01 / 06Solid–liquid separation
Dissolved Air Flotation System
Removes suspended solids, FOG and other floatable contaminants from wastewater.
- Pretreatment
- SS / FOG removal
- Industrial wastewater
Start with your need
Equipment portfolio
Remove solids from wastewater and reduce the volume of sludge for handling.
01 / 06Solid–liquid separation
Removes suspended solids, FOG and other floatable contaminants from wastewater.
02 / 06Sludge dewatering
Reduces sludge volume before handling, transport and downstream disposal.
Prepare and add treatment chemicals where the process requires them.
03 / 06Polymer conditioning
Prepares polymer solution for solids separation or sludge dewatering.
04 / 06Controlled chemical addition
Adds treatment chemicals at a controlled rate for a defined process duty.
On-site supply for the selected final disinfection step.
05 / 06On-site disinfection
Generates sodium hypochlorite on site for water or wastewater disinfection.
Combine biological conversion, clarification and selected final-treatment functions in a compact equipment package.
06 / 06Decentralized biological treatment
Packages A/O contact oxidation, clarification and configurable final treatment for decentralized wastewater applications.
Process position
Follow the water path and the solids branch to see where each product fits.
Main water line
Solids separated at DAF
Sludge line
Illustrative positions. The actual process route depends on the application.
Engineering Support
Common questions about selecting, configuring and integrating KUOSI water and wastewater treatment equipment.
The appropriate equipment depends on the treatment objective, wastewater or sludge characteristics, flow rate and the position of the equipment within the overall treatment process.
As a general guide, containerized wastewater treatment plants provide packaged biological treatment for defined decentralized duties; dissolved air flotation removes suspended solids, FOG and other floatable contaminants; screw presses dewater sludge; polymer preparation systems prepare conditioning solution; chemical dosing systems provide controlled chemical addition; and sodium hypochlorite generators support on-site disinfectant production.
Final equipment selection should be based on verified project data rather than the treatment objective alone.
The information required depends on the equipment, but equipment selection normally starts with the application, treatment objective, design flow and available water or sludge characteristics.
Useful project information may include:
Not every project will have all of this information available at the beginning. KUOSI can review the available data first and identify any additional information required for preliminary equipment selection.
Yes. KUOSI equipment can be supplied as individual units or configured as part of a broader treatment system, depending on the project scope.
Typical combinations may include a containerized biological treatment plant with external headworks and final disinfection, dissolved air flotation with chemical dosing, polymer preparation with sludge dewatering, or chemical dosing and disinfection equipment integrated into a larger wastewater treatment process.
The final equipment scope, interfaces and supporting equipment are determined according to the process design, site conditions and agreed supply boundary.
KUOSI focuses on defining how each equipment package fits into the overall treatment process rather than treating each machine as an isolated unit.
Yes. Equipment configuration can be adapted to project-specific operating and site requirements.
Depending on the equipment type, configurable items may include:
The available options vary by product. Final configuration should be confirmed during technical review before manufacturing.
Yes. Reviewing the available wastewater, sludge or process data is an important part of equipment selection.
Customers can provide available information such as water analysis, sludge concentration, design flow, pollutant loading, treatment targets, existing process conditions or project specifications.
KUOSI can use this information to review the application, identify the relevant treatment equipment and determine what additional data may be required for preliminary selection.
Where important design information is not yet available, recommendations should remain preliminary until the necessary project inputs are confirmed.
Submit Project DataTechnical documentation can be provided according to the equipment type, project stage and agreed supply scope.
Typical documentation may include:
Project-specific drawings and final technical documents should only be issued after the relevant equipment configuration and supply scope have been confirmed.
Engineering inquiry
Tell us your treatment objective, available flow or sludge data, and project location. Our team can help define the next equipment discussion.