Home - Industry – Water Treatment
Integrating automation, SCADA, monitoring, and field operations into a single water management ecosystem.
Home - Industry – Water Treatment
Integrating automation, SCADA, monitoring, and field operations into a single water management ecosystem.
Water Treatment Facilities Across Indonesia
Supporting real-time monitoring, control, and centralized operational visibility across Indonesia.
Inconsistent water
quality due to unstable
process control
Undetected pipe leakage
causing distribution loss
Manual backwash &
sampling reporting
Limited real-time visibility across treatment & distribution network
Delayed alarm response
Fragmented communication between field teams & lab
Inconsistent water
quality due to unstable
process control
Undetected pipe leakage
causing distribution loss
Manual backwash &
sampling reporting
Limited real-time visibility across treatment & distribution network
Delayed alarm response
Fragmented communication between field teams & lab
Monitoring intake level, turbidity, flow stability, and early contamination risks to ensure stable supply before treatment begins.
Integrated monitoring across coagulation, clarification, filtration, and chemical treatment stages. Real-time parameter tracking and automated dosing ensure stable water quality, optimized chemical use, and consistent operational control.
Pressure monitoring, AI-based leakage detection, backwash activity tracking, water usage analytic, and centralized dashboards to ensure stable and accountable water distribution.
Monitoring intake level, turbidity, flow stability, and early contamination risks to ensure stable supply before treatment begins.
Integrated monitoring across coagulation, clarification, filtration, and chemical treatment stages. Real-time parameter tracking and automated dosing ensure stable water quality, optimized chemical use, and consistent operational control.
Pressure monitoring, AI-based leakage detection, backwash activity tracking, water usage analytic, and centralized dashboards to ensure stable and accountable water distribution.
Through our integrated SCADA and monitoring platform, we provide real-time control across coagulation, clarification, filtration, and chemical treatment stages. Automated dosing, parameter tracking, and centralized dashboards ensure stable water quality, optimized chemical usage, and immediate response to process deviations.
Through our integrated SCADA and monitoring platform, we provide real-time control across coagulation, clarification, filtration, and chemical treatment stages. Automated dosing, parameter tracking, and centralized dashboards ensure stable water quality, optimized chemical usage, and immediate response to process deviations.
Through our integrated SCADA and monitoring platform, we provide real-time control across coagulation, clarification, filtration, and chemical treatment stages. Automated dosing, parameter tracking, and centralized dashboards ensure stable water quality, optimized chemical usage, and immediate response to process deviations.
“
Water infrastructure is not only
about production it is about
public trust.
“
Water infrastructure is not only
about production it is about
public trust.
A centralized command environment that consolidates data from multiple treatment plants and distribution zones, enabling coordinated monitoring, faster decision-making, and unified operational oversight.
Secure, browser-accessible platforms that provide real-time system visibility, performance metrics, and operational status from any authorized device.
Integrated monitoring across multiple facilities and network segments within a single interface, ensuring consistent visibility and standardized operational control.
Automated notification workflows that escalate critical alarms to designated personnel, reducing response time and minimizing operational disruption.
A centralized command environment that consolidates data from multiple treatment plants and distribution zones, enabling coordinated monitoring, faster decision-making, and unified operational oversight.
Secure, browser-accessible platforms that provide real-time system visibility, performance metrics, and operational status from any authorized device.
Integrated monitoring across multiple facilities and network segments within a single interface, ensuring consistent visibility and standardized operational control.
Automated notification workflows that escalate critical alarms to designated personnel, reducing response time and minimizing operational disruption.
A centralized command environment that consolidates data from multiple treatment plants and distribution zones, enabling coordinated monitoring, faster decision-making, and unified operational oversight.
Secure, browser-accessible platforms that provide real-time system visibility, performance metrics, and operational status from any authorized device.
Integrated monitoring across multiple facilities and network segments within a single interface, ensuring consistent visibility and standardized operational control.
Automated notification workflows that escalate critical alarms to designated personnel, reducing response time and minimizing operational disruption.


















01
Continuous monitoring of river or reservoir levels to ensure stable raw water supply and prevent intake disruption.
02
Early detection sensors to identify abnormal water
03
Integrated control system that adjusts gates and pumps automatically based on real-time flow and demand.
01
Upgrade legacy systems into centralized, real-time monitoring platforms with improved visibility and control.
02
Precision-based dosing control to maintain consistent water quality while reducing chemical waste.
03
Continuous tracking of sedimentation and filtration efficiency to prevent process instability.
04
Live parameter monitoring to maintain compliance and ensure safe water quality.
05
Structured recording of sampling activities for traceability, validation, and audit readiness.
01
Extended pressure sensors across distribution zones to detect imbalance and potential system stress.
02
Predictive monitoring to prevent unexpected motor failures and costly downtime.
03
Centralized valve control to manage flow distribution without on-site manual intervention.
04
Segmented network visibility for better control across different service areas.
01
Standardized digital logs for backwash activities to ensure accountability and process consistency.
02
Field-ready application enabling technicians to report, update, and monitor tasks in real time.
03
Controlled dosing to improve separation efficiency and reduce excess chemical costs.
04
Structured alert response tracking to ensure incidents are properly handled and documented.
01
Unified dashboard to monitor multiple treatment plants and distribution networks from one command center.
02
Flexible infrastructure setup aligned with security, compliance, and scalability requirements.
03
Unified visualization and trend analysis to optimize consumption and plant efficiency.
04
Automated generation of operational and compliance reports for governing authorities.
01
Continuous monitoring of river or reservoir levels to ensure stable raw water supply and prevent intake disruption.
03
Integrated control system that adjusts gates
and pumps automatically based on real-time
flow and demand.
02
Early detection sensors to identify abnormal water
conditions before entering the treatment process.
01
Upgrade legacy systems into centralized, real-time monitoring platforms with improved visibility and control.
03
Continuous tracking of sedimentation and filtration efficiency to prevent process instability.
05
Structured recording of sampling activities for traceability, validation, and audit readiness.
02
Precision-based dosing control to maintain consistent water quality while reducing chemical waste.
04
Live parameter monitoring to maintain compliance and ensure safe water quality.
01
Extended pressure sensors across distribution zones to detect imbalance and potential system stress.
03
Centralized valve control to manage flow distribution without on-site manual intervention.
02
Predictive monitoring to prevent unexpected motor failures and costly downtime.
04
Segmented network visibility for better control across different service areas.
01
Standardized digital logs for backwash activities to ensure accountability and process consistency.
03
Controlled dosing to improve separation efficiency and reduce excess chemical costs.
02
Field-ready application enabling technicians to report, update, and monitor tasks in real time.
04
Structured alert response tracking to ensure incidents are properly handled and documented.
01
Unified dashboard to monitor multiple treatment plants and distribution networks from one command center.
03
Unified visualization and trend analysis to optimize consumption and plant efficiency.
02
Flexible infrastructure setup aligned with security, compliance, and scalability requirements.
04
01
Continuous monitoring of river or reservoir levels to ensure stable raw water supply and prevent intake disruption.
02
Integrated control system that adjusts gates
and pumps automatically based on real-time
flow and demand.
03
Early detection sensors to identify abnormal water
conditions before entering the treatment process.
01
Upgrade legacy systems into centralized, real-time monitoring platforms with improved visibility and control.
02
Continuous tracking of sedimentation and filtration efficiency to prevent process instability.
03
Structured recording of sampling activities for traceability, validation, and audit readiness.
04
Precision-based dosing control to maintain consistent water quality while reducing chemical waste.
05
Live parameter monitoring to maintain compliance and ensure safe water quality.
01
Extended pressure sensors across distribution zones to detect imbalance and potential system stress.
02
Centralized valve control to manage flow distribution without on-site manual intervention.
03
Predictive monitoring to prevent unexpected motor failures and costly downtime.
04
Segmented network visibility for better control across different service areas.
01
Standardized digital logs for backwash activities to ensure accountability and process consistency.
02
Controlled dosing to improve separation efficiency and reduce excess chemical costs.
03
Field-ready application enabling technicians to report, update, and monitor tasks in real time.
04
Structured alert response tracking to ensure incidents are properly handled and documented.
01
Unified dashboard to monitor multiple treatment plants and distribution networks from one command center.
02
Unified visualization and trend analysis to optimize consumption and plant efficiency.
03
Flexible infrastructure setup aligned with security, compliance, and scalability requirements.
04
Automated generation of operational and compliance reports for governing authorities.
Delivering integrated monitoring and control solutions across treatment plants and distribution networks.
Delivering integrated monitoring and control solutions across treatment plants and distribution networks.
Share your operational challenges in raw water intake, treatment processing, or network distribution. Our experts will review your needs and recommend the right integrated technology solutions.
Share your operational challenges in raw water intake, treatment processing, or network distribution. Our experts will review your needs and recommend the right integrated technology solutions.
Automated generation of operational and compliance reports for governing authorities.