Smart Environment W | Water IND-83

Real-Time Drinking Water Quality Monitoring

Measures the proportion of the water supply monitored by real-time water quality stations.

Achieved Level 3 Target
Current Performance
Target
100 units
Baseline Year
Target Year
Lead Agency
Update Cycle
Last Updated

Performance Progress

Overall Achievement 0%
Baseline: units Target: 100 units

Indicator Overview

Currently in the planning phase, data collection will coordinate with SKPPAS and Air Selangor’s Smart Water Meter initiative to track the volume of the water supply undergoing real-time drinking water quality monitoring.

Indicator Requirements

Numerator

The amount of water supply that has undergone water quality monitoring by a real time water quality monitoring station in the city.

Denominator

Total amount of water supply distributed in the city.

Evidence Requirements (Auditor Checklist)

Indicator 83 = A / B X 100 A. Numerator: Please state the amount of water supply that has undergone water quality monitoring by a real-time water quality monitoring station in the city for the assessment year. (upload document) B. Denominator: Please state the total amount of water supply distributed in the city for the assessment year. (upload document)

Delivered By

Initiatives actively contributing to this indicator's achievement.

Sistem Kawalan Punca Pencemaran Alam Sekitar (SKPPAS) Perbadanan Putrajaya
Operational

IoT-Powered Real-time Putrajaya Lake Water Quality Control System

View Initiative
Smart Water Meter Air Selangor
Fasa Pilot

Transforming into a digital water utility, Air Selangor's AMI Smart Water Meter Programme leverages IoT technology for on-demand remote meter reading — improving operational efficiency, ensuring employee safety, and systematically reducing non-revenue water (NRW) losses across the service area

View Initiative

Standards Reference

ISO Ref.
MS ISO 37122:2019
Indicator ID
IND-83
Category
W - Water
Data Source

Part of Component

Smart Environment

Monitoring and managing Putrajaya's natural heritage through IoT environmental sensors, AI-powered analytics, smart w...

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