Eco-Friendly Cushioning Solutions for Cyclist Shorts
![Air Mood](https://riipen-platform2-ca-central-1-production.s3.ca-central-1.amazonaws.com/uploads/company/31620/avatar/medium-a16356aa2339be3dbc020b36a6a95cf3.png)
Project scope
Categories
Environmental sustainability Scientific researchSkills
quantitative research environmental science reduction potential cushioning ecologyThe project focuses on evaluating and comparing the ecological impact of two different cushioning technologies used in cyclist shorts. The primary goal is to assess the environmental benefits of transitioning from non-reusable polyurethane-based cushions to reusable cushions that utilize ambient air. This shift could significantly reduce CO2 emissions, microplastics, and other pollutants associated with the disposal of polyurethane-based products. Learners will apply their knowledge in environmental science and ecology to conduct a thorough analysis of both cushioning approaches. The project aims to provide insights into sustainable alternatives that can enhance athlete comfort and protection while minimizing environmental harm. By focusing on the sports industry, this project highlights the potential for eco-friendly innovations in athletic gear.
- Measure the ecological impact of polyurethane-based cyclist shorts cushions.
- Measure the ecological impact of ambient air-based cyclist shorts cushions.
- Compare the two approaches to determine the more sustainable option.
- Provide a comprehensive qualitative and quantitative assessment of CO2 reduction potential.
Providing specialized, in-depth knowledge and general industry insights for a comprehensive understanding.
Direct involvement in project tasks, offering guidance, and demonstrating techniques.
Providing access to necessary tools, software, and resources required for project completion.
About the company
AIR MOOD is transforming sportswear with its innovative AIRGONOMIK technology. Our adjustable, inflatable cushions replace harmful chemical padding, offering an eco-friendly, high-performance alternative. Made from recycled materials, our products reduce waste, CO₂ emissions, and petroleum use, while supporting sustainability and innovation in the sports industry.