Tag Archive for: ai based water loss management

Smart Water Leak Management Project in Jangheung County, Republic of Korea

 

Title : Smart Water Leak Management Project in Jangheung County, Republic of Korea

Period : (First round) March 9 – March 14, 2023 / (Second round) March 19 – March 22, 2023

Introduction

The Jangheung project successfully identified leak points after an extensive investigation of 871 water meters and valves, leading to significant reductions in MNF(Minimum Night Flow).

The project is expected to save around 36,500 tons of water annually, contributing to improved water efficiency in the region. This case serves as an important example for enhancing water management and reducing NRW across local regions in South Korea.

Key Activities

Here are key onsite activities during the projects.

  • Leak Sound Data Collection: WI.Plat gathered leak sound data from 871 water meters and valves, providing a comprehensive overview of potential leak sources in the area. Detailed methodology of Sonic GL can be viewed by the followed link: AI-Powered Underground water leak detection
  • Leak Detection: From the collected data, 149 suspected leak points were identified, allowing for precise targeting in further investigations.
  • Precision Leak Investigation: Detailed investigations confirmed 15 actual leak sites, providing valuable insights into the condition of the local water distribution network.
  • Restoration and Monitoring: After repairing the leaks, WI.Plat monitored MNF to assess the effectiveness of the repairs

Results

The project yielded significant results:

  • Confirmed Leak Points: 15
  • Annual Water Savings: Approximately 36,500 tons
  • MNF Reduction: Significant improvements across the targeted districts

 

Water leak reduction project in Sukabumi city of Indonesia utilizing NELOW, Intelligent(Smart) water leak detection system implementation

 

Title : Water leak reduction project to reduce NRW rate in Sukabumi city of Indonesia utilizing NELOW, Intelligent(Smart) water leak detection system implementation

Period : 16-month period from April 2021 to July 2022

 

Introduction

In the vibrant city of Sukabumi, Indonesia, WI.Plat embarked on a transformative journey with the KOICA CTS project aimed at redefining water management practices. This case study explores the pivotal changes brought about in two District Metered Areas (DMAs) of Kadudampit and Badukarut, home to 3,200 households, over a 16-month period from April 2021 to July 2022.

 

Strategic Approach and Implementation

WI.Plat’s NELOW system, an AI-driven water management solution, was at the core of this project. The implementation process involved:

  • A comprehensive pipe network investigation and assessment.
  • The deployment of the NELOW system to monitor and manage the water network.
  • Capacity building for 20 local engineers in utilizing the NELOW system for effective water loss management.
  • Systematic water leak inspections and detections conducted by the newly trained local engineers.
  • Water leak recovery operations carried out by a local company, reinforcing the project’s commitment to community engagement and empowerment.

 

Sustainable Development and Local Empowerment

The project yielded significant results:

  • A total of 40 leak points were detected and subsequently repaired.
  • These efforts culminated in annual water savings of 547,000 tons
  • The project’s success translated into the provision of additional clean water resources for approximately 6,000 people, based on the daily usage rate of 0.25 tons per person.

One of the most noteworthy outcomes was the capacity building of local engineers. This initiative not only facilitated the project’s objectives but also ensured sustainability through skill transfer and empowerment. The local engineers, equipped with new expertise, carried out water leak detection independently, showcasing the project’s impact on enhancing local technical capabilities.

 

Outcome: AI and Local Expertise, WI.Plat’s Impact on Sukabumi’s Water Management

The KOICA CTS project in Sukabumi is a testament to the potential of AI in revolutionizing water management. By integrating advanced technology with local expertise, WI.Plat not only addressed the immediate challenges of water loss but also laid the foundation for sustainable water resource management, leaving a lasting legacy in the city of Sukabumi.