One of the key challenges in modern wastewater treatment technologies is the increasing presence of solid materials in wastewater, dirty, and surface waters. Among the most problematic are wet wipes and similar non-biodegradable materials, which entangle into “knots” and form braids, leading to pump blockages and equipment damage.

Wastewater management experts around the world are warning of a drastic increase in the amount of non-degradable materials in sewer systems. In urban areas, especially in large cities, these materials, combined with fats, create large solid masses known as fatbergs. These can weigh several tons and often cause severe blockages in sewer pipes.

The consequences of sewer blockages include:

• Blockages of pumps and pipes – the so-called “ragging problem,” where solid materials entangle and hinder pump operation.
• Damage to equipment – increased wear of pumps, motors, and filtration systems.
• Increased maintenance costs – due to frequent manual cleaning, repairs, and part replacements.
• Increased risk of breakdowns – blockages can lead to sewage overflows and serious environmental issues.

To address this growing challenge, many countries, including Germany, the Netherlands, and Scandinavian nations, are implementing advanced technical solutions:

Germany: Vogelsang XRipper
The company Vogelsang has developed XRipper, a dual-shaft grinder designed to shred solid materials such as wet wipes, textiles, and other waste in sewage systems. This device protects pumps and pipes from clogging and damage, reducing the need for frequent interventions and maintenance.

Netherlands: Flygt Concertor in Rotterdam
In Rotterdam, a sewage station was frequently experiencing clogs due to wet wipes. In response, city authorities implemented the Flygt Concertor, an intelligent pump system that automatically adapts its performance to the wastewater composition. The results were immediate – clogs were eliminated, and maintenance costs significantly reduced.

The introduction of such modern systems is becoming increasingly important to preserve the functionality of facilities, reduce costs, and protect the environment.

photo:AI