Uppsats

Is Engagement the Key to Reduce Empty Snus Containers in Nature? - Comparing Motivational Strategies for Reducing Snus Container Plastic Waste

H

Chalmers tekniska högskola / Institutionen för data och informationsteknik

Publicerad: 2026

Språk: Engelska

Sammanfattning

Plastic waste continues to pose a significant environmental challenge. With incorrect disposal contributing in pollution in both urban and natural environments. InSweden, disposable snus containers represent a recurring plastic waste stream dueto high user consumption rates and their frequent disposal in combustible waste orincorrectly in public spaces. Existing recycling systems often rely on digital applications and additional user effort, which could result in unnecessary mental load,which can cause friction and reduced participation. This thesis explores how interaction design and behavioral motivation strategies can be used to encourage moreengaging recycling behaviors for empty snus container recycling in public spaces.The research was grounded in research through design and followed an iterativedesign process which involved literature studies, surveys, prototyping, testing, andpublic deployment. Two different motivational strategies for recycling were explored:gamification and nature-based, which resulted into two high-fidelity prototypes: theSnus Ballot Voting prototype and Gacha Machine prototype.User feedback and field observations indicated that playful, physical, and sociallyvisible interactions contributed to user engagement and participation during recycling activities. Indicating that the importance of intuitive and tangible interactionscould have an impact in public recycling systems. Due to the practical constraintsand limited research duration, the monetary and charity based incentive could notbe fully implemented or evaluated. Future work should further investigate long termdeployment and the motivational strategy that this thesis did not cover to be fullyimplemented within the scope of this research.

Information

Lärosäte / institution
Chalmers tekniska högskola / Institutionen för data och informationsteknik
Publiceringsdatum
2026
Uppsatstyp
H
Språk
Engelska