Why Complex, High-Use & Growth-Driven Water Customers Should Attend

For large water users, water is moving from a background utility cost into a more serious question of resilience, operational risk, growth, reporting and long-term licence to operate.

That does not only apply to the biggest national users by volume. It also applies to any organisation whose water use matters because of where it is located, how it operates, how fast it is growing, or how exposed it may be to drought, local infrastructure constraints or public scrutiny.

That includes data centres, advanced manufacturing, food and drink production, healthcare estates, defence sites, universities, campuses, logistics hubs, industrial parks, retail portfolios, life sciences facilities, public estates and complex commercial properties.

These users are not all the same. A hospital does not use water like a data centre. A food manufacturer does not use water like a university campus. A logistics park does not use water like a life sciences facility. Some users have predictable patterns. Others have changing operating profiles, expansion plans, cooling choices, process cycles, tenant behaviour, cleaning regimes or resilience requirements that make future demand harder to understand from the outside.

That is why major users need to be part of the conversation.

Day One: Future Demand, Resilience & Utility-Retailer-Customer Coordination

Day One focuses on the strategic resilience picture.

For large users, this helps explain how utilities, retailers, planners and market bodies are thinking about future business demand — and where your own water profile may increasingly matter.

Sessions will examine demand from data centres, manufacturing, logistics, healthcare, public estates, food production, campuses, industrial parks and other high-consumption users. They will also explore where forecasts become difficult because the customer’s final operating model, growth profile or efficiency potential is still uncertain.

The practical questions include:

• What demand information do utilities need earlier from major users?
• How can customers share useful information without overcommitting or exposing sensitive commercial data?
• How do cooling, process use, cleaning cycles, production growth, occupancy, tenant behaviour or site expansion change water demand?
• How should drought risk and local water stress be factored into site planning?
• How can retailers support better customer conversations in the UK market?
• How can utilities challenge weak assumptions without sounding anti-growth?

Day Two: Smart Meter Data, Site Action & Measurable Reduction

Day Two moves into operational delivery.

For large users, this is where the discussion becomes practical.

Smart meter data can help reveal what is happening across a site or portfolio: continuous flow, abnormal use, leakage, overnight baseload, process inefficiency, tenant behaviour, seasonal peaks, unusual patterns and differences between comparable locations.

But data only matters if it leads to action.

Day Two will explore:

• Who inside the organisation owns water once an alert is raised?
• Does the insight reach facilities, estates, sustainability, operations, finance, procurement or the retailer account team?
• Can the site act without disrupting production, clinical services, tenants, safety or critical operations?
• Can usage be benchmarked fairly across different sites?
• Can savings be verified after a repair or operational change?
• Can smart meter data support internal reporting, water footprint measurement, ESG disclosure and resilience planning?

Different users will need different answers.

What Large Users Should Expect To Take Away

Large users should leave with a clearer view of:

• How utilities and retailers see their water demand
• What future demand information may need to be shared earlier
• How to explain growth, cooling, process use, expansion or estate change more credibly
• How smart meter data can support leakage detection, benchmarking and operational visibility
• How to use water data in internal resilience,  water footprint and shareholder reporting
• How other sectors are handling drought resilience, community scrutiny and utility coordination
• How to have better conversations with utilities and retailers before water becomes a constraint