Detailed Explanation of Beer Mixing Tank

Basic Definition and Applications

A beer mixing tank is a large container specifically designed to mix raw materials during the beverage production process. Its primary functions in the beer brewing process are:

• Ensuring thorough mixing of beer and mash during the mixing phase;

• Enhancing the aroma and flavor of beer;

• Controlling temperature;

• Enhancing product aesthetics and presentation.

Material Features

Stainless steel is the most popular material for beer mixing tanks, offering the following advantages:

• Durability: Withstands the wear and tear of daily use in production facilities, resisting corrosion and rust.

• Hygienic Standards: Resists bacteria and other microorganisms, reducing the risk of contamination.

• Cost-Effectiveness: While the upfront cost is higher, the long-term lifespan provides cost savings.

• Versatility: Can be used in a variety of beverage production processes, including mixing, blending, and storage.

Main Types

Top Inlet Mixing Tank:

• Mounted on the top of the tank.

• Used for mixing high-viscosity liquids.

• Available with various impeller types (propeller, turbine, etc.).

• Can be equipped with a variable speed drive for better control of the mixing process.

Side Inlet Mixing Tank:

• Mounted on the side of the tank.

• Suitable for mixing low-viscosity liquids.

• Can be designed for clean-in-tank operation.

Conical Mixing Tank:

• One-piece construction.

• Conical base ensures complete draining of tank contents.

Structural Features

• Made of SUS316L or SUS304 stainless steel.

• Jacket designed for heating and cooling.

• Tapered bottom for easy unloading.

• Sealable top for sanitation.

• Internal welds ground, passivated, and polished.

• Equipped with a temperature probe and manhole.

Working Principle

• Liquid components are introduced into and removed from the mixing unit via a piping system.

• As part of an automated process, components can be transferred to tanks.

• The contents are transferred to the next stage via piping next to or below the tank.

• A regular sequence of air bubbles is used to create a direct vertical circulation.

• The sudden release of air impacts the fluid, setting the fluid molecules in motion.

Selection Tips

Choosing the most suitable beer mixing tank should consider:

• Determine your specific needs, beverage type, and volume.

• Research different beverage mixing tank suppliers.

• Select a reliable company specializing in beverage industry tank manufacturing.

• Consider custom solutions to meet specific needs.

Beer mixing tanks are critical equipment for ensuring the quality and efficiency of beer production. Their design and selection directly impact the quality and taste of the final product.