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wks Technik GmbH

wksgroup.de+49 351 250 885 100Dresden, Germany
manufacturer

About

WKS Group, headquartered in Dresden, Germany, is a medium-sized plant engineering firm delivering turnkey water and wastewater treatment facilities under the slogan Wasser.Kompetenz.Systeme. Following the January 2024 merger of wks Technik, wks Automation, and wks International into a single entity, the group now unifies mechanical engineering, process design, and EMSR automation under one roof, enabling end-to-end project execution from concept through commissioning and 24/7 service. Their proprietary AW equipment line includes the AW-HYDRODEK floating clarified water decanter (rated for 250-1,500 m³/h with turbidity-dependent dynamic control and an unsinkable, water-level-guided design), the AW-HYDROKLAR-PLUS compact descending weir decanter (80-300 m³/h, wall-mounted with adjustable electromotive drive and optional heating), the AW-HYDROMIX floating vertical mixer (flow-optimized placement based on CFD simulation with frequency-controlled speed), and the AW-ASSS automatic floating sludge suction device. These AW components integrate within the HydroSys system for SBR technology. WKS covers the full treatment spectrum including activated sludge with dynamic control, SBR, membrane bioreactors, anaerobic treatment, phosphorus recovery via MAP precipitation, electrodialysis desalination, UV disinfection, ultrafiltration, nanofiltration, ion exchange, and biogas purification. The firm serves municipal clients from 500 to 500,000 PE and industrial customers in pulp and paper, food and beverage, mining and chemicals, and steel and metal processing.

Key Products

AW-HYDRODEK

Floating clarified water decanter with flow rates up to 1,500 m³/h for SBR and batch treatment processes.

AW-HYDROKLAR-PLUS

Compact descending weir decanter with flow rates up to 300 m³/h for clarified water extraction in treatment plants.

AW-HYDROMIX

Floating vertical mixer with flow-optimized positioning for optimal mixing in aeration and reaction tanks.

AW-ASSS

Automatic floating sludge suction device for continuous removal of floating sludge from tank surfaces.

AW-ASSA 200/E

Automatic floating sludge removal device for extracting surface sludge from clarifiers and treatment tanks.

AW-ATAB-21

Automatic turbid water extraction system with reflection-based sensor technology for precise turbid layer detection and removal.

Activated sludge systems with dynamic control

Process-optimized biological treatment systems using dynamic control algorithms for variable load conditions.

SBR technology

Sequential batch reactor systems for intelligent, load-controlled wastewater treatment in compact configurations.

Membrane bioreactor (MBR) systems

Compact, high-efficiency treatment combining biological process with membrane filtration for superior effluent quality.

Anaerobic wastewater treatment

Energy-recovering anaerobic digestion systems for industrial and municipal wastewater treatment with biogas production.

Phosphorus recycling (MAP precipitation)

Struvite recovery system extracting phosphorus from wastewater as magnesium ammonium phosphate for fertilizer reuse.

Electrodialysis desalination

Industrial wastewater desalination via electrodialysis for salt removal and water recovery.

Chemical dosing stations

Intelligent chemical dosing systems for coagulant, flocculant, and pH adjustment in water and wastewater treatment.

UV disinfection systems

Ultraviolet disinfection systems for drinking water treatment providing chemical-free pathogen inactivation.

Heat recovery systems

Energy recovery from digester and wastewater streams for heating applications and CHP integration.

Ultrafiltration systems

Membrane filtration for fine particle, bacteria, and virus removal in water treatment applications.

Nanofiltration systems

Selective membrane filtration for removal of specific contaminants including hardness and organic molecules.

Ion exchange systems

Heavy metal and dissolved contaminant removal through ion exchange media for industrial and drinking water applications.

Sludge dewatering systems

Mechanical dewatering systems for biosolids volume reduction using belt filters, centrifuges, or screw presses.

Biogas treatment and purification

Gas upgrading and desulfurization systems for biogas streams to produce biomethane or fuel CHP units.

EMSR/automation systems

Electrical, measurement, control, and regulation technology for smart plant operation and remote monitoring.

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