激励回收行为:押金回收系统和收集点设计的作用

Marie Hartmann, Elena Cavagnaro
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引用次数: 0

摘要

这项初步的应用研究探讨了押金返还系统(DRS)在鼓励HORECA(酒店、餐厅、咖啡馆)环境中的回收行为方面的潜在有效性。DRS首先引入押金收集点,以方便客人退还他们在业务场所购买的收取押金的包装。本研究的中心研究问题是如何引导客人采取适当的回收行为。回收行为的概念是将储物罐和瓶子弃置在特定的收集点。虽然可持续举措的成功既取决于客人的行为,也取决于产品设计,但这两个角度通常很少同时应用,特别是在HORECA。为了回答这个核心问题,我们以一种探索性的方式将行为科学与可持续行为的设计结合起来。因此,我们引入了不同的即时沟通策略和押金收集点,以探索哪种组合最成功地引导客人在食堂环境中进行适当的回收行为。策略的例子有视觉提示和口头指示。为了衡量推动和提示的成功,采用了两项措施:计算在收集点或垃圾箱中结束的押金征收包装;回收污染的程度。采用卡方分析数据。研究强调,收集点的存在增加了客人单独收集收取押金的包装的动机。结果表明,收集点的设计对减少回收污染起着至关重要的作用,与桶形收集点相比,箱形收集点的回收污染更少。研究结果表明,通过适当的产品设计和沟通,DRS不仅可以有效地应用于学校食堂,还可以应用于咖啡馆,餐饮服务和其他HORECA业务。该研究独特地采用了一种探索性方法,在大学食堂的现实环境中测试不同的行为干预措施。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Motivating recycling behaviour: The role of deposit return systems and collection point design
This preliminary applied research study explores the potential effectiveness of Deposit Return Systems (DRS) in encouraging recycling behaviour in a HORECA (Hotel, Restaurant, Café) setting. A DRS starts with the introduction of a deposit collection point to facilitate that the guests return the deposit-levied packaging that they purchased on the business premise. The central research question in this study addresses how to lead guests to proper recycling behaviour. Recycling behaviour is conceptualized as disposing of deposit cans and bottles in specific collection points. Although the success of sustainable initiatives depends both on guest behaviour and on product design, these two angles are seldom applied together in general and in HORECA in particular. To answer the central question, we combined behavioural sciences with design for sustainable behaviour in an exploratory manner. Consequently, we introduced different prompt communication strategies and deposit collection point nudges, to explore which combination is most successful in leading guests to proper recycling behaviour in a canteen setting. Examples of strategies are visual prompts and verbal instructions. To measure the success of the nudges and prompts two measures were used: the deposit-levied packaging that ended in the collection point or in the garbage bin was counted; the level of recycling contamination. Chi-square was applied to analyse the data. The study highlights that the presence of a collection point increases guests’ motivation to collect deposit-levied packaging separately. The results show that the design of the collection points played a crucial role in reducing recycling contamination, as crate shaped collection point resulted in less recycling contamination compared to a bin shaped one. The findings suggest that, with proper product design and communication, DRS can be effectively applied not only in school canteens but also in cafes, catering services, and other HORECA businesses. The study uniquely employed an exploratory approach in a real-life setting in a university canteen to test the different behavioural interventions.
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