AIROVIA
Core Infrastructure Asset

The AIROVIA Air House

The Air House is AIROVIA’s standardized atmospheric water production unit — an industrial asset engineered for reliability, scalability, and long-term operation within decentralized water infrastructure programs.

Asset Overview

The AIROVIA Air House is a self-contained, industrial-grade unit designed to convert ambient air into potable water under controlled operating conditions. It integrates air handling, moisture capture, purification, monitoring, and safety into a standardized footprint suitable for replication across multiple sites.

  • Industrial deployable asset suitable for strategic sites or facility clusters
  • Standardized architecture to support repeatable procurement and rollout
  • Designed for governance-ready operations and institutional oversight

Subsystem Architecture

Air House systems are organized as serviceable subsystems to support operational continuity and maintenance efficiency. This approach reduces downtime risk and enables structured O&M routines appropriate for public-sector and utility environments.

  • Air intake and handling engineered for stable throughput
  • Moisture capture cycle configured for climate variability
  • Multi-stage treatment and stabilization suitable for potable pathways
  • Controls and diagnostics for continuous monitoring and asset health visibility

Scalability and Replication

Capacity growth is achieved through replication rather than redesign. Air Houses can be deployed as single assets for priority locations, clustered into facilities for city-scale supply, or distributed across regions to reduce single-point failure risk in centralized systems.

  • Single-unit deployment for targeted resilience use cases
  • Clustered facilities for scalable capacity buildout
  • Distributed deployment aligned with national water security strategy

Operations, Service, and Governance

The Air House is designed for long-term operation with predictable service routines. Operational reporting supports oversight and accountability, including production visibility, energy utilization, maintenance status, and performance baselining during pilots and scale-up phases.

  • Maintenance-aligned design to support uptime and lifecycle performance
  • Monitoring and reporting suitable for ministries, utilities, and stakeholders
  • Structured rollout pathway: validate first, then scale
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