APPLICATIONS
Borehole Water Treatment
A borehole project starts with two separate questions: what water is available, and what quality is needed at the outlet? A nominal RO capacity alone does not answer either. Prepare a source-water report and pumping information before comparing the KALES RO range.
What to include in your enquiry
- Share a recent laboratory report covering pH, conductivity or TDS, hardness, iron, manganese and locally relevant chemical and microbiological parameters.
- Provide the pumping-test yield, normal pumping hours, seasonal changes and available raw-water storage. Distinguish sustainable supply from the pump’s nameplate capacity.
- Describe the intended use, daily treated-water volume, electricity supply, installation space and proposed route for concentrate and filter backwash.
Planning the treatment process
Groundwater chemistry reflects the materials through which water travels. Depending on the findings, a treatment proposal may combine particle filtration, targeted pretreatment and RO. Membrane pretreatment and concentrate management need explicit design consideration; neither can be selected reliably from the word 'borehole' alone.
Common project questions
Does a deeper borehole always need less treatment?
Depth is not a substitute for water analysis. Submit the actual source report and sampling date, even when a nearby borehole appears satisfactory.
Can a 2,000 LPH system operate from a 2,000 LPH borehole?
Do not assume so. RO feed demand includes concentrate, and other treatment steps may consume water. Compare the complete water balance with sustainable borehole yield.
Further reading: USGS: Quality of Ground Water · EPA: Overview of Drinking Water Treatment Technologies
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LET’S TALK WATER
Tell us your water treatment requirement
Start with your water source, required output and application. We will use these details to discuss a suitable equipment configuration.
Have a water analysis report? Mention it in your message. Our team can arrange the next step.