Spray Nozzle

Tank mixing eductors have a wide range of uses in various industrial applications. Here are the main areas of use:

Chemical Industry:

Used for mixing and homogenizing chemical solutions. Optimizes chemical reactions in reactors and mixing tanks.

Food and Beverage Industry:

Used for mixing, homogenizing and storing liquid food products. For example, milk, juice and other liquid foodstuffs.

Petrochemical Industry:

Used for mixing and storing fuels, oils and other petrochemical products.

Wastewater Treatment:

It is used in wastewater treatment plants for mixing and homogenizing sludge and other waste liquids.

Pharmaceutical Production:

Used for the preparation and homogenization of drug solutions and mixtures.

Metallurgy and Mineral Processing:

It is used for mixing liquids used during metallurgical processes and mineral processing.

Advantages

Effective Mixing:

Thanks to the high-speed liquid flow, the liquids in the tank are mixed quickly and effectively.

Energy Saving:

Provides high efficiency with low energy consumption. This reduces operating costs.

Versatility:

It can be used in various industrial applications and offers solutions suitable for different tank sizes.

Durability:

Made from stainless steel and corrosion-resistant materials, eductors are long-lasting and require low maintenance.

Easy Installation:

Eductors are generally easy to install and maintain, simplifying operational processes.

Tank mixing eductors play an important role in many industries with their technical features and wide application areas. It is used for mixing and homogenizing liquids in various industries such as chemical, food, petrochemical, wastewater treatment, pharmaceutical production and metallurgy. Correct selection and use of eductors increases the efficiency of businesses and reduces operational costs. These eductors, which are made of durable materials and provide energy savings, are of critical importance in industrial processes.

Technicial Specifications

Tank mixing eductors are devices used to mix, homogenize and increase circulation of liquids in tanks. These eductors optimize the mixing process by increasing the movement of the liquid within the tank. The main technical features of tank mixing eductors are:

Working Principle:

Tank mixing eductors work on the principle of passing a high-speed liquid flow through a nozzle and mixing this flow with the low-speed liquid in the eductor pipe. This process ensures effective mixing of liquids.

Spray Pattern:

Eductors provide effective mixing by spreading the liquid over a wide area. The spray pattern varies depending on the design of the nozzles.

Material:

They are made of stainless steel, plastic (e.g. PVDF), and other corrosion-resistant materials. The material chosen depends on its chemical resistance and the requirements of the application.

Dimensions:

They are produced in a variety of sizes to suit different tank sizes and mixing requirements.

Pressure and Flow:

Working pressures generally vary between 1 bar and 10 bar. The flow rate varies depending on the size of the eductor and the operating pressure.

Efficiency:

The efficiency of eductors varies depending on their design and the applied pressure. They generally provide high mixing efficiency with low energy consumption.