15 June 2025 to 15 September 2025
Africa/Nairobi timezone

Clay pot innovation for electricity-free insulin storage in Kalobeyei Settlement: A community-driven solution for diabetes care in humanitarian settings.

Not scheduled
20m
Poster Technology & Innovation in NCD Control

Description

Background
Safe insulin storage remains a major challenge in humanitarian and off-grid settings. In Kalobeyei Settlement, Turkana County, Kenya, temperatures often exceed 40°C, and most households lack electricity. Without refrigeration, insulin potency is compromised, affecting adherence and increasing complications. Through the Non-Communicable Diseases Continuity in Crisis project, insulin-dependent patients co-designed and tested a locally adapted, electricity-free storage solution to improve adherence, enhance self-care, and reduce health facility dependence.

Methods
Implemented by Kenya Red Cross Society with Danish Red Cross technical support and Novo Nordisk Foundation funding, the project introduced a modified clay pot innovation. Pots were wrapped in blankets, placed in sand- and charcoal-lined pits, and used evaporative cooling to maintain safe storage temperatures. Prototype testing confirmed internal ranges of 18–28°C, within WHO’s ≤30°C guideline. Following validation, 30 insulin-dependent clients received pots and training. Community Health Promoters (CHPs) provided household follow-ups to reinforce use, dispel myths, and monitor outcomes.

Results
The intervention directly supported 30 insulin-dependent clients and indirectly reached over 200 caregivers through sensitization. Treatment adherence improved, with skipped doses reduced by over 60%, while daily facility visits for refrigeration declined. Hospital visits for uncontrolled diabetes decreased, and patients reported greater confidence in self-care. Temperature monitoring confirmed stability, with morning averages of 24.9°C and evening averages of 28.6°C. Challenges included 15% pot breakages and myths around insulin expiry, mitigated through education and pot replacement.

Conclusion
The clay pot insulin innovation shows that low-cost, culturally adapted solutions can sustainably address critical NCD care gaps in fragile, off-grid contexts. Scaling to other refugee and drought-prone regions, embedding into national NCD in emergencies preparedness plans, and developing systematic monitoring frameworks are recommended for sustainability.

Keywords:
Diabetes Mellitus; Insulin Storage; Evaporative Cooling; Refugee Health; Humanitarian Innovation

Country Kenya
Organization Non-Governmental Organization (NGO)
Position Project Officer
Received a Grant? Yes
If yes, give grant details The project is being funded by Novo Nordisk foundation through Danish Red Cross.

Author

Ms Esther Wangari (Kenya Red Cross Society)

Co-authors

Biwott Hazael (Kenya Red Cross Society) Ms Dorothy Anjuri (Kenya Red Cross Society) Mr Gregory Okal (Kenya Red Cross Society) Mr Hamadi Salimu (Kenya Red Cross Society) Mr Kevin Ngereso (Kenya Red Cross Society) Ms Martha Njeri (Kenya Red Cross Society) Martin Nyoike (Danish Red Cross Society)

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