Presentations & Podcasts
A decade of conference talks and webinars on real losses analysis — organised by pillar, not just by year, so you can find every talk on a topic in one place.
The Rosetta Stone Approach to Real Losses KPIs
A shared framework for translating UARL, ILI and real losses KPIs across languages and reporting conventions, so utilities and regulators are reading the same numbers the same way. Presented in both English and Italian.
The Rosetta Stone Approach to Real Losses KPIs
An earlier presentation of the Rosetta Stone KPI framework, translating real losses metrics across regulatory and language boundaries.
From Strategy to Action: Reducing NRW with AI-Powered Technology
How AI-powered monitoring and analytics fit into a practical, phased non-revenue water reduction strategy.
The Power of N1
Why N1 — the pressure exponent derived from night flow — is central to accurate leakage assessment, and how understanding the variable relationship between N1 and Average Pressure opens up a range of further important leakage calculations.
SCF Extends the Practical Application of UARL
How the System Correction Factor extends UARL beyond its original assumptions to work for real, heterogeneous zones.
The Power of N1
A regional presentation of the N1 methodology and its practical role in night-flow-based leakage analysis.
Recent Practical Improvements in Pressure Management and UARL Calculations
Field-tested refinements to pressure management planning and UARL calculation for Caribbean network conditions.
System Correction Factors – SCFs in action in Europe, North America, UK and South Africa
Real-world case studies of System Correction Factor implementation across Europe, North America, the UK and South Africa, comparing how SCFs perform across a range of network sizes and conditions.
Low ILIs in Small Systems — Recent Experience Implementing UARL SCF
North American Water Loss presentation on Whole Utility applications of System Correction Factors.
Understanding Low ILIs in Small Systems
An introduction to why small systems often show artificially low or high ILIs, and how to interpret them correctly using System Correction Factors (SCF).
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