Sewage

More efficiency in sewage sludge treatment

We supply high quality water centrifuges for the surface finishing and metal parts industry. Our centrifuges offer an efficient and effective solution for separating solids and removing liquid waste, improving wastewater management and optimizing costs.

Clean water is becoming an increasingly valuable raw material, which is why the importance of municipal waste water treatment continues to grow. In order to keep soil and water clean, sludges resulting from drinking water and waste water treatment must be separated as efficiently as possible. For the dewatering and thickening of sewage sludge, industrial centrifuges are now considered the state of the art. They are cost-effective, energy-saving and efficient.

KOEN has over 30 years of experience in dewatering and thickening of sewage sludge. We are aware of the special requirements of sewage treatment plants and the water industry.

Specially developed sewage sludge centrifuges for the particular requirements of sewage treatment plants.

The most important goal in dewatering is to maximize the reduction of the volume of sewage sludge. The reason for this is that every tenth of a percent increase in dry solids in the sludge reduces the costs of sludge disposal. The dewatering decanters of the C-series and X-series reduce operating costs and energy consumption and achieve a higher dry solids content.

During thickening, a high degree of separation and a low polymer consumption are extremely important. Both relieve the burden on subsequent process and improve the overall performance of the waste water treatment plant. KOEN decanters for sludge thickening concentrate the dry solids content of the sewage sludge to a few percent.

Our decanter centrifuges can also be used for optimum sludge thickening using polymer-based starch flocculants. Starch polymer is largely degradable and very good values can be achieved with our decanters.

The treatment of drinking water produces waterworks sludge. Decanter centrifuges are used to reduce the cost of transport and landfill of the sludge produced. They increase the dry solids content and at the same time reduce the amount of polymer required.