Bringing zero-waste circularity to the UAE 
CategoriesSustainable News

Bringing zero-waste circularity to the UAE 

Spotted: As economic growth and consumption rise, so does the amount of waste produced. Statista estimates that, by 2050, the world will be producing 3.4 billion metric tonnes of municipal solid waste each year, a 70 per cent increase compared with 2016 figures. Polygreen, which operates as a network of companies to provide integrated and multi-faceted circular economy solutions, is one leading organisation tackling our growing waste problem with creative zero-waste schemes and innovative partnerships. 

For instance, Polygreen recently entered into a strategic partnership with Abu Dhabi Waste Management Centre Tadweer, to bring zero-waste, circular economy, and sustainable waste management principles to the Middle East. The Memorandum of Understanding signed by the two partners will focus on sharing knowledge and best practices for high-profile global events such as COP28, United Nations events, and the Delphi Economic Forum, as well as explore the application of Polygreen’s ‘Just Go Zero’ model in Abu Dhabi. 

Polygreen has already had success in implementing the Just Go Zero initiative on the Greek island of Tilos, turning the island into a zero-waste destination wherein 100 per cent of municipal solid waste is now diverted from landfill. As well as engaging with local stakeholders to achieve this fully circular zero-waste economy, Polygreen focused on resident education to encourage essential behavioural change in terms of how waste is sorted at home.

Specially designed vehicles collect and weigh the litter from every household and business on the island, and with the Tilos Just Go Zero app, locals receive important information about the programme and can track how much rubbish they have recycled in real-time. Waste is then sent to the Centre for Circular Innovation instead of landfill, where it is sorted for either recycling, reuse, compost, or turned into alternative fuel. The goal is to use similar methodology to accomplish equally impressive results in Abu Dhabi. 

Other circular economy innovations recently spotted by Springwise include on-demand data that makes recycling easy, a scheme that lets residents in South Africa exchange recycling for digital currency, and a new approach to circular packaging.

Written By: Lisa Magloff

Reference

Manufacturing zero-waste jewellery – Springwise
CategoriesSustainable News

Manufacturing zero-waste jewellery – Springwise

Spotted: Jewellery is not often associated with waste – after all, the idea of leaving valuable gold or silver lying around the shop floor seems absurd. Yet, traditional jewellery making does involve a fair amount of scrap metal waste. This wasted material translates to the need for more mining, with its use of dangerous chemicals, and environmental and social issues.

Tallinn-based Cloud Factory has an answer not only to reducing jewellery-related waste, but also to cost-effective scalable jewellery production. Cloud Factory leverages 3D printing technology and recycled precious metals in the jewellery-making process. The startup is focusing on using its system to help musicians, brands, and celebrities create their own branded jewellery merchandise through a fully managed service that offers concept building, manufacturing, branded packaging, and drop-shipping.

The use of direct metal 3D printing minimises the production cost and time needed to produce quality jewellery at scale. However, not content with its current offering, Cloud Factory is also working to build fully automated on-demand 3D printing hubs at locations around the globe. The company is also launching its first jewellery NFTs to create a bridge between digital and tangible jewellery products.

The company has recently picked up €2 million in funding during a seed round led by Change Ventures, one of the leading early-stage funds in the Baltics.

3D printing is being applied to a growing range of products and structures. Some of the most innovative ideas that Springwise has spotted recently include creating living walls created by 3D printing with soil and a 3D-printed ear made from patients’ own cells.

Written By: Lisa Magloff

Reference