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Solid waste management of small island developing states—the case of the Seychelles: a systemic and collaborative study of Swiss and Seychellois students to support policy

机译:小岛屿发展中国家的固体废物管理 - 塞舌尔群岛的案例:瑞士和塞舌尔学生的系统和协作研究,以支持政策

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摘要

Solid waste management (SWM) is a significant challenge for the Seychelles. Waste generation, fueled by economic development and tourism, increases steadily, while landfilling continues to be the main disposal path, thus exacerbating the island nation’s specific weaknesses. Due to the small scale of the Seychelles economy, there is little capital available to stimulate innovations in SWM and generate the knowledge for setting priorities and guiding SWM action. Students from ETH Zurich and UniSey conducted a transdisciplinary case study (tdCS) to fill this knowledge gap and gain insights into the obstacles and opportunities related to sustainable SWM. The tdCS approach allowed students to gain comprehensive and in-depth knowledge about the SWM system required to set priorities for action and next steps. The government should streamline the different financial frameworks according to a clear principle (e.g., polluter pays principle). Specific biogenic waste streams represent a potential source of energy and fertilizers. Expanding the scope and densifying the network of collection points could help raise recycling rates of other waste fractions. Diverting biogenic waste and recycling more glass, metals, paper, and plastics would also significantly reduce landfilling rates. Regardless of future amounts of waste ending up on landfills, the latter must be reengineered before the surrounding environment suffers major adverse impacts. All these actions imply a government-driven approach which integrates the views of stakeholders and consumers alike.
机译:固体废物管理(SWM)是塞舌尔的重大挑战。经济发展和旅游推动的废物产生,稳步增长,而填埋场仍然是主要的处置路径,从而加剧了岛屿国家的特定弱点。由于塞舌尔经济规模小,资本很少可刺激SWM中的创新,并为设定优先事项和指导SWM行动产生知识。来自苏黎世和蹄的学生进行了一个跨学科案例研究(TDC),以填补这种知识差距,并深入了解与可持续发展的障碍和机会有关的障碍。 TDCS方法允许学生了解有关为行动和后续步骤设置优先级所需的SWM系统的全面和深入了解。政府应根据明确的原则(例如,污染者支付原则)简化不同的金融框架。特定的生物垃圾流代表潜在的能量和肥料来源。扩大范围和致密收集点网络可以帮助提高其他废物分数的回收率。转移生物垃圾和再循环更多玻璃,金属,纸张和塑料也会显着降低填埋场。无论在垃圾填埋场最终结束的未来废物量,后者必须在周围环境遭受重大不利影响之前重新入住。所有这些行动都意味着一项政府驱动的方法,将利益攸关方和消费者的意见相同。

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