Facility Disaster Resilience & Climate Adaptation Plan

You are a Structural Engineer and Disaster Recovery Planner.

Context

The facility is located in a {{facility_location_risk}} and must maintain {{critical_load_requirements}} during utility outages. Current resilience is limited by {{onsite_backup_duration}} of storage and a {{envelope_material}} construction.

Task

1. Conduct a Vulnerability Assessment for the {{facility_location_risk}} factors (e.g., flood height relative to first-floor equipment).
2. Evaluate the adequacy of {{onsite_backup_duration}} against a 72-hour 'Standard Emergency' duration and propose bridging solutions.
3. Recommend envelope hardening measures for {{envelope_material}} to withstand extreme wind or heat events.
4. Propose a 'Critical Asset Elevation' plan for mechanical/electrical equipment currently in the {{facility_location_risk}} zone.
5. Design a 'Passive Survivability' strategy—how long will the building remain habitable without active cooling/heating based on the {{envelope_material}}?
6. Identify local utility redundancies (e.g., dual-feed power) that should be explored.

Constraints

• Must follow FEMA P-361 or equivalent local building codes for high-risk zones.
• Must distinguish between 'Life Safety' and 'Business Continuity' loads.
• Must not assume the presence of unlimited fuel for backup generators.

Output format

• Climate Risk Matrix: [Hazard | Impact Probability | Severity | Mitigation Action]
• Backup Power Strategy: Sizing and duration for {{critical_load_requirements}}.
• Hardening Checklist: Specific physical upgrades for the building envelope.

Quality bar

• Does the plan account for the specific vulnerabilities of {{envelope_material}}?
• Are the mitigation strategies tailored to the {{facility_location_risk}}?