Industrial pumps for biodiesel extraction and processing

Industrial pumps used for extracting and processing biodiesel should meet certain requirements.

Biodiesel in rain glass

Industrial pumps for conveying and processing of biodiesel Play a Decisive Role in Production of environmentally friendly fuel. These special pumps are designed to safely and efficiently extract and process biodiesel.

The pumpsystems Wobble Ring Pump is one of the most powerful and reliable industrial pumps for extracting and processing biodiesel. It is characterized by its high efficiency and robust construction. The wobble ring pump can pump large quantities of biodiesel at a constant rate, resulting in efficient production leads.

Zu unseren Industriepumpen für die Biodieselförderung


In addition, the wobble ring pump is suitable for processing biodiesel, as it is made of special materials exists, which ensures safe and reliable transportation. It is resistant to the chemical properties of biodiesel and thus prevents possible damage or contamination.

The wobble ring pump is also easy to maintain and operate. It has a user-friendly design and allows easy monitoring and control of the flow rate.

Find out more about our wobble ring pump in our product brochures.

Product brochure (DE)

Product brochure (EN)

Product brochure (NL)

‍ You have the opportunity to design your ideal wobbling ring pump unbureaucratically and at short notice flexible to rent. We are happy to help you find a pump that is tailored to your needs.

What is biodiesel and how is it produced?

Biodiesel is an alternative biofuel that is produced from renewable resources and is therefore sustainability and environmental protection contributes. It is used as an environmentally friendly alternative to traditional diesel to promote emissions reduction and the fight against climate change.

Die manufacturing Biodiesel takes place through a chemical process called transesterification. Here, vegetable or animal fats and oils are mixed with an alcohol, such as methanol, blended. The addition of a catalyst triggers a chemical reaction in which the fat or oil is converted into glycerol and fatty acid methyl ester (FAME), the actual biodiesel.

The starting materials for biodiesel production can be diverse. Vegetable oils such as canola oil, soybean oil or sunflower oil, which are often used renewables use, use. But animal fats, such as lard or tallow, can also be used to produce biodiesel.

The production of biodiesel can be carried out both in large industrial plants as well as on a smaller scale, with modern technology and automation enable efficient production. The quality of the raw materials is crucial to ensure an optimal reaction and good quality of biodiesel. After transesterification, the biodiesel is purified from any impurities and can then be used as an environmentally friendly fuel to reduce carbon dioxide emissions.

What is the difference between biodiesel and conventional diesel?

Biodiesel and conventional diesel differ in several aspects, in particular in terms of environmental protection, sustainability and the use of renewable energy. The main difference lies in the raw materials from which they are made. Biodiesel is derived from sustainable, renewable bioenergy, while conventional diesel is produced from fossil fuels such as crude oil, resulting in increased climate change and has an environmental impact.

Another difference lies in the environmental impact. Biodiesel is considered to be more environmentally friendly because it is produced from renewable resources and less than conventional diesel greenhouse gases and causes pollutant emissions. This makes it an attractive option for those who are reducing their environmental impact and Emissions reduction want to contribute.

Also with regard to engine power Are there differences. Biodiesel has a slightly lower energy density than traditional diesel, which can result in a slight reduction in output. This can be particularly noticeable in vehicles with high performance or heavy loads. However, modern engines are increasingly able to burn biodiesel efficiently, making this difference less and less noticeable.

Finally, there are also differences in availability and pricing. Conventional diesel is easily available at most gas stations worldwide and is generally cheaper than biodiesel. Biodiesel, on the other hand, may not be available in all regions or gas stations and may have a higher price, due to more complex production. This underlines the importance of alternative technologies and electric mobilityto promote the use of biofuels and renewable energy.

What requirements should industrial pumps meet when extracting and processing biodiesel?

Industrial pumps used for extracting and processing biodiesel should meet certain requirements. Since biodiesel is made from natural raw materials, it is important that the pumping materials are resistant to corrosion. This ensures a long life of the pumps and prevents potential damage due to the chemical properties of biodiesel.

Furthermore, the pumps should have a high efficiency to minimize energy consumption. This is not only economically beneficial but also environmentally friendly. An efficient pump can deliver biodiesel with less energy consumption and thus optimize the operation of the entire process.

It is also important that the pumps have a reliable and constant flow rate. This ensures a smooth running of production process and minimizes potential interruptions or disruptions. A reliable pump is crucial for efficiently pumping and processing the desired quantities of biodiesel.

The pumps should also be easy to maintain and clean. A simple servicing and scouring The pump is important to remove potential contaminants or deposits. Regular maintenance and cleaning contributes to the long-term performance of the pumps and prevents potential operational problems.

Pumpen in Industrieanlage
Pumps in industrial plants for biodiesel

Which pumps are suitable for pumping biodiesel?

In addition to wobble ring pump The gear pump and the piston pump are also suitable for pumping biodiesel. Each of these types of pumps has its own advantages and disadvantages.

The wobble ring pump is characterized by its high flow rate and low wear. It is particularly suitable for use in large plants, as it can efficiently extract large quantities of biodiesel.

Die gear pump is an alternative to a wobble ring pump. It is suitable for medium flow rates and is characterized by its compact design. However, it can reach its limits at high pressures and viscosities and is less wear-resistant than the wobble ring pump.

The piston pump is robust and wear-resistant. It is therefore well suited for use in demanding environments and at high pressures. However, it is less efficient than the wobbling ring pump and the gear pump.

When selecting the appropriate pump for pumping biodiesel, it is important to consider the specific requirements of the plant. This includes the flow rate, pressure and viscosity of biodiesel. This is the only way to ensure optimal and efficient funding.

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