Water utilities increasingly rely on bulk water transfers to meet the growing demand for clean, safe water. These arrangements, where one utility purchases water from another, provide a lifeline in regions prone to drought or seasonal supply shortages. However, they also introduce significant challenges, particularly in maintaining consistent water quality across the supply chain. Contaminant tracing…
Details
Asset management is evolving rapidly, thanks to the advent of IoT technology and advanced pump and blower monitoring devices. Across industries like water utilities, mining, desalination, and energy, the adoption of these technologies is revolutionising how businesses manage their critical assets. By leveraging real-time data and analytics, companies can significantly extend the economic life of…
Details
From Crisis to Control The client, a prominent mining company in Australia, had embarked on a critical infrastructure management initiative to assess the condition of their extensive water pipeline network. Historically, the client’s approach to maintaining their ageing water pipelines involved systematic and routine excavations and replacements, based primarily on the water pipelines’ age. This…
Details
Detection Services Partners with Synthotech to Bring Advanced In-Pipe CCTV and Robotic Pipeline Repair Technology to Australia and New Zealand Sydney, November 4, 2024 – Detection Services, a leading provider of water management solutions in Australia and New Zealand, is excited to announce a strategic partnership with British engineering pioneer Synthotech. This collaboration introduces Synthotech’s…
Details
Southern Downs Regional Council’s (SDRC) recent adoption of a smart water system marks a transformative step in water conservation and operational efficiency for the region. With Stanthorpe as the focal point, this project involves the installation of over 2,700 smart water meters and a state-of-the-art smart water network that enables 24/7 real-time monitoring. This advanced…
Details
Upgrading pipeline infrastructure is a never-ending task, and with hundreds of assets to consider, how can utilities determine where to prioritise their resources? Manually inspecting every single asset is a colossal undertaking for utilities however the consequences of pipeline failure can be catastrophic. Well-maintained assets are integral to delivering essential services. However, with competing priorities,…
Details
Water utilities in Australia and New Zealand face the ongoing challenge of maintaining the integrity of their vast pipeline networks. Pressure transients are typically triggered by rapid changes in flow, such as pump start-ups or shutdowns, valve operations, or unexpected system failures. Pressure transients are known to cause the majority of pipe bursts, significantly reduce…
Details
Inflow and infiltration (I&I) in wastewater networks pose significant challenges for water utilities and councils across Australia and New Zealand. Traditional methods of detecting and managing I&I are often time-consuming, costly, and require substantial manpower. However, advancements in technology offer more efficient solutions. By creating mini-catchments and deploying smart sensors, utilities can revolutionise their approach…
Details
Tackling Maintenance Headaches: Maintaining large water pumping systems presents a unique set of challenges for asset managers in industries such as water, wastewater, mining, and power generation. These systems are crucial for delivering clean water, managing wastewater, and ensuring continuous power generation. However, they are also prone to various maintenance headaches that can lead to…
Details
Inflow and infiltration (I&I) are persistent challenges for wastewater utilities, particularly in Australia and New Zealand. When excess water enters sewer systems through cracks, faulty pipes, or illegal connections, it not only inflates treatment costs but also strains infrastructure, leading to operational inefficiencies. Utilities are constantly seeking ways to reduce these impacts, and smart wastewater…
Details
