Sustainable Development Through Aerial Logistics in Healthcare Delivery: A Case Of Zipline Ghana

Abstract

The concept of sustainable development has recently gained increasing attention from governments, organisations, and individuals around the world. The utilisation of traditional means for transporting healthcare products significantly impacts Global Sustainable Development Goals. Trucks and vans encounter challenges, particularly in remote areas and during emergencies, leading to heightened CO2 emissions. The increasing attention on aerial devices for logistics stems from their zero tailpipe emissions and capacity to navigate challenging terrains and respond swiftly to emergencies. This study employs data analysis techniques and CO2 emission models to explore how the use of aerial devices in healthcare supply chains can enhance the achievement of sustainable development goals. Findings indicate regional disparities in health product distribution using drone technology, with diverse demands from different health facilities. Additionally, the study underscores the potential of drone technology for sustainable healthcare delivery, showcasing reduced carbon emissions compared to traditional transport methods. Calculated CO2 emissions position drones as a more environmentally friendly alternative, aligning with sustainable development principles.