Business

Sustainable Future

TS TECH is committed to delivering world-class water and wastewater treatment systems.

Business

Wastewater Treatment & Reuse

From wastewater to value,
technology that achieves both efficiency
and environmental performance

We possess specialized expertise in the design and fabrication of customized systems, providing optimized process design and equipment tailored to the characteristics of wastewater from various industries to meet effluent discharge standards.

Classification of Major Treatment Facilities by Process

  • Physical Treatment Facilities
    Screens, Gravity/Pressure Filter Tanks
  • Chemical Treatment Facilities
    Neutralization/Reaction/
    Flocculation
  • Biological Treatment Facilities
    Aeration, Sedimentation, MBR Process
  • Advanced Treatment Facilities
    Ammonia Treatment, Ozone
    Oxidation, Digestion
  • Sludge Reduction Facilities
    Filter Press, Decanter,
    Belt Press
Physicochemical Treatment

Based on extensive experience in treating various industrial wastewaters, we conduct precise contaminant analysis and perform pilot testing to determine the most efficient process configuration. Through this approach, we deliver optimized design solutions and cost-effective construction services.

  • Drum screen
  • Reaction Tank
  • CLARIFIER
  • D.A.F System
Chemical Treatment

By integrating oxidation–reduction, coagulation–sedimentation, adsorption, and ion exchange processes into a customized all-in-one process, we provide a chemical treatment method that facilitates both pretreatment and downstream processes while maintaining low operating costs.

  • Hybrid Oxidation–Reduction–Adsorption Process
  • Ion Exchange Process
  • Coagulation–Sedimentation Process
  • Coagulation–Neutralization Process
Biological Treatment

TS-MBR(Membrane Bio-Reactor) is a process that combines biological treatment with membrane separation. The mixed liquor is filtered through membrane pores of 0.1–0.4 μm, enabling the production of high-quality treated water. In addition, the process can maintain a high MLSS concentration, making it suitable for handling high organic shock loads.

Advanced Treatment

TS-MBR(Membrane Bio-Reactor) is a process that combines biological treatment with membrane separation. The mixed liquor is filtered through membrane pores of 0.1–0.4 μm, enabling the production of high-quality treated water. In addition, the process can maintain a high MLSS concentration, making it suitable for handling high organic shock loads.

Ozone-Based Advanced Oxidation Process (AOP) System
Advanced Membrane Filtration Treatment System
Chlorine Injection Advanced Treatment System
Sludge Reduction Facilities

Our sludge reduction facilities consist of thickening, dewatering, anaerobic digestion, high-temperature heat treatment, ultrasonic and ozone treatment, dewatering and drying processes.
Based on extensive wastewater treatment experience, we provide high- efficiency sludge treatment solutions.

Wastewater Treatment Track Record

  • Client
  • Project
  • Year
  • Location
  • Remarks
Client
Lotte Chilsung Beverage
Project
Construction of improved biological systems for WWT plants
Year
2016
Location
Choongjoo, Korea
Remarks
6,500㎥/d
Client
Kolon
Project
Expansion of chemical WWT system
Year
2016
Location
Kimcheon, Korea
Remarks
1,500㎥/d
Client
Korea Eundan
Project
Design · Construction of WWT plant
Year
2016
Location
Ansan, Korea
Remarks
400㎥/d
Client
Geomjun public WWT facility
Project
Construction of wastewater nitrogen · phosphorus treatment system
Year
2015
Location
Yangjoo, Korea
Remarks
23,000㎥/d
Client
Hongseung public livestock WWT facility
Project
Construction of livestock manure bioreactors
Year
2015
Location
Hongseung, Korea
Remarks
250㎥/d
Client
Amkor
Project
Construction of WWT Filtration system
Year
2015
Location
Incheon, Korea
Remarks
8,000㎥/d
Client
CJ Shenyang
Project
Reclaimed wastewater process design
Year
2014
Location
Shenyang, China
Remarks
Client
Amkor
Project
K1 factory wastewater treatment plant construction
Year
2014
Location
Seoul, Korea
Remarks
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