ATAS O₂
Real-Time Oxygen Monitoring for Hospitals and Health Systems
Transform oxygen from an estimate into accurate, measurable data with a portable, medical-grade oxygen consumption monitoring device designed for hospitals, ICUs, and national health systems.
The ATAS O₂ Digital Monitoring System enables real-time oxygen flow measurement, patient-level consumption tracking, and advanced analytics improving patient safety, reducing wastage, and optimising oxygen supply management.
The Challenge: Lack of Oxygen Consumption Visibility
Across many healthcare systems, oxygen is still not properly measured.
This leads to:
- Inaccurate estimation of oxygen consumption
- No real-time monitoring of oxygen usage
- Undetected leaks and system inefficiencies
- Poor planning, budgeting, and accountability
Without reliable data, oxygen an essential medical resource cannot be effectively managed.
The Solution: Smart Oxygen Monitoring with ATAS O₂
The ATAS O₂ system, deployed by Faryond, provides a complete oxygen monitoring and analytics solution, including:
- Real-time bedside oxygen consumption measurement
- Continuous monitoring of oxygen flow and pressure
- Automated alerts for abnormal usage or system failures
- Centralised dashboards and data analytics for decision-making
Key Features of the Oxygen Monitoring Device
Bedside Oxygen Flow Measurement
- Installs between oxygen outlet and patient interface
- Compatible with existing hospital oxygen systems
- Rapid setup in under 1 minute
- Portable, scalable, and easy to deploy
Real-Time Oxygen Consumption Monitoring
Track and measure:
- Oxygen flow rate (L/min)
- Duration of oxygen therapy
- Total oxygen volume per patient
- Pipeline pressure and system stability
Smart Alerts & Patient Safety
- Detect leaks, pressure drops, and abnormal flow rates
- Send real-time alerts to clinical and engineering teams
- Ensure safe and accurate oxygen delivery
IoT Connectivity & Data Platform
- IoT-enabled oxygen monitoring device
- Cellular (NB-IoT / GSM) and local network connectivity
- Secure cloud or on-premise data hosting
- Real-time dashboards accessible at:
o Bedside
o Facility level
o National health systems
Advanced Oxygen Analytics & Reporting
- Daily, monthly, and annual consumption trends
- Leak and inefficiency detection
- Facility benchmarking and performance tracking
- Oxygen demand forecasting and planning
- KPI monitoring (e.g., oxygen consumption per patient-day)
Designed for African Healthcare Environments
- Operates with intermittent power supply
- Low energy consumption
- Local data storage with delayed synchronisation
- Minimal maintenance requirements
- Durable for long-term clinical use
Technical Specifications (ATAS O₂ Lite)
- Maximum Flow Rate: 10 LPM
- Resolution: 0.1 LPM
- Accuracy: ±10% or 0.1 LPM
- Connectivity: Cellular (NB-IoT / GSM)
- Battery Life: Up to 3 months
- Materials: Medical-grade aluminium and stainless steel
How the Oxygen Monitoring System Works
- Replaces the standard oxygen flowmeter
- Measures oxygen flow and pressure in real time
- Transmits data via cellular network
- Stores and processes data in a secure cloud platform
- Displays insights through dashboards and APIs
Benefits of Oxygen Consumption Monitoring
For Hospitals
- Improve patient safety and treatment accuracy
- Reduce oxygen wastage and operational losses
- Enable better clinical decision-making
- Maintain a full audit trail of oxygen usage
Benefits of Oxygen Consumption Monitoring
For Governments & Health Systems
- Access accurate national oxygen consumption data
- Improve budgeting and supply chain planning
- Strengthen transparency and accountability
Benefits of Oxygen Consumption Monitoring
For Donors & Development Partners
- Measure programme impact with real data
- Enable reliable monitoring and evaluation
- Support value-for-money healthcare investments
Proven Impact on Healthcare Systems
- Up to 20% reduction in oxygen consumption
- Lower energy and operational costs
- Increased efficiency of oxygen systems
- Quick return on investment
Key Use Cases
- Hospitals with on-site oxygen plants
- Intensive Care Units (ICU)
- Neonatal and paediatric care units
- Emergency and critical care settings
- National and regional health systems
- Outbreak response and emergency preparedness
- Donor-funded healthcare programmes
Seamless Integration with Health Systems
- API-enabled oxygen monitoring platform
- Integrates with Hospital Information Systems (HIS)
- Compatible with platforms such as SAP and Philips TASY
- Supports digital health infrastructure and interoperability
Project
Information
Client:
The Sixmothers Group
Location:
Philadelphia, United States
Date:
February 14, 2021
Website:
www.clientwebsite.com
