Cooling Towers Reimagined: Unlocking Hidden Efficiency in Industrial Cooling
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Summary
Cooling towers across power plants, manufacturing facilities, data centers, and campuses are often operating below their true potential. They aren’t broken—but performance degradation, hidden inefficiencies, and missed optimization opportunities quietly lower production and increase energy use, water consumption, operating costs, and emissions.
In this webinar, Bob DeBorde, Technical Manager at LyondellBasell, will explain why in his experience cooling systems underperform, what happens when they do, and where he believes that facilities can unlock measurable gains through better visibility and earlier intervention.
Karim Khalil, Co-Founder & CTO at Infinite Cooling, will then share how data-driven performance analytics can transform cooling towers from background infrastructure into performance-critical assets. He will also explain how Infinite Cooling solutions are reducing energy and water waste while improving operational efficiency and increasing production for industrial organizations.
This session will conclude with a live Q&A, giving you the opportunity to talk directly with the cooling tower experts and explore practical next steps.
Join us! Register today!
Speakers
Bob DeBorde
POSM Technical Manager
LyondellBasell
Bob is responsible for strategic planning and goal setting to drive benchmarking and gap closure efforts in alignment with commercial strategic plans at LyondellBasell. His team is responsible for maintaining flawless process safety performance; implementing projects to improve production, quality, and reliability metrics; and drive optimization efforts based on market demands to maximize profitability. He holds a B.S. in Chemical Engineering from Texas A&M University.
Karim Khalil, PhD
CTO & Co-Founder
Infinite Cooling
Karim leads all hardware and software engineering at Infinite Cooling. He holds a Ph.D. in Mechanical Engineering from MIT, where his research focused on thermal fluid systems and energy efficiency enhancements for large industrial processes such as steam condensation and desalination. Karim’s undergraduate studies were completed at Duke University, where he majored in Mechanical Engineering and Material Science with a concentration in Energy & the Environment.
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