Water Pollution Monitoring System (OCEMS)
Importance
Water pollution is a significant environmental concern that affects ecosystems and human health. Monitoring water quality is essential to identify pollutants and prevent contamination. Our Water Pollution Monitoring System (OCEMS) helps track water quality effectively, ensuring the safety of water sources and compliance with regulatory standards.
Why Choose PT Ecological Services?
PT Ecological Services offers a reliable solution for water pollution monitoring. With over 15 years of experience in environmental management, our dedicated team provides comprehensive solutions for sustainable development and environmental compliance. Our Water Pollution Monitoring System (OCEMS) is designed to deliver accurate results, promoting responsible stewardship of water resources.
CRITICAL PARAMETERS THAT AFFECT WATER QUALITY
Why OCEMS is Mandatory?
As per CPCB guidelines (dated 10th July 2018), industries with high pollution potential must install an Online Continuous Effluent Monitoring System (OCEMS) for real-time monitoring and regulatory compliance. This advanced online monitoring system for ETP plays a crucial role in ensuring environmental safety and regulatory adherence.
- Mandatory for highly polluting industries and CETPs
- Monitors pH, BOD, COD, TSS, TDS, Ammoniacal Nitrogen, Flow, etc.
- Install OCEMS at the final discharge outlet after treatment
- Transmit data live to CPCB and SPCBs via a secure network
- Calibrate analyzers at least once every six months
- Audit annually by CPCB/SPCB-approved third-party agencies
- Use certified instruments (TUV, MCERTS, USEPA, or equivalent)
- Industry responsible for installation, operation, and data integrity
- Non-compliance may lead to penalties or closure action
| MODEL NAME: | OPM300-OPM200 |
| Measurement Methods | UV + VIS Spectrophotometer (Dual Beam AbsorptionSpectrophotometry) 200-350nm for Ultraviolet spectrum scanning 320-750nm for Visible spectrum scanning* |
| Measurement items | COD, BODc, TSS, TOCc |
| Measurement Range | COD (0-300 mg/l), BODc (0-300 mg/l), TSS (0-300 mg/l), TOCc (0-100mg/l) |
| Measurement Accuracy | OPM300 Within ± 5% of full scale, OPM200 Within ± 7% of full scale |
| Measurement Repeat | OPM300 – OPM200 Within ± 5% of full scale |
| Measurement Linearity | OPM300 – OPM200 Within ± 5% of full scale |
| Measurement Stability | OPM300 – OPM200 Within ± 2% of full scale |
| Measurement Interval | T90 in One Second, Data output within 1 minute |
| Resolution | 0.01mg/L |
| Calibration | Multi point based automatic calibration. Standard calibration as per factory setting. Local calibration for adaptive environments. For COD compensation with respect to organics and inorganic proportions. |
| Cable length | 10 m standard (Expandable up to 30m) |
| Sample minimum pressure | 1 Bar |
| Power | 230VAC±10%, 50Hz |
| Output | RS485 Smart Two way Communication Enabled |
| Protection class | IP68 |
| Cleaning Method | Advanced Surface conductive cleaning |
| MOC | OPM300 Titanium Quartz POM SS316L, OPM200 Quartz POM SS316L |
| Sensor Diagnostics | Onboard library for diagnostic commands available |
| Display | Anti-glare LCD Display – Touch Panel Type |
| Ambient operating Condition | Ambient Temperature 0-55 ̊C, Ambient Humidity 90% RH |
| Storage temperature | 5~45°C |
| Background Data Input | Sample loss input, Time correction input, Flux Cancellation Input, Temperature Compensation Input |
| Construction | For Outdoor Installation |
| Color/Finish | Standard material finish as per MOC |
| Installation Conditions | *Installation guide book to be referred |
For e-brochure click here CLICK HERE
| MODEL NAME: | OPM250 |
| Measurement Methods | UV + VIS Spectrophotometer (Dual Beam AbsorptionSpectrophotometry) 200-350nm for Ultraviolet spectrum scanning 320-750nm for Visible spectrum scanning* |
| Measurement items | COD, BODc, TSS, TOCc |
| Measurement Range | COD (0-300 mg/l), BODc (0-300 mg/l), TSS (0-300 mg/l), TOCc (0-100mg/l) |
| Measurement Accuracy | OPM300 Within ± 5% of full scale, OPM200 Within ± 7% of full scale |
| Measurement Repeat | OPM300 – OPM200 Within ± 5% of full scale |
| Measurement Linearity | OPM300 – OPM200 Within ± 5% of full scale |
| Measurement Stability | OPM300 – OPM200 Within ± 2% of full scale |
| Measurement Interval | T90 in One Second, Data output within 1 minute |
| Resolution | 0.01mg/L |
| Calibration | Multi point based automatic calibration. Standard calibration as per factory setting. Local calibration for adaptive environments. For COD compensation with respect to organics and inorganic proportions. |
| Cable length | 10 m standard (Expandable up to 30m) |
| Sample minimum pressure | 1 Bar |
| Power | 230VAC±10%, 50Hz |
| Output | RS485 Smart Two way Communication Enabled |
| Protection class | IP68 |
| Cleaning Method | Advanced Surface conductive cleaning |
| MOC | OPM300 Titanium Quartz POM SS316L, OPM200 Quartz POM SS316L |
| Sensor Diagnostics | Onboard library for diagnostic commands available |
| Display | Anti-glare LCD Display – Touch Panel Type |
| Ambient operating Condition | Ambient Temperature 0-55 ̊C, Ambient Humidity 90% RH |
| Storage temperature | 5~45°C |
| Background Data Input | Sample loss input, Time correction input, Flux Cancellation Input, Temperature Compensation Input |
| Construction | For Outdoor Installation |
| Color/Finish | Standard material finish as per MOC |
| Installation Conditions | *Installation guide book to be referred |
For e-brochure click here CLICK HERE
| MODEL NAME: | OPM3000 |
| Measurement Methods | UV + VIS Spectrophotometer (Dual Beam AbsorptionSpectrophotometry) 200-350nm for Ultraviolet spectrum scanning 320-750nm for Visible spectrum scanning* |
| Measurement items | COD, BODc, TSS, TOCc |
| Measurement Range | COD (0-300 mg/l), BODc (0-300 mg/l), TSS (0-300 mg/l), TOCc (0-100mg/l) |
| Measurement Accuracy | OPM300 Within ± 5% of full scale, OPM200 Within ± 7% of full scale |
| Measurement Repeat | OPM300 – OPM200 Within ± 5% of full scale |
| Measurement Linearity | OPM300 – OPM200 Within ± 5% of full scale |
| Measurement Stability | OPM300 – OPM200 Within ± 2% of full scale |
| Measurement Interval | T90 in One Second, Data output within 1 minute |
| Resolution | 0.01mg/L |
| Calibration | Multi point based automatic calibration. Standard calibration as per factory setting. Local calibration for adaptive environments. For COD compensation with respect to organics and inorganic proportions. |
| Cable length | 10 m standard (Expandable up to 30m) |
| Sample minimum pressure | 1 Bar |
| Power | 230VAC±10%, 50Hz |
| Output | RS485 Smart Two way Communication Enabled |
| Protection class | IP68 |
| Cleaning Method | Advanced Surface conductive cleaning |
| MOC | OPM300 Titanium Quartz POM SS316L, OPM200 Quartz POM SS316L |
| Sensor Diagnostics | Onboard library for diagnostic commands available |
| Display | Anti-glare LCD Display – Touch Panel Type |
| Ambient operating Condition | Ambient Temperature 0-55 ̊C, Ambient Humidity 90% RH |
| Storage temperature | 5~45°C |
| Background Data Input | Sample loss input, Time correction input, Flux Cancellation Input, Temperature Compensation Input |
| Construction | For Outdoor Installation |
| Color/Finish | Standard material finish as per MOC |
| Installation Conditions | *Installation guide book to be referred |
For e-brochure click here CLICK HERE
FAQ
Our water pollution monitoring system (OCEMS) utilizes advanced sensors to measure various parameters such as pH, dissolved oxygen, turbidity, and pollutants in water bodies. The data collected is analyzed to assess water quality and detect any potential contamination. This advanced real time water pollution monitoring system ensures timely detection and reporting.
Yes, our online monitoring system for ETP is versatile and can be used to monitor water quality in various environments, including rivers, lakes, reservoirs, and industrial discharge points. It also functions as an effective IoT based water quality monitoring system for modern industry needs.
Absolutely! Our OCEMS is equipped to detect a wide range of pollutants, including heavy metals, organic compounds, pesticides, and microbial contaminants, providing comprehensive monitoring capabilities. Advanced CDOM FDOM monitoring further enhances its ability to track dissolved organic matter in water.
Our water pollution monitoring system provides real-time data on water quality, allowing stakeholders to identify pollution sources and take proactive measures to meet regulatory standards. By ensuring compliance with environmental regulations, this continuous water monitoring system helps protect water resources and public health.
Yes. Each solution is tailor-made based on effluent characteristics and industrial process.
Absolutely. Our OCEMS can be integrated with analyzers that detect heavy metals and VOCs.
The system immediately triggers alerts, enabling operators to take quick corrective action. The data is also flagged at CPCB/SPCB monitoring centers for regulatory review.
Typically every six months, as per CPCB guidelines. Routine cleaning and periodic calibration ensure accuracy and uninterrupted performance.
Yes. OCEMS systems can be equipped with solar power, wireless data transmission, and rugged enclosures for reliable performance in remote or outdoor environments.
It delivers real-time trends, historical analytics, alarms, and compliance reports. These insights help industries optimize treatment processes and prevent environmental violations proactively.
Our water pollution monitoring system (OCEMS) utilizes advanced sensors to measure various parameters such as pH, dissolved oxygen, turbidity, and pollutants in water bodies. The data collected is analyzed to assess water quality and detect any potential contamination. This advanced real time water pollution monitoring system ensures timely detection and reporting.
Yes, our online monitoring system for ETP is versatile and can be used to monitor water quality in various environments, including rivers, lakes, reservoirs, and industrial discharge points. It also functions as an effective IoT based water quality monitoring system for modern industry needs.
Absolutely! Our OCEMS is equipped to detect a wide range of pollutants, including heavy metals, organic compounds, pesticides, and microbial contaminants, providing comprehensive monitoring capabilities. Advanced CDOM FDOM monitoring further enhances its ability to track dissolved organic matter in water.
Our water pollution monitoring system provides real-time data on water quality, allowing stakeholders to identify pollution sources and take proactive measures to meet regulatory standards. By ensuring compliance with environmental regulations, this continuous water monitoring system helps protect water resources and public health.
Yes. Each solution is tailor-made based on effluent characteristics and industrial process.
Absolutely. Our OCEMS can be integrated with analyzers that detect heavy metals and VOCs.