1M + lives
2028
Founded in 2023 , PearlOxy is a medical oxygen startup dedicated to solving the critical shortage of reliable oxygen supply in Sub-Saharan Africa.
In Uganda, oxygen availability in some regions is as low as 18% , despite being mandated at Health Centre IV level.
There Are 3-4 BlackOuts every week each costing new born lives..
In a recent servey in Uganda, 66.7% Of Uganda’s Oxygen is from electric concentrators by emergency units and whne power fails, oxygen stops
MPOS continues delivering medical-grade Oxygen
The MPOS + Oygen concentrator can serve up to four paediatric patients at once
The Medium Pressure Oxygen Storage (MPOS) is a novel innovation designed to complement existing oxygen concentrators
2000L Storage
Adequate auto-regenerating oxygen storage.
Continuous Flow
Automatic pneumatic oxygen source switchover during power loss.
Multiple patient support
Supports up to 3 pediatric patients for 2 hours
Mobility
Mobile and easy to deploy in any facility
Built For Africa:
Call for Partners & Investors
At PearlOxy, we are not just building a product, we are solving a critical gap in healthcare. Our mission is clear: save lives through a profitable, scalable solution that delivers real impact where it’s needed most. Join us in transforming access to care. Reach out, let’s build the future of healthcare together.
Case study Experiences That Speak for Themselves
“Pneumonia remains the leading infectious killer of children under five, claiming over 800,000 young lives in 2017 alone, with the vast majority of these deaths occurring in low-resource settings like Sub-Saharan Africa, where access to timely diagnosis and oxygen therapy is limited.” — Adapted from the World Health Organization
Medical Director, Kampala Health Centre IV
“ The need for medical oxygen in hospitals cannot be overstated, yet in Uganda, demand far exceeds supply. While the 2009 policy recommended medical oxygen from Health Centre IVs upward, the 2024 National Medical Equipment Guidelines make it clear that medical equipment, including oxygen delivery and monitoring devices must be standardized, maintained, and equitably distributed across all health facility levels to ensure quality and access.” — Adapted from Uganda Ministry of Health National Medical Equipment Guidelines (2024)
Pediatric Nurse, Mukono District Hospital
“ In Uganda, the primary sources of oxygen in healthcare facilities are concentrators and cylinders, accounting for 57% and 39% of supply respectively. Despite these systems, gaps in consistent access to oxygen persist across the country.” — Adapted from Uganda Ministry of Health, National Scale-Up of Medical Oxygen (2018–2022)
Program Lead, Global Health Alliance NGO
Hear Directly
From PearlOxy Experts
MPOS System FAQ’s
Common questions on the MPOS System and investing
What problem is PearlOxy solving?
PearlOxy is addressing the critical shortage of reliable medical oxygen in healthcare facilities across Uganda and Sub-Saharan Africa. Power outages make oxygen concentrators unreliable, while oxygen cylinders are costly and difficult to maintain. Our MPOS system ensures uninterrupted oxygen supply, saving lives during emergencies.
What is the MPOS system?
The Medium Pressure Oxygen Storage (MPOS) system is an innovative, patent-pending device that works alongside existing oxygen concentrators. It stores oxygen in a 2000L tank and automatically switches over during power outages, providing up to 2 hours of continuous supply for 3 pediatric patients.
Who can benefit from PearlOxy’s technology?
Hospitals & Health Centers: Reliable oxygen backup during power outages.
NGOs & Governments: Cost-effective healthcare intervention for public health systems.
Investors & Partners: A scalable, impactful solution with strong market potential.
How is the MPOS different from traditional oxygen cylinders?
Unlike oxygen cylinders, which are expensive, heavy, and require complex logistics, the MPOS system is:
More cost-effective
Easy to transport (wheelable design)
Seamlessly integrated with concentrators
Specifically built for Africa’s power-challenged healthcare settings
