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A New Era in Food Transfer: Local Production, Smart Design

In food production, every step matters — but the transfer process is one of the most critical stages that directly impacts product quality.
At this very point, our Food Transfer Pump, developed entirely by our team, takes production lines to the next level.

This system, designed and manufactured in-house, was developed to operate without damaging the product, preserving its form, and ensuring full compliance with hygiene standards.
The product exits the pump exactly as it enters — no crushing, no clogging, no deformation.

Key Features:

Special fan design that protects the product: Internal flow lines guide the product on a “journey” through the pump — without pressure or force.
Hygienic structure: Manufactured entirely from stainless steel (AISI 316L).
Customizable seals: Different mechanical seal options adaptable to the fluid type.
Versatile applications: Easily transfers various food items including vegetables, fruits, and seafood.

Its ability to be safely used in sensitive applications like live fish transfer is the clearest indicator of the system’s delicacy and precision.

Where Is It Used?

In the food industry: For delicate items such as olives, gherkins, cherries, apricots, peaches, shrimp, and live fish
In industrial fields: For removing animal waste, and in lime or marble production facilities

This product not only supports the care you show for your food but also becomes a reliable solution partner in your production process.

We developed it because we believe in adding value to your production.

The Food Transfer Pump is more than just a piece of equipment — it’s an investment that makes your processes more efficient, safer, and more sustainable.

A silent yet powerful addition to your production line, this system is ready to support the precision your product deserves.

For more information or to request a demo, feel free to contact us.

We are here to empower your production.

A Powerful Solution for Challenging Fluids: Helical Impeller Pump

When it comes to industrial fluid transfer, the composition of the fluid is just as important as the presence of solid particles within it. Fluids that are grainy, fibrous, or highly viscous can damage conventional pumps or cause operational inefficiencies. In such demanding applications, helical impeller transfer pumps offer both delicate handling and robust performance.

Equipped with a helical impeller design, this industrial pump is specifically engineered for the transfer of dense and particle-laden fluids. From sludge to olives, from poultry bones to pickles, a wide variety of materials can be safely and efficiently transported. Thanks to the unique geometry of the helical impeller, solids pass through without damage — preserving product quality and extending the life of the system.

Operating Principle

The pump’s helical impeller is designed with advanced engineering calculations and manufactured using precision casting methods. As the impeller rotates, it creates flow lines within the pump housing. These lines guide the fluid from the suction inlet toward the discharge outlet in a controlled motion.

During this process:

Solid particles are transferred without damage.
There is no deformation or crushing of the product.
The system operates with high efficiency and low vibration.

Application Areas

Helical impeller pumps are widely used in both the food industry and industrial waste management, thanks to their versatility and gentle handling capabilities.

Food Industry

This pump ensures product integrity during the transfer of delicate, solid-containing food items.

✔ Olives
✔ Pickles (Gherkins, Cucumbers, Peppers)
✔ Fish
✔ Tomato Paste
✔ Peas
✔ Potatoes
✔ Poultry Feathers and Bones

Industrial Applications

Ideal for abrasive, viscous, or challenging fluids.

✔ Sludge
✔ Lime
✔ Wastewater
✔ Animal Waste

Why Choose a Helical Impeller Pump?

🔹 Gentle Transfer: Moves particles without crushing or damaging the fluid.
🔹 High Durability: Resistant to abrasive and dense materials.
🔹 Energy Efficiency: Optimized impeller design delivers more performance with less energy.
🔹 Quiet & Stable Operation: Low vibration and noise levels ensure smooth performance.

Helical impeller transfer pumps are reliable and long-lasting solutions that maintain high performance even under the toughest conditions. From the food industry to waste management, they are an essential choice for businesses seeking to increase efficiency while preserving product quality.

Pump Installation: Key Points to Consider

Archimedes’ invention, which is still present in our lives today as the Archimedean screw, continues to evolve and is used in many industries and areas. These pumps rely on the physical principles of lifting and compressing mechanical forces to raise water, transport liquids, and transfer from low pressure to high pressure. Pumps, which play a crucial role in the industrial world, must be installed correctly to ensure efficient operation. Pump installation plays a critical role in maintenance and efficiency. So, what are the key factors to consider during pump installation? Here are the fundamental aspects to keep in mind during the installation process:

Key Considerations for Pump Installation

Before starting the pump installation, there are several important points that need to be taken into account. These points can be summarized under the following headings:

Pre-installation Preparation
Determining the Location for Pump Installation
Pump Base (Foundation)
Suction Pipe Connections
Discharge Line Connections
Centrifugal Pump Electrical Connection

What Should Be Considered Before Installation?

Although the exterior of the pump is made of durable and hard materials, these materials can still be susceptible to damage. During the pre-installation stage, great care must be taken in the transportation and storage processes of the pump. Incorrect handling or storage can lead to damage to the pump. Therefore, it is important to ensure that the transportation methods are correctly applied before starting the installation.

It is recommended that the equipment to be used be coated with protective substances against corrosion. Also, if the pump installation is delayed, proper rust prevention materials should be applied to prevent the internal components from rusting (don’t forget to review the product’s user manual). The installation should be carried out in compliance with occupational safety regulations. Safety measures should not be neglected during the installation of the pump.

How Should the Pump Installation Area Be?

The area where the pump will be installed should provide enough space for operation, maintenance, and inspection. Especially for heavy pumps and large motors, lifting equipment such as a crane should be provided before installation. The pump should be installed in a location where there is no risk of freezing or explosion, where the ventilation system works properly, and the humidity level is low.

In addition, proper drainage systems should be in place to prevent water flooding and pipeline leaks. The use of drainage pumps or channels should be ensured for the proper evacuation of water.

Pump Base (Foundation)

The pump foundation is one of the most crucial stages of installation. The pump foundation must be prepared properly and made suitable for installation. Incorrect installation can shorten the pump’s lifespan and cause difficulties during maintenance. Adequate space should be left around the pump for maintenance and repairs. Additionally, the foundation must be heavy and durable enough to absorb vibrations. The foundation’s strength is essential to prevent misalignment of the frame and coupling.

Before the pump installation, it is important to ensure that the concrete foundation has fully solidified and gained strength. Concrete foundations are the most commonly preferred foundations for pumps and should be constructed on solid ground. Attention should be paid to the installation manual during the pump base setup.

How Should the Suction Pipe Be?

The suction pipe must be short and straight for efficient operation. If the suction pipe is long, the pipe diameter may be increased to reduce friction losses. If the pump will draw water from a lower position, the suction pipe must be continuously inclined upward. This will ensure the air in the pipe is discharged.

The suction pipe must be leak-proof and should be carefully inspected. If the pump draws water from a source at a much higher level, an axial isolation valve should be added to the suction pipe in a horizontal position. This valve should always remain fully open while the pump is operating. Additionally, there should be a distance between the suction pipe and the tank feed pipe. The tank feed pipe should be located farther from the suction pipe and below the water level.

What Should Be Considered in the Discharge Line?

The discharge line plays an important role in properly adjusting the flow rate and discharge height. A control valve may need to be added to the discharge pipe. It is important that this valve is located close to the pump. In the discharge line, a check valve can be placed between the pump and the control valve to prevent backflow.

If the pump discharge line is long and high, it must be protected against water hammer. To prevent backflow, a check valve should be attached to the discharge pipe. Also, when increasing the pipe diameter, a conical reduction should be used. The discharge line should be supported by the floor or ceiling in such a way that it does not stress the pump.

Centrifugal Pump Electrical Connection

Electrical connections during pump installation are extremely important. Only authorized electricians should carry out the electrical connections. Moreover, safety instructions must be strictly followed. Before starting the pump installation, it must be ensured that all power connections are disconnected. When laying electrical cables, care should be taken to ensure the cables do not come into contact with the pump or motor housing.

Before making the electrical connections to the motor, the pump shaft should be manually rotated to check whether the rotor turns smoothly. Also, grounding connections of the motor should be inspected. Electrical connections may vary depending on the motor’s power, power source, and connection type, so the necessary procedures should be followed.

Pump installation is a process that requires attention to detail at every stage. Therefore, all aspects to consider during pump installation are outlined in the user manual. To ensure the efficient operation and long lifespan of your pump, you should follow the steps outlined in the manual carefully.

Pump Types and Energy Efficiency: Both Environmentally Friendly and Economic Solutions

Pump systems play a critical role in various fields, from industry to agriculture, construction to domestic use. The right pump selection not only moves liquids but also impacts energy efficiency and costs. In this article, we will explore the effects of different pump types on energy efficiency and find the most suitable solutions for your business.

Pump Types: Solutions Tailored to Your Needs

Several main types of pumps designed for different sectors provide both efficiency and energy savings. Here are a few suggestions:

Centrifugal Pumps: Powerful and Efficient Ideal for applications requiring high flow rates. Centrifugal pumps move liquid using centrifugal force and offer great efficiency with low energy consumption. They have a wide range of applications in water supply, irrigation, and industrial liquid transportation.
Submersible Pumps: Efficient Water Extraction from Depths Used for extracting water from deep wells or underground sources. Submersible pumps, powered by underwater motors, minimize energy loss and work effectively. Their energy efficiency leads to cost savings over prolonged use.
Progressive Cavity Pumps: Ideal for High Viscosity These pumps are highly effective for transporting thick liquids and viscous substances. They minimize energy consumption based on the liquid’s density and provide continuous, efficient transfer power.
Hydrophore Systems: Perfect Solution for Water Pressure Where water pressure is required, hydrophore systems deliver high performance with low energy consumption. They ensure efficient water distribution in buildings, irrigation systems, and industrial applications.

Energy Efficiency: Save and Reduce Costs

Energy-efficient pumps can significantly reduce costs for businesses. So, how can we achieve more efficient use?

Correct Pump Selection: Determining the correct capacity for the pump is the most fundamental way to optimize energy consumption. Choosing the right pump for your needs prevents excess energy usage.
Efficient Motor Selection: High-efficiency motors use less electricity to do the same work, resulting in significant long-term savings.
Maintenance and Monitoring: Regular maintenance ensures the efficient operation of pump systems. Worn-out pumps consume more energy, so performing regular maintenance helps minimize energy usage.

Advantages of Pump Use

Correctly selecting pump systems provides many benefits for businesses:

Lower Operating Costs: Energy-efficient pumps reduce operating costs and lead to savings in the long term.
Environmentally Friendly: Less energy consumption means less carbon emission, making them better for the environment.
Less Maintenance, Lower Costs: High-quality pumps require less maintenance, which further reduces operating costs.

Gain Through Energy-Efficient Pump Solutions

Choosing the right pump for your business enhances both energy efficiency and reduces costs. Proper use of pump types is a crucial factor for the long-term success of your business. Whether it’s water supply or industrial liquid transport, the right pump solution can bring both economic and environmental benefits.

Pompa & Vana

Etiket: pump systems