Utility solution
Make-up-water treatment planned around boiler pressure, feed chemistry, condensate return and the chemical-treatment program.
Discuss Your Water RequirementsApplication risks
Treatment objective
Recommended route
The final sequence depends on the submitted water analysis and operating inputs.
Confirm boiler pressure, steam load, condensate return and feed analysis
Remove suspended solids and control hardness
Add RO where dissolved salts, alkalinity or silica require reduction
Define polishing and dosing interfaces with the boiler-water specialist
Design inputs
Main components
Scope controls
Equipment components
Automatic softening configurations for scale control and equipment protection.
Review Water Softening Systems
Modular RO system concepts for continuous industrial process-water requirements.
Review Industrial RO Systems
Double-pass RO concepts for applications requiring lower dissolved solids than a single pass can typically support.
Review Two-Stage RO SystemsCustom-system examples
Use these typical configurations to compare process stages, components and the project inputs needed for final selection.
Configured starting architectures
These packages organize the major stages for discussion. Final configuration follows the submitted water and operating data.
Primary starting point
A coordinated pretreatment architecture for source-water conditioning, hardness control and protection of downstream membranes or utility equipment.
Review package
Alternative or supporting stage
A coordinated starting architecture for industrial, food, commercial and difficult-source duties where reverse osmosis forms the central separation stage.
Review packageRFQ preparation
These inputs let the equipment scope be checked against the real use point.
FAQ
Higher and stable condensate return reduces make-up demand. The treatment skid and storage should be based on normal and peak make-up conditions, not only nominal boiler output.
RO may be added when dissolved solids, silica, alkalinity or conductivity must be reduced beyond what softening can achieve, subject to the boiler design and reject-water plan.
The boiler designer and chemical-treatment specialist should confirm the limits using pressure, metallurgy, condensate return and operating conditions.
Start with your water conditions
Share your application, feed-water source and required capacity. We will shape the treatment process, equipment scope and options around your project.
