Water Quality Monitoring System/Analyzer For ETP/STP

Water plays a important role in the creation of human beings and other natural things. Most diseases are caused by the utilization of polluted water. As we all know, water is not only used for drinking purposes, it has other uses too like in industries sites for agriculture for fishing and constructive activities etc. The quality of water is mainly affected by physical, chemical, and biological aspects.

Catalogue

Drexel water quality Monitoring Systems form widely used to monitor industrial effluent and effluent generated by (STPS).Water Quality Monitoring Systems are certified by various international certifying agencies including TUV, CE, ISO ,EN.

Drexel Water Quality Monitoring System/Analyzer are based on the probe sensors which are used to measure the ETP/STP Drinking Water with standard parameters like BOD,COD ,TSS,PH, TDS and additional parameters like DO (Dissolved Oxygen) ,NH₄NO₃,TDS, Turbidity, Residual Chlorine, Hardness, Salinity, Orthophosphate, Total Phosphate, Temperature and conductivity.

DX4P –W is using an innovative technology, to checks and detects undesirable substances present in sewerage treatment plants or effluent plants.

Water Quality Monitoring System [Probe Type DX4P-WP & Extractive Type DX4P-W]

The probe type sensors can be placed directly in the tank or sensor can be enclosed in assembly box. Since the assembly box has automatic cleaning cycle with extract water arrangement. The extractive type model is also based on UV photo spectrometer principle. In this system pump is installed inside the sampling section which is use to take the sample from the water line. After periodic sampling, the Flow cell of the system is automatically cleaned.

TECHNICAL SPECIFICATIONS:

Parameters	Principle
BOD,COD, TSS	UV- Visible spectroscopy (Dual Beam)
pH	Glass Electrode method
DO	Fluorescence
Chlorine	Ion selective permeation membrane,
Orthophosphate	Colorimetric
Total Phosphate	Colorimetric
Conductivity	Electrode
Response Time	Less than 10 sec
Total Phosphate	Colorimetric
Accuracy	Less than ± 5 %
Linearity	Less than ± 5 %
Repeatability	Less than ± 5 %
Calibration	Calibration with DM/RO Water, with Known BOD,COD,TSS concentration Solution
Ambient Temperature	0°C to 60°C
Operating Temperature	0-46°C
Analog Interface Output	4-20 mA
Digital Interface Output	RS 485 MODBUS
UPS Supply	Online UPS less than 3KVA (Customer scope)
IP Protection	0°C to 60°C

SOFTWARE INTERFACE

The interface is user friendly and works seamlessly. When the system is switched on the system is powered up and HMI display starts automatically. Further configured parameters are shown on the display.

REAL TIME MONITORING

Real time Monitoring provides continuous measurement of Data for long period of time. All the measure steps like collection, sample analysis, cleaning and calibration procedure are fully automated in this kind of monitoring. Historical data is saved upto 2 years on servers.

DATA COMPLIANCE TO THE REGULATORY

Effluent Quality Monitoring System/Analyzer facilitates the data compliance to the Government regulatory bodies. So that they take corrective action depending upon the data inputs available to them.

Application Areas of Effluent Quality Monitoring System/Analyzer

Water quality monitoring of petrochemical, chemical, power generation, pharmaceutical, food, electronic, water plant, etc
Treatment of industrial effluents
Surface Water Pollution Detection and Monitoring
River & lake Water Quality Monitoring
Sewage Treatment Plant Water Quality Monitoring
Fishery Water Quality Pollution Monitoring
Fish farming and aquaculture
Water quality inspection of urban parks -Smart city water quality detection
Urban wastewater treatment: detecting organic load variations during input/ treatment process/output
Drinking water: monitoring Organic matter in raw water, oxidation process, coagulation, activated carbon filtration