1500	2.2
3000L	φ1600	1500	3

Four major advantages

1. Elliptical manhole

The waist opening does not require climbing and high-definition washing

		2. Internal processing

		Internal polishing and acid washing treatment, smooth and transparent to avoid incomplete cleaning and bacterial contamination of wort

3. Reasonable structure

The friction between yeast slurry and the bottom wall of the tank is minimized, which is conducive to the process discharge and cleaning of beer yeast slurry

		4. Miller board

		A reasonable refrigerant jacket can effectively save cooling time, and the direction of refrigerant flow can be controlled through the jacket structure.