One Vision, Five Work Packages

Beach cleaning reduces litter and encourages ocean stewardship by increasing participants’ environmental awareness. Plastics, especially, travel globally and persist in the oceans for prolonged periods. Current collection efforts typically focus on removing litter rather than exploring the journey of the materials found and their potential for circular valorisation.

Beach plastics collected during clean-ups often comprise mixed materials contaminated with sand and organic matter, complicating recycling efforts. Implementing the Beach Clean 2.0 methodology, which emphasises sorting at the source, streamlines material flow and polymer purity, critical factors for effective mechanical recycling and the development of circular plastic systems.

To enable a circular economy, exemplars of community level practice are needed, especially for complex waste like electrical and electronic equipment (WEEE). As a demonstrator project, obsolete WEEE electrical cables within Ulster University were diverted from disposal with options for reuse and resource recovery explored.

The Colours of Rathlin project explores natural dyeing using wool from the island, creatively repurposing non-indigenous plants and organic waste from local cafés and bars. This sustainable approach highlights Rathlin’s unique ecology and culture while reducing waste and celebrating natural colour palettes through environmentally conscious textile practices.

Polypropylene ropes contribute significantly to marine contamination, shedding microplastics through wear and degradation. These particles persist in ocean ecosystems, harming marine life and entering the food chain. As synthetic materials, they do not biodegrade, leading to long-term pollution and raising urgent concerns about sustainability in maritime industries and practices.

Beach cleaning reduces litter and encourages ocean stewardship by increasing participants’ environmental awareness. Plastics, especially, travel globally and persist in the oceans for prolonged periods. Current collection efforts typically focus on removing litter rather than exploring the journey of the materials found and their potential for circular valorisation.

Beach plastics collected during clean-ups often comprise mixed materials contaminated with sand and organic matter, complicating recycling efforts. Implementing the Beach Clean 2.0 methodology, which emphasises sorting at the source, streamlines material flow and polymer purity, critical factors for effective mechanical recycling and the development of circular plastic systems.

Polypropylene ropes contribute significantly to marine contamination, shedding microplastics through wear and degradation. These particles persist in ocean ecosystems, harming marine life and entering the food chain. As synthetic materials, they do not biodegrade, leading to long-term pollution and raising urgent concerns about sustainability in maritime industries and practices.

Beach plastics collected during clean-ups often comprise mixed materials contaminated with sand and organic matter, complicating recycling efforts. Implementing the Beach Clean 2.0 methodology, which emphasises sorting at the source, streamlines material flow and polymer purity, critical factors for effective mechanical recycling and the development of circular plastic systems.

The Colours of Rathlin project explores natural dyeing using wool from the island, creatively repurposing non-indigenous plants and organic waste from local cafés and bars. This sustainable approach highlights Rathlin’s unique ecology and culture while reducing waste and celebrating natural colour palettes through environmentally conscious textile practices.

Polypropylene ropes contribute significantly to marine contamination, shedding microplastics through wear and degradation. These particles persist in ocean ecosystems, harming marine life and entering the food chain. As synthetic materials, they do not biodegrade, leading to long-term pollution and raising urgent concerns about sustainability in maritime industries and practices.

Beach cleaning reduces litter and encourages ocean stewardship by increasing participants’ environmental awareness. Plastics, especially, travel globally and persist in the oceans for prolonged periods. Current collection efforts typically focus on removing litter rather than exploring the journey of the materials found and their potential for circular valorisation.

To enable a circular economy, exemplars of community level practice are needed, especially for complex waste like electrical and electronic equipment (WEEE). As a demonstrator project, obsolete WEEE electrical cables within Ulster University were diverted from disposal with options for reuse and resource recovery explored.

Beach plastics collected during clean-ups often comprise mixed materials contaminated with sand and organic matter, complicating recycling efforts. Implementing the Beach Clean 2.0 methodology, which emphasises sorting at the source, streamlines material flow and polymer purity, critical factors for effective mechanical recycling and the development of circular plastic systems.

To enable a circular economy, exemplars of community level practice are needed, especially for complex waste like electrical and electronic equipment (WEEE). As a demonstrator project, obsolete WEEE electrical cables within Ulster University were diverted from disposal with options for reuse and resource recovery explored.

Beach plastics collected during clean-ups often comprise mixed materials contaminated with sand and organic matter, complicating recycling efforts. Implementing the Beach Clean 2.0 methodology, which emphasises sorting at the source, streamlines material flow and polymer purity, critical factors for effective mechanical recycling and the development of circular plastic systems.

The Colours of Rathlin project explores natural dyeing using wool from the island, creatively repurposing non-indigenous plants and organic waste from local cafés and bars. This sustainable approach highlights Rathlin’s unique ecology and culture while reducing waste and celebrating natural colour palettes through environmentally conscious textile practices.

Polypropylene ropes contribute significantly to marine contamination, shedding microplastics through wear and degradation. These particles persist in ocean ecosystems, harming marine life and entering the food chain. As synthetic materials, they do not biodegrade, leading to long-term pollution and raising urgent concerns about sustainability in maritime industries and practices.

To enable a circular economy, exemplars of community level practice are needed, especially for complex waste like electrical and electronic equipment (WEEE). As a demonstrator project, obsolete WEEE electrical cables within Ulster University were diverted from disposal with options for reuse and resource recovery explored.

Beach cleaning reduces litter and encourages ocean stewardship by increasing participants’ environmental awareness. Plastics, especially, travel globally and persist in the oceans for prolonged periods. Current collection efforts typically focus on removing litter rather than exploring the journey of the materials found and their potential for circular valorisation.