Precision in Conservation: Advancing Water Infrastructure Management
Addressing Hong Kong's Water Loss Challenge
Hong Kong faces a significant challenge with its water infrastructure, as approximately 30% of its water supply remains unaccounted for due to leaks. This pressing issue highlights the urgent need for advanced detection methods to improve water conservation and efficiency.
The Genesis of AcousPrint's Innovation
Founded in 2024, AcousPrint Technologies emerged with a clear mission: to combat water loss through technological innovation. The company's chief technology officer, Kin Lau, emphasized the critical role their new device plays in achieving this goal.
How the Ultrasonic Tool Operates
AcousPrint's prototype functions by identifying subtle, brief sound patterns generated by leaking pipes. These patterns, lasting mere milliseconds (about 0.001 seconds), are then utilized to precisely locate the damaged sections of the pipeline. This method allows for detection from a distance of two to three meters, making it highly effective for field applications.
Targeting Key Stakeholders and Broader Impact
The ultrasonic leak detection tool is specifically designed for use by housing estates, utility companies, and other network operators. By offering a precise and efficient means of locating leaks, AcousPrint aims to support entities like the Water Supplies Department in their ongoing efforts to reduce water wastage.
Government Initiatives and Future Goals
The Hong Kong government has demonstrated its commitment to reducing water leakage. Official reports indicate a decrease in the water pipe network's leakage rate from 13.4% in 2024 to 12.8% in 2025, with an ambitious target to lower this to under 10% by 2030. AcousPrint's technology aligns perfectly with these governmental objectives.
From Prototype to Market: The Commercialization Pathway
AcousPrint is on an accelerated path to commercialization, planning to launch its prototype as a market-ready product within the next two years. A key advantage of this device is its user-friendly design, enabling engineers and maintenance personnel to operate it without requiring specialized expertise.
Expanding Horizons: Local Adoption and International Interest
Currently, the technology is being implemented in residential projects across Hong Kong, demonstrating its practical utility and effectiveness. Furthermore, AcousPrint has attracted significant international attention, with inquiries from overseas markets, particularly Singapore, indicating a global demand for such innovative solutions.
Support from Hong Kong Science Park
In May, AcousPrint became a part of the Hong Kong Science Park ecosystem, receiving crucial funding that will bolster its development and expansion efforts. While the exact funding amount remains undisclosed, this support underscores the confidence in AcousPrint's potential to deliver impactful solutions.