Description
Introduction/Objective: The Kurdistan Region of Iraq, including cities like Kifri and Halabja, grapples with the dual impact of climate change and improper medical waste disposal. This study proposes a holistic adaptation strategy focusing on the implementation of a recycling program within hospitals to mitigate environmental stressors and enhance community health.
This case study aims to contribute empirical evidence on the effectiveness of local recycling initiatives in addressing health and environmental challenges. By identifying gaps in waste management practices in healthcare settings, it seeks to offer insights into scalable and sustainable solutions for similar regions, contributing to the scientific understanding of waste management in healthcare.
Methodology: The adaptation strategy centers on introducing designated recycling bins for non-contaminated plastic medical waste in hospitals. The collected waste is systematically transported to a local recycling factory, fostering collaboration for economic development. The process involves three key steps: strategically placing labeled recycling bins, establishing an efficient collection and transportation system, and partnering with a local recycling facility for material conversion.
The study utilises data from hospital records on medical waste generation and disposal, recycling facility records detailing materials produced from recycled medical waste, and health surveillance data providing epidemiological insights into relevant health outcomes in the study population.
Results and Discussions:
Environmental Impact: Recycling medical waste alleviates the environmental burden associated with incineration or landfill disposal.
Local Economic Development: Collaboration with a local recycling facility promotes economic growth within the community.
Health and Safety: Proper disposal of medical waste enhances safety in healthcare environments, benefiting patients and healthcare workers.
Health Outcomes:
Reduction of Health Risks: Proper waste management decreases the risk of infections and exposure to harmful substances.
Improved Air and Water Quality: By reducing incineration and landfill, the strategy contributes to better air and water quality, indirectly impacting respiratory and waterborne health issues.
Climate-led Stressors:
Reduced Environmental Impact: Recycling mitigates the environmental stressors associated with traditional medical waste disposal, contributing to climate change resilience.
Localized Solutions: Implementing recycling aligns with climate change adaptation strategies, promoting sustainability and reducing the carbon footprint of waste disposal.
Proposed Analysis:
The study plans to conduct a comprehensive assessment of health outcomes and economic impacts. Health outcomes will be evaluated through the analysis of infection rates, respiratory illnesses, and relevant health indicators. Economic benefits and job creation resulting from local recycling facilities will be assessed, providing a comprehensive understanding of the initiative's impact.
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