Emilio Tenuta: Advancing Sustainability Through Growth

2026-06-08 · Source: AI Magazine · Field: Business & Management — Corporate Strategy & Leadership, Operations & Process Management, Artificial Intelligence & Machine Learning · Depth: Intermediate, short

Summary

Emilio Tenuta, Ecolab's SVP and Chief Sustainability Officer, emphasizes embedding sustainability into core business strategy, particularly for the rapidly expanding data center sector. He highlights the critical collision between data center growth and finite resources, noting that by 2030, AI is projected to consume power comparable to India's electricity demands and water equivalent to the United States' annual drinking water needs. Tenuta argues that growth does not need to slow, advocating for smarter cooling designs, real-time monitoring, and continuous optimization to decouple expansion from resource use. Ecolab supports this with offerings like Water Navigator IQ™, an AI-enabled platform for water risk quantification, and 3D TRASAR™ Technology for direct-to-chip liquid cooling, which reduces water and energy consumption. Tenuta also extends his influence through partnerships, including the Water Resilience Coalition, stressing collaboration for basin-level water management.

Key takeaway

For Data Center Operators managing AI-driven growth, you must integrate sustainability into your core operational strategy to mitigate escalating water and energy demands. Prioritize AI-driven cooling solutions and real-time monitoring to decouple growth from resource consumption. Actively participate in industry collaborations to manage basin-level water risks, ensuring your long-term operational viability and cost efficiency.

Key insights

Embedding sustainability into business strategy is crucial to decouple growth from resource consumption, particularly for data centers.

Principles

• Operational performance and environmental responsibility are not mutually exclusive.
• Data center growth collides with finite energy and water resources.
• Partnerships are essential for basin-level water risk management.

Method

Decouple growth from resource use via smarter cooling design, real-time monitoring, and continuous optimization. Utilize AI-enabled platforms for water risk quantification and AI-led monitoring for direct-to-chip liquid cooling.

In practice

• Quantify water risk using AI-enabled platforms.
• Deploy AI-led monitoring for direct-to-chip liquid cooling.
• Engage in industry partnerships for basin-level water solutions.

Topics

• Data Center Sustainability
• Water Resilience
• AI-driven Cooling
• Resource Management
• Ecolab Solutions
• Corporate Partnerships

Best for: CTO, VP of Engineering/Data, Executive, Director of AI/ML, Consultant

Related on AIssential

• Emilio Tenuta: Why the Future of Growth Runs Through Water — Data center growth driven by AI necessitates strategic water management for business resilience and competitive advantage.
• Ecolab: Powering Future Growth Through Water — Data center growth driven by AI necessitates strategic water management, transforming it from a compliance issue into a core business imperative and competitive advantage.
• How some data center operators are tackling their water use problems — Data center water use is a complex, localized issue with inherent trade-offs between water consumption and energy efficiency.
• What It Will Take to Make AI Sustainable — AI's rapid growth is increasing fossil fuel-powered data centers, challenging sustainability goals.
• Google strikes first-of-its-kind deal with a virtual power plant — Virtual power plants offer a novel approach to secure energy capacity for large-scale operations without new infrastructure.
• From Self-Driving Cars to Climate Solutions: Interview with Tom Chi — Economic and ecological goals align in physical industries, driving innovation for both profit and environmental benefit.

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Editorial summary, takeaway, and curation by AIssential. Original article published by AI Magazine.