P230: Sustainable Clinical Trials: Advancing Health Equity and Environmental Stewardship
Poster Presenter
Benjamin Worley
Senior Director, Sustainability & ESG
LabConnect United States
Objectives
To explore innovative strategies for reducing the environmental impact of clinical trials while enhancing their accessibility and equity in vulnerable populations.
Method
Combining insights from implemented practices like energy-efficient labs and waste reduction with projections for emerging initiatives, this poster estimates potential environmental and cost savings from innovative approaches such as optimized shipping and sustainable infrastructure investments.
Results
Early results from implemented initiatives show significant reductions in energy consumption, waste production, and the carbon footprint of packaging materials. These efforts include increasing the percentage of electricity sourced from onsite and purchased renewable energy at three accessioning locations. A sustainable packaging initiative has also improved thermal stability in shipping while cutting the CO2 footprint of materials by 75-80%. Based on modeled data from the manufacturer’s life cycle assessment and current usage levels, once fully deployed, this initiative will achieve a reduction equivalent to removing 300,000 automobiles from the road annually.
Modeled findings from the organization’s sustainability program, project additional environmental and cost savings from other initiatives in development. One such initiative includes leveraging advanced artificial intelligence (AI) for sustainable shipping lane optimization. Another uses AI tools to provide rapid onsite support to clinic personnel for sample handling questions, greatly reducing shipping errors, loss and waste. Collectively, these efforts underscore the potential of clinical trials to minimize their environmental impact while enhancing accessibility and equity.
Further, partnerships with climate-resilient labs and clinics in vulnerable regions ensure they are equipped to withstand extreme weather events (e.g., hurricanes, floods, heatwaves). A decentralized network of testing and logistics options strengthens the continuity of trials and guarantees equitable healthcare access, even during climate crises.
Conclusion
Sustainable clinical trials aren't just a moral imperative; they're a transformative opportunity to align health innovation with environmental stewardship and social equity. This shift challenges the misconception of sustainability as an obstacle, illustrating instead how it enhances resilience, efficiency, and accessibility in clinical trials. It highlights a powerful truth: employing sustainable practices can directly contribute to the advancement of life-saving medicine while safeguarding the health of the planet. Energy-efficient operations, sustainable packaging innovations, and the integration of advanced technologies reveal that reducing environmental harm can coexist with increased efficiency and cost savings. These initiatives underscore that the future of clinical trials lies not in maintaining outdated systems, but in embracing innovation benefiting both humanity and the environment. It fosters inclusivity by ensuring clinical research reaches vulnerable populations without exacerbating inequities these communities already face. Climate-resilient partnerships and decentralized networks of testing facilities ensure continuity of care even during climate crises, providing a safety net for disadvantaged regions most affected by extreme weather events. These measures build trust and reaffirm the commitment of the clinical trial community to ethical responsibility and global health equity. The implications are clear: sustainable clinical trials are a path to a more resilient, efficient, and equitable future for medical research. They position the industry as a leader in addressing one of the greatest challenges of our time—climate change—while strengthening its core mission of improving human health. By taking action to implement these practices, the clinical trial community can inspire broader systemic change, proving that environmental responsibility and scientific innovation are not only compatible but essential to building a healthier and more just world.
