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SEEPEX Wastewater Treatment and Sludge Handling Solutions

Wastewater Pumps for Your Daily Needs – The Cleanest Treatment Solutions from SEEPEX

SEEPEX makes wastewater treatment processes cleaner, more efficient, and more sustainable with innovative pump technologies. It offers solutions for every need, from daily industrial applications to advanced treatment systems.

Innovative Pump Technologies: Smart Solutions for Predictive Maintenance

To increase efficiency and reduce operating costs in wastewater treatment, SEEPEX offers integrated solutions with advanced technology pump systems. It ensures maximum performance and reliability in processes such as sludge dewatering, drying, incineration, mixing, and digestion.

SEEPEX pumps efficiently transfer even high-viscosity or abrasive sludges containing up to 45% dry matter. This results in energy efficiency, low maintenance requirements, and a long service life.

Sludge Dewatering and Cake Conveying

After sludge treatment, various dewatering methods are applied to reduce volume, and the resulting dry matter content usually varies between 18–45%. The flexibility and durability of the systems play a critical role in this process.

SEEPEX offers specialized solutions for conveying high-viscosity and non-fluid sludges. It provides the most efficient and reliable systems for every application.

Areas of use:

  • BN series: Feeding of dewatering systems

  • T series: Transfer of dewatered sludge

  • M series grinders: Homogenization of fibrous and solid particles

  • Boundary layer injection systems: Reduces pipeline friction, saving energy

  • Smart control systems: Optimizes process efficiency

Sludge Drying and Incineration Systems

Drying and incineration plants process materials from different sources, such as raw, biological, mixed, or digested sludges. Therefore, the pumps used must be resistant to variable and challenging process conditions.

SEEPEX offers integrated sludge conveying solutions developed specifically for each application.

Application examples:

  • BTHE, BTE, BTI series: Transfer of dewatered sludge to silos

  • BTES, BTEI series: Conveying sludge from silos to drying or incineration systems

Wastewater and Sludge Treatment

SEEPEX’s progressive cavity pumps and grinders offer efficient and reliable conveying solutions in all stages of wastewater and sludge treatment. In this way, the sludge is optimally fed to thickening and dewatering systems and prepared for drying, incineration, thermal hydrolysis, or biogas production.

Areas of use:

  • BN series: Transfer of primary and secondary sludge to thickeners

  • BN, BTQ, BT series: Conveying thickened sludge to digesters

  • T series: Preparing dewatered sludge for processing by re-mixing

  • M series grinders: Reducing solid and fibrous particles

Sludge Mixing Systems

SEEPEX pumps efficiently mix sludges from different sources, regardless of the dry matter content. In this way, the desired density and homogeneity are achieved throughout the process.

Application examples:

  • BTHE series: Transfer of sludges containing 18–35% dry matter to temporary storage

  • BTE and BTES series: Making dewatered sludge suitable for processing by re-mixing

  • SCT series: Pumping liquid sludge to mixing systems

  • CO control systems: Monitoring processes such as level, pressure, and dry running protection

Advanced Digestion

Anaerobic digestion is an effective method for breaking down organic matter for biogas production. Advanced digestion processes supported by thermal hydrolysis increase sludge decomposition efficiency, maximize biogas production, improve sterilization, and reduce sludge volume.

SEEPEX offers specially designed pump systems for these high process requirements.

Application examples:

  • BTHE series: Feeding of thermal hydrolysis systems

  • BN series: Transfer of hot sludge to reactors and digesters

  • BTHE series: Reliable conveying in “Class A sludge” applications

Chemical Additive Metering

Organic and inorganic additives used in wastewater treatment increase the efficiency of biological and mechanical processes. Accurate metering is critical for process safety and system stability in these applications.

Application examples:

  • MD/MDF series: Metering of flocculant and polymer-based additives

  • BN/MD series: Disinfection applications with hypochlorite

  • BN series: Precise metering of chemicals such as lime milk for pH balance