Pumps for the recycling industry

Pumps are essential for the recycling industry.

Recycling industry pumps

Chemical recycling is becoming more and more important and requires special pumps that can transport aggressive and corrosive media. Mechanical recycling is also used in special pumps required, for example for shredding plastics or conveying granules. Reliable and efficient pump technology is essential to ensure a smooth process in the recycling industry. Selecting the right pump depends on various factors. These can depend, for example, on the type of medium to be pumped, the required delivery rate or the operating pressure. Some of the most popular pump types in the recycling industry include diaphragm pumps, centrifugal pumps and various others positive displacement pumps.

What functions do pumps have in the recycling industry and what tasks do they perform?

In the recycling industry, pumps have a variety of functions and perform crucial tasks. One of the main functions of pumps is furtherance of liquids or gaseous media. For example, the pumps can transport waste water or chemicals from one location to another.

Pumpen für die Recycling-Industrie


Another important area of application of pumps in the recycling industry is shredding of garbage and waste. Here, the waste is filled into a mixing chamber and passed through the pumps with water or air under high pressure. This involves shredding the waste into small pieces, which can then be further processed.

In addition, pumps are also used at Separation from waste to use. This involves separating waste into different fractions by pumping it through sieves of different sizes. As a result, recyclable materials such as metals or plastics can be separated from other types of waste.

In total, pumps play in recycling industry sector play a central role and are essential for many processes. They make a significant contribution to recycling waste efficiently and in an environmentally friendly manner and to recovering valuable raw materials. It is important that the pumps are reliable and durable, as they often work under extreme conditions and are exposed to heavy loads. For this reason, companies in the recycling industry attach great importance to choosing high-quality and robust pumps such as those from pumpsystems. This is the only way to guarantee long-term and smooth operation.

Which types of pumps are suitable for the recycling industry?

There are various types of pumps that are suitable for the recycling industry. These include centrifugal pumps, screw and eccentric screw pumps, and diaphragm pumps. Centrifugal pumps are very common and are particularly suitable for pumping liquids, such as slurries or waste water. Screw and eccentric screw pumps, on the other hand, are better suited for pumping solid or viscous media. Diaphragm pumps are particularly advantageous when dosing chemicals or other liquids in the recycling industry. However, which type of pump is chosen always depends on individual requirements and the type of recycling process.

A all-round talent That meets all requirements of the recycling industry is our wobble ring pump. It is characterized by high performance and efficiency and is at the same time very robust and durable. The wobble ring pump is suitable for use in a wide range of recycling processes, including plastic recycling, paper recycling, and metal recycling. In addition, their design enables reliable delivery of abrasive and viscous media, making them ideal for many industrial applications. Our wobble ring pumps are therefore a reliable choice for customers who need a powerful, versatile and durable pump that meets the needs of the recycling industry.

How does chemical recycling work?

Chemical recycling is a process in which plastic waste are broken down into their basic chemical components. This is done through a chemical reaction that breaks down polymers into their monomers. The monomers can then be used to produce new plastics.

There are various methods for chemical recycling, such as pyrolysis, depolymerization, and gasification. At the pyrolysis plastics are heated at high temperatures in the absence of oxygen to decompose them. At the depolymerization Polymers are broken down into their monomers through chemical reactions. gasification is a process in which plastics are heated in a closed container to convert them into a synthetic gas.

Chemical recycling offers a way to reduce plastic waste and preserve valuable resources. However, it can also be energy-intensive and expensive and requires specialized equipment and expert knowledge.

Another advantage of chemical recycling is the ability to recycle plastics that are difficult to recycle, such as mixed plastics or multi-layered packaging. Through chemical recycling, these materials can be broken down into their basic building blocks so that they can be reused in plastic production. Despite its benefits, chemical recycling is not yet widely used and is often used as a supplement to mechanical recycling. However, a comprehensive solution to the plastic problem requires a combination of both methods as well as reducing plastic consumption and promoting circular economy and reuse.

Final product chemical recycling

Does recycling have a future?

More and more people have become aware that the resources of our terra are limited and that we need to deal with them more carefully. As a result, awareness of recycling and reusing materials is also growing. Recycling is an important measure to protect the environment and reduce mountains of waste. Particularly in the fashion industry, there is still a lot of potential for recycling, as materials are often used here that take a long time to be dismantled. So if we want to live more sustainably in the future, recycling is an important part of it. We also have the option of so-called upcycling.

At Upcycling old or used objects are converted into new and higher-quality products. This not only prevents waste, but also saves new resources. Upcycling is often also a creative way to create unique and individual products. It is important that we become aware of the effects of our consumer behavior has on the environment and that we take responsibility to conserve our resources. Through recycling and upcycling, we can make an important contribution to creating a more sustainable future.

What is the difference between upcycling and recycling?

Upcycling and recycling Are both measures for Waste prevention and Conservation of resources. The difference, however, lies in how the materials are reused. During recycling, waste is broken down into its basic components and then processed into new products. In upcycling, on the other hand, waste products are converted into higher-quality materials in order to create new products. The aim of upcycling is therefore to create something new and valuable from supposedly worthless materials.

Is upcycling really sustainable?

Upcycling is a method of creating new products from waste materials. Materials are often used that would otherwise end up in the trash. This saves resources and reduces environmental impact. But is upcycling really sustainable?

It depends on how upcycling is implemented. If, for example, an old T-shirt is converted into a shopping bag, that is a nice idea, but if this bag breaks down after a short time and is thrown away, the upcycling was only limited sustained.

However, if high-quality materials are used and the products last a long time, upcycling can be a sustainable alternative. In addition, the question of transport routes and energy consumption during production also plays a role.

Overall, upcycling is a way to resources to protect and reduce waste. However, care must also be taken to ensure that the products are really durable and are not only used for short periods of time. It is important that upcycling does not serve as an excuse for continued consumption, but as an opportunity to live and consume more sustainably.

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