SUSTAINABILITY
“ By integrating real‐time monitoring from day one, operators can catch drift in pH, conductivity, or glycol mix before it escalates, ensuring both uptime performance and sustainability,” says Mukul.
Real-time monitoring networks feed central dashboards with leading indicators of fluid health, empowering engineers to preempt issues rather than react to system failures.
Q. WHAT IS THE FUTURE OF SUSTAINABLE COOLING?
»“ Looking ahead, edge AI sites and micro data centres, from
London’ s financial district to remote 5G hubs in Dubai, will all demand even more watersmart designs,” says Matt.
“ Predictive analytics, driven by AI itself, will forecast chemistry drift and automate operational adjustments.”
The industry’ s vision, according to Matt, is net‐zero water impact through circular‐economy cooling loops, where reclaimed water and captured condensate feed directly back into closed‐loop systems.
“ In this future, every drop, like every watt, will be accounted for and optimised,” concludes Matt.
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