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Purpose <p>PVC waste from urology care contributes to environmental pollution, greenhouse gas emissions, high energy use, and increased costs, impacting public health. Effective recycling strategies remain limited. This study aimed to assess the feasibility of a PVC recycling program for urology waste.</p> Materials and methods <p>This feasibility study implemented a recycling program for PVC waste in a urology unit. Healthcare staff, including physicians, residents, nurses, and janitorial personnel, were trained in the recycling process for empty irrigation bags, which were collected daily, weighed, and tracked. Bags were then sent to a facility to process them into high-quality PVC pellets. A cost analysis reflected financial conditions in Mexico City. Additionally, an electronic survey of 10 questions gauged participants’ ease of involvement, barriers, program impact, and improvement suggestions. Statistical and qualitative analyses were conducted.</p> Results <p>Over 15 months, 2,805 irrigation bags were collected, which corresponded to 187.93&#xa0;kg of waste, yielding 186.05&#xa0;kg (99%) of PVC. On a further life cycle assessment, we concluded that by recycling we saved 2,418&#xa0;L of water, reduced CO<sub>2</sub> emissions by 930&#xa0;kg, and saved 3,720 kWh of energy. Projected five-year recycling estimates suggest a potential collection of 1,527.6&#xa0;kg of PVC, which will amount to water savings of 19,858.8&#xa0;L, a reduction of CO<sub>2</sub> emissions of 7,638&#xa0;kg, and energy savings of 30,552 kWh. Potential financial savings could reach €25,333.66.</p> Conclusions <p>A PVC recycling program for irrigation bags is feasible, with economic and environmental benefits. This initiative supports waste reduction and public health efforts.</p>

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From patient care to environmental health: a pilot program recycling polyvinyl chloride (PVC) from irrigation bags in urology

  • 期刊论文

  • 发表日期：

    2025年5月3日

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  • Horst Emanuel Lagos-Beitz,
  • Gerardo Tena-González Mendez,
  • Carlos Méndez-Probst,
  • Adrián Mauricio Garza-Gangemi,
  • Ricardo Alonso Castillejos-Molina,
  • Francisco Tomás Rodríguez-Covarrubias,
  • Bernardo Gabilondo-Pliego,
  • Nathan Berman-Parks

摘要

Purpose

PVC waste from urology care contributes to environmental pollution, greenhouse gas emissions, high energy use, and increased costs, impacting public health. Effective recycling strategies remain limited. This study aimed to assess the feasibility of a PVC recycling program for urology waste.

Materials and methods

This feasibility study implemented a recycling program for PVC waste in a urology unit. Healthcare staff, including physicians, residents, nurses, and janitorial personnel, were trained in the recycling process for empty irrigation bags, which were collected daily, weighed, and tracked. Bags were then sent to a facility to process them into high-quality PVC pellets. A cost analysis reflected financial conditions in Mexico City. Additionally, an electronic survey of 10 questions gauged participants’ ease of involvement, barriers, program impact, and improvement suggestions. Statistical and qualitative analyses were conducted.

Results

Over 15 months, 2,805 irrigation bags were collected, which corresponded to 187.93 kg of waste, yielding 186.05 kg (99%) of PVC. On a further life cycle assessment, we concluded that by recycling we saved 2,418 L of water, reduced CO2 emissions by 930 kg, and saved 3,720 kWh of energy. Projected five-year recycling estimates suggest a potential collection of 1,527.6 kg of PVC, which will amount to water savings of 19,858.8 L, a reduction of CO2 emissions of 7,638 kg, and energy savings of 30,552 kWh. Potential financial savings could reach €25,333.66.

Conclusions

A PVC recycling program for irrigation bags is feasible, with economic and environmental benefits. This initiative supports waste reduction and public health efforts.