Assessing Water Security for CNI Data Centres – Complete 2026 Checklist
Strengthen Your Data Centre’s Operational Resilience
This Water Resilience Assessment Checklist provides a structured, engineering level framework for evaluating the security, sufficiency, and redundancy of water systems in mission-critical data centres.
Developed specifically for CNI class facilities, it helps operators quantify risk, identify vulnerabilities, and plan the storage capacity required for uninterrupted cooling and fire protection.
Who Should Use This Checklist?
- Data Centre Resilience Engineers
- Facilities Managers
- M&E Consultants
- Risk & Compliance Teams
What This Checklist Covers
Current Water Demand Analysis
Supply Infrastructure Reliability
Storage Capacity Requirements
Existing Storage System Evaluation
Regulatory Compliance Status
Strengthen your resilience planning with a structured, operationally focused assessment tool.
Data Centre Water Resilience Assessment Checklist for Water Storage Systems
This Water Resilience Assessment Checklist is a critical tool for data centres seeking to protect uptime, regulatory compliance, and long-term operational continuity. Data centres depend heavily on secure and reliable water storage systems to support cooling, fire suppression, and essential building services. Any disruption to water availability – whether from drought, infrastructure failure, or contamination – can pose serious operational and financial risks.
Implementing a structured resilience assessment checklist enables data centre operators to systematically evaluate the robustness of their water storage infrastructure. This includes assessing storage capacity against peak demand, verifying redundancy and backup supply arrangements, and ensuring tanks and associated systems meet hygiene, quality, and regulatory standards. It also helps identify vulnerabilities such as single points of failure, ageing assets, or insufficient emergency reserves.
As sustainability and environmental accountability become increasingly important in the data centre sector, water resilience planning is no longer optional. A well-defined checklist supports proactive risk management, improves resilience to climate-related water stress, and aligns water storage strategies with broader business continuity and ESG objectives. For data centres operating in high-availability environments, investing in a comprehensive water resilience assessment checklist is an essential step in safeguarding critical infrastructure and maintaining uninterrupted service delivery.