One SCADA for the whole treatment train, dosing that follows the water, and reports the operating authority can rely on.
Intake pumps SST-P-01 and SST-P-02 lift raw water from the summer storage tank over a cascade aerator into a measuring channel with a weir.
We automate:Duty and standby selection, run hours per pump, dry-run protection, and raw water flow, pH and TDS (RW-FIT-101, RW-pH-101, RW-TDS-101) with high and low alarms.
Alum solution from tank T-01-A or T-01-B, each with its own agitator, flows by gravity into flash mixer AG-01, which spreads it through the raw water.
We automate:Dosing paced to inlet flow and trimmed to turbidity and pH, tank level interlocks from the AL-LS switches, and agitators blocked when a tank is low or inlet flow is lost.
Paddles FL-01 to FL-04 stir the dosed water gently so floc forms in the centre zone, the floc settles in the outer zone, and the bridge DR-01 scrapes sludge to a sump.
We automate:Paddle and bridge drive supervision with run feedback and trip alarms, desludging timers, and sludge pumps SP-01 and SP-02 sent to the nala.
Four rapid gravity filters, RF-01 to RF-04, pass the settled water down through sand and gravel. A dirty bed is washed with air and then water from the roof tank.
We automate:A wash requested on head loss or run time, the 5-step backwash sequence with air scour, one bed at a time, roof tank filling by WT-P-01A/B, and travel alarms on all 22 MOVs.
Filtered water is chlorinated and held in a baffled contact tank long enough for the chlorine to act before it goes to storage.
We automate:Residual chlorine trim from CW-RCL-101, filtered flow, pH and TDS (FW-FIT-102, FW-pH-102, FW-TDS-102), with IS 10500 limits set as the alarm limits.
Treated water collects in the pure water tank, and three pump pairs deliver it into the SEZ, Naidupeta and Athivaram headers, each with its own flow meter.
We automate:Duty rotation per header, daily and monthly header totals from PH-FIT-01 to 03, and dry-run protection for every pump from the FW-LS-101 tank level.
PLC-01 and an iFIX SCADA station run the whole plant from one room, with remote overhead tanks and pump houses linked by RTU over 4G.
We automate:Alarms with acknowledgement, trends kept in the historian, the daily report of volume, quality and energy, and status from the remote sites.
A water treatment plant is a chain of dependent stages. If dosing lags the raw water, the clarifier carries floc to the filters; if filters are not backwashed in time, turbidity breaks through to the reservoir. Our automation ties the stages together so the plant makes consistent water with fewer manual interventions.
Trends of every flow, level and quality parameter, logged operator actions and alarms, and shift, daily and monthly reports for volume treated, quality, chemical consumption and energy per million litres. Data can be published to a central dashboard so engineers see the plant without travelling to it.
Overhead service reservoirs, ground level sumps and booster stations connect through RTUs or industrial 4G routers, so tank levels and pump status across the scheme appear on the same SCADA.
Our water references include the Naidupet water treatment plant, delivered for SRR Projects inside a government water supply EPC package.
The plant adjusts its own dosing as the raw water changes, washes its own filters when they clog, and prints the daily quality report the water board asks for.
A WTP that depends on operators adjusting dosing by hand produces variable water and a weak quality record. Tender specifications now require SCADA with reporting.
Three to six months depending on plant size, aligned to the civil and mechanical schedule.
Attach these to your enquiry. The three marked essential are enough for us to start a budget.
They give us the treatment train and the number of filters, pumps and dosing points.
It sets the I/O count, which drives panels and price.
We quote to what the authority will actually inspect.
Analyzer-based dosing has to cover your worst turbidity and pH, not the average.
A stroke-adjusted pump and a VFD pump are controlled differently.
Drives with Modbus or similar ports cut wiring and give us status and fault data.
Count and distance decide the telemetry hardware and network choice.
We build daily, monthly and annual reports to your format from day one.
Our site work follows yours, so we need to know when areas will be ready.
Do not have all of it? Send what you have; we work from a site visit for the rest.
Overall: Three to six months depending on plant size, aligned to the civil and mechanical schedule.
Every plant is different, so we price from the I/O list and scope rather than a rate card. Send the documents above and you will have a budget figure within a week, and a fixed price after the scope call.
Automation and SCADA for the treatment plant in SRR Projects' government water supply EPC package.
PLC and SCADA across the treatment train: intake pumps, chemical dosing trimmed against online analyzers, clarifier and filter sequencing with automatic backwash, chlorination and clear water reservoir control, with daily quality and energy reports.
It monitors and controls every stage from one operator station: raw water pumps, chemical dosing, clarifier drives, filter beds, chlorination and reservoir levels. It raises alarms when quality or equipment drifts, keeps trends, and produces the daily quality and flow reports the operating authority asks for.
Yes. Dosing pumps are driven in proportion to raw water flow and trimmed against online analyzers, so coagulant and chlorine follow the actual water quality.
Yes. Plant data can be published to a central server or web dashboard over a secure link, and distributed assets report in through RTUs or 4G routers.
Yes. We supply the complete instrumentation, PLC and SCADA package to EPC contractors on municipal and rural water supply projects, from tender stage sizing to commissioning and handover.
Tell us what you are planning, even if the details are still rough. We reply with a technical approach and an offer.