Digital Transformation

Modernizing Medical Gas
Safety & Compliance

Transitioning from error-prone pen and paper to a fully integrated digital ecosystem. Ensuring life-saving gases are delivered safely through verifiable, IoT-connected inspections.

Run IoT Simulation Explore Standards

The Era of Pen & Paper is Over

Medical gas pipeline systems (MGPS) are literal lifelines. Relying on analog tracking introduces unacceptable risks to patient safety.

The Analog Risks

  • Transcription Errors: Misread purity levels or pressure readings leading to false passes.
  • Delayed Responses: Critical leaks take hours or days to be reported and actioned.
  • "Ghost" Inspections: No verifiable proof that an inspector was physically at the zone valve box.
  • Audit Nightmares: Retrieving historical data for the OHSC (Office of Health Standards Compliance) or SABS takes weeks of digging through paper archives.

The Digital Transformation

  • Direct Data Capture: Analyzers send purity/pressure data straight to the app via Bluetooth.
  • Real-time Telemetry: Instantly alerts facility management of contamination or pressure drops.
  • Verifiable Proof: GPS stamping and photo capture ensures the inspector was on-site.
  • Instant Compliance: Automatically generates cryptographically secure, audit-ready reports matching SANS 7396-1 national codes.

The Inspector's Smart Companion

We are replacing the clipboard with a robust, offline-capable mobile application designed specifically for Medical Gas Pipeline Verifiers and Inspectors (ASSE 6020/6030).

Photographic Evidence

Capture the exact condition of brazed joints, master alarm panels, and manifold rooms. Photos are automatically attached to the specific asset's digital record.

GPS & Barcode Asset Tracking

Scan QR codes on terminal units to pull up history. GPS coordinates are logged invisibly during tests to prove spatial compliance across sprawling hospital campuses.

Smart Analyzer Integration

The app syncs directly with field detection devices. Particulate, moisture, and specific gas concentration levels are ingested automatically, preventing human error.

Zone 4 - ICU
O2 Terminal Test
Step 1: Scan Asset
Asset #O2-ICU-402 Verified
Step 2: Capture Photo
Step 3: Purity Reading
Synced
99.8%
Pass (Req > 99.0%)
Regulatory Adherence

Bulletproof Compliance. Zero Guesswork.

The MedGas Protect system is built around South African national standards including SANS 7396-1:2009, aligned with international standards. Our digital workflow strictly enforces mandatory South African Bureau of Standards (SABS) test sequences.

Cross-Connection Testing

SANS 7396-1: Clause 11.2

Ensures lines aren't swapped (e.g., N2O delivered to an O2 outlet). The app dictates a strict sequential pressure differential test, locking out the user if the sequence is violated.

Particulate & Purity Auditing

SANS 7396-1 / SABS Approved

Direct IoT ingestion of moisture levels, CO, CO2, and halogenated hydrocarbons. The system automatically flags any reading falling outside statutory limits, preventing manual overrides.

Master & Area Alarms

SANS 7396-1: Clause 11.5

Verifying that local and master alarms trigger at exactly ±20% of normal operating pressure. The dashboard graphs these thresholds visually against incoming live test data.

24-Hour Standing Pressure

SANS 7396-1: Clause 11.4

Replaces analog pressure gauges with digital logging. The system continuously records pressure over 24 hours, automatically generating a chart that proves the drop was less than 1%.

From Detection to Reporting

Below is a live representation of the custom dashboard that facility managers and safety officers use. It aggregates data from the mobile app and IoT sensors into a live "Digital Twin" of the hospital's pipeline.

Live Telemetry Dashboard

Interactive Digital Twin Simulation

Pipeline Digital Twin

Oxygen Nitrous Oxide Med Vacuum
O2 Source
N2O Source
VAC Pump

Zone Valve Box

O2 Valve
N2O Valve
VAC Valve

Terminal Unit

O2 Flow
0.0
L/min
O2 Pres
0
kPa
VAC Suct
-65
mmHg

Real-Time Alerts & Logs

Live Sync
Overall Gas Purity (O2)
99.5
%
Main Line Pressure
415
kPa

Real-time Pressure Telemetry

Contaminant Detection