Summer School

Project:

This team developed a smart bin that improves recycling processes within office environments. The system intelligently identified the material, opens the correct bin and tracks waste disposal habits. Through a prototyped app the system provides users with detailed, gamified feedback to promote effective recycling practices. This includes ranking of user by how much waste they produce and how much is recycled, offering companies the ability to reward those who hit targets. This project not only addresses the disposal of office waste but also educates users on the impact of their actions, fostering a culture of responsibility and sustainability. The team suggested that this technology can be used in other environments, such as schools and public spaces.

Project:

Spark Cycle addressed the environmental challenge of disposable vapes, which are often discarded improperly, leading to significant waste. Each week, millions of vapes are bought and a large portion of these end up contributing to environmental pollution. The Spark Cycle team developed an innovative recycling solution that transforms used vape devices into functional electronic gadgets, such as fans and power banks. This process not only repurposes the lithium-ion batteries and plastic casings found in vapes but also promotes a circular economy. The initiative includes a robust behavioural change campaign aimed at young adults, particularly those frequenting music festivals and other public events where vape use is high.

Project:

This team focused on the significant waste management challenges in Bangladesh, which produces over 800,000 tonnes of plastic annually. Their solution, Polyfloss Renewable, is a low-cost, sustainable fibre made from recycled PET plastics, designed to empower local weavers and support cottage industries, allowing them to produce culturally significant mats at a fraction of the traditional cost. By transforming waste into useful products like the mats, this project aims to enhance economic independence and environmental sustainability in low-income communities.

Project:

This team developed a solution to combat the issue of single-use plastic in food packaging. Their product is a flexible, biodegradable and water-soluble packaging material designed to completely dissolve within 30 days after disposal. This approach offers a practical alternative that consumers could conveniently dispose of via household sinks or toilets, ensuring a reduction in landfill waste.

Targeting the food industry, DissolvaPak’s goal is to replace traditional plastic packaging used for items like coffee sachets and toiletry miniatures. The material’s safety and compliance with FDA and EFSA standards make it a viable option for widespread adoption, aiming to transform packaging practices in the fast-moving consumer goods sector.