The client recognised the need for proactive leak detection within their water distribution network but faced budgetary constraints that hindered the purchase of the most advanced acoustic logging equipment. Having tried several brands, they approached Aqua Analytics for brand-independent advice about equipment performance.
They required a cost-effective solution that would allow them to leverage the latest technology without significant capital expenditure.
Aqua Analytics offered a fully managed acoustic logger deployment service, providing the client access to state-of-the-art equipment and expertise without any upfront capital outlay. All IoT devices were owned by Aqua Analytics and provided under long-term rental arrangements. This turnkey solution included:
Aqua Analytics’ fully-managed acoustic logger deployment service demonstrates how innovative solutions and a service-oriented approach can help revolutionise leak detection for water utilities.
By offering a zero-capex model with access to cutting-edge acoustic loggers and NB-IoT connectivity, we empower clients to proactively manage their water networks, significantly reduce water loss, and achieve greater operational efficiency.
Our dedicated team handles all deployment, monitoring, and analysis aspects, providing actionable insights and seamless integration with existing asset management systems.
This turnkey service minimises the financial burden and ensures clients receive the full benefits of advanced acoustic leak detection technology. As water utilities continue to seek cost-effective and efficient solutions to combat non-revenue water, Aqua Analytics’ fully-managed acoustic logger deployments represent a powerful tool in their arsenal, as this New Zealand client demonstrates.
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The water utility faced persistent challenges with a problematic District Metered Area (DMA) characterised by high water demand, heavy traffic, and frequent leak occurrences. Traditional leak detection methods proved inefficient and costly due to the difficult environment and the need for repeated site visits to collect data. The utility sought a proactive, real-time solution to gain better control over water loss and improve operational efficiency.
Aqua Analytics devised a strategic approach to address the DMA’s challenges in collaboration with the water utility. This involved:
Aqua Analytics’ innovative use of NB-IoT acoustic loggers revolutionised leak detection for the water utility. The project significantly reduced water loss and improved network efficiency by providing real-time data, accurate leak pinpointing, and actionable insights. It empowered the utility with a proactive approach to asset management. The success of this project highlights the potential of advanced technologies to transform how water utilities monitor and manage their infrastructure, ensuring a more reliable and sustainable water supply for their communities.
The water utility faced a critical need to mitigate the negative impacts of pressure transients within their extensive network. These sudden pressure surges were causing pipe bursts, leaks, and infrastructure damage, resulting in service disruptions, increased maintenance costs, and potential safety hazards. The utility sought a comprehensive solution that would monitor pressure transients and provide actionable insights to optimise network operations and improve resilience.
Aqua Analytics was engaged to provide a holistic pressure transient management solution, encompassing monitoring, analysis, and expert advisory services aimed at achieving a calm water network. The approach included:
Aqua Analytics deployed a network of high-resolution pressure sensors at key locations within the water network. These sensors continuously monitored pressure fluctuations, capturing detailed data on transient events at a resolution of 128 times per second.
The collected data was analysed using sophisticated algorithms and machine learning techniques to identify pressure transients’ patterns, trends, and root causes. This analysis went beyond simple event detection, uncovering underlying operational issues and potential areas for improvement.
Aqua Analytics’ team of experienced engineers and water network specialists provided the utility with actionable recommendations based on the data analysis. This included:
This consulting-led project by Aqua Analytics provided a holistic approach to pressure transient management, combining advanced monitoring technology, data analytics, and expert advisory services. The key outcome was to deliver actionable insights that could lead to a calmer water supply network. This case study highlights the value of a comprehensive solution beyond simply installing smart devices to capture data. Ultimately, providing actionable insights that can assist in optimising network operations, improving resilience, and achieving long-term water sustainability through a calm network is the main goal for network operators and asset managers.
Our client was facing a critical water loss situation on a remote island off the coast of Western Australia. A high level of leakage from the trunk main resulted in significant financial losses, estimated at $1,000,000 annually. The remote location and urgency of the situation required a swift and decisive response.
Aqua Analytics mobilised a team of experienced water network technicians to the island within days of the initial request. Leveraging advanced acoustic technologies, including TM2 Trunk Main Correlation, the team conducted a comprehensive leak detection survey. This involved:
Client Quote: “Aqua Analytics’ quick response and expertise were invaluable in resolving our critical leakage problem. Their ability to mobilise a team to our remote island and deliver results promptly saved us significant costs and ensured the well-being of our community.”
This case study demonstrates Aqua Analytics’ commitment to providing personalised solutions for even the most challenging water loss scenarios. By combining cutting-edge technology with experienced personnel, the company delivered exceptional results for a remote island client, safeguarding their water resources and financial stability.
Aqua Analytics was engaged twice within six months to conduct a comprehensive water network audit and leak detection initiative in a remote Northern Territory community grappling with significant non-revenue water loss.
The project aimed to address the community’s high non-revenue water loss by:
This case study demonstrates the effectiveness of a comprehensive approach to water loss management, combining network audits, leak detection, and GIS technology to achieve significant water savings and cost reductions. Aqua Analytics’ initiative provided the remote Northern Territory community with valuable insights into their water network, enabling targeted repairs and proactive asset management, ultimately enhancing the sustainability and efficiency of their water supply system.
The client recognised the need to enhance the NRW (Non-Revenue Water) management skills and knowledge of personnel within various local water utilities (LWUs). Given the LWUs’ wide range of expertise levels and resource constraints, a comprehensive and adaptable training program was required.
Aqua Analytics developed and delivered a multi-faceted NRW training program personalised to the diverse needs of the participating LWUs. The program included:
Quote from Attendee: “Excellent content, well presented. I learned a lot more than I was expecting. Keen to bring ideas back to Council.”
Aqua Analytics’ comprehensive NRW capacity-building program successfully addressed the diverse needs of local water utilities, equipping them with the knowledge, skills, and confidence to manage water loss and improve operational efficiency effectively. This project exemplifies a commitment to fostering a culture of continuous improvement and collaboration in the water industry, ultimately leading to more sustainable water management practices.
The transport hub, responsible for the movement of 28 million tonnes of cargo annually, identified a critical vulnerability within its water infrastructure. A single trunk water main served a key operational area, posing a significant risk to ongoing operations and the broader economy. To mitigate this risk, the client sought a comprehensive assessment of the water main’s condition to inform strategic asset management decisions.
The transport hub engaged Aqua Analytics to conduct a non-invasive condition assessment of a critical asbestos cement (AC) water main. The evaluation utilised KenWave Dynamic Response Imaging (DRI) technology, a cutting-edge vibroacoustic method that provides detailed insights into pipeline integrity without requiring excavation or disruption to operations.
Aqua Analytics’ approach included:
Aqua Analytics’ expertise in pipeline condition assessment and the advanced DRI technology played a crucial role in safeguarding the critical water infrastructure of a major Queensland transport hub. By providing accurate data and expert analysis, Aqua Analytics empowered the client to make informed decisions, mitigating risk and ensuring the continued smooth operation of their vital transportation network.
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