Elenya was commissioned to undertake a rapid evidence review examining how disabled people and other marginalised groups experience barriers when accessing Waste Electrical and Electronic Equipment (WEEE) recycling. The work was commissioned to support strategic thinking about accessibility and equalities impacts within recycling systems.
The project focused on synthesising existing evidence rather than generating new primary research. The aim was to bring together data from a wide range of sources and translate it into a clear, practical understanding of how different functional barriers affect the ability to participate in recycling schemes that rely on travel, navigation of physical environments, or interaction with staff.
The resulting report provided an evidence based overview of how accessibility barriers operate in practice and what types of system changes are most likely to reduce exclusion.
Our Role
Elenya delivered the project from initial scoping through to final reporting. This included:
- Rapidly scoping the research brief and agreeing project parameters within a tight timeline
- Conducting structured desk research across government statistics, equalities impact assessments, academic studies and sector guidance
- Analysing evidence relating to disability, accessibility and participation in recycling systems
- Synthesising findings into a clear narrative explaining how functional barriers influence behaviour
- Developing a structured summary of key population segments and barriers
- Identifying practical mitigations supported by the evidence
- Producing a detailed written report supported by data tables and case examples
- Presenting findings and providing additional verbal insight and interpretation
The focus throughout was on producing a thorough, practical and defensible evidence base that could inform policy and service design decisions.
Context and Aims
Many recycling systems assume that users are able to travel to collection points, navigate unfamiliar environments, interpret instructions and interact with staff when required. For a substantial proportion of the population, these assumptions do not hold.
The project set out to understand how different functional barriers affect participation in WEEE recycling and what implications this has for service design.
Key questions included:
- How many people are likely to face barriers that affect access to recycling systems?
- What types of barriers are most significant in practice?
- How do these barriers interact with one another and with wider factors such as age, deprivation and transport access?
- What evidence exists on the kinds of interventions that reduce exclusion?
- Which changes are most likely to deliver improvements in accessibility?
The aim was to move beyond general statements about inclusion and provide a clearer picture of how accessibility barriers operate within the recycling system.
What We Explored
The research brought together evidence relating to a number of major functional barrier groups, including:
- Physical barriers linked to mobility, dexterity and stamina
- Visual impairment and the accessibility of physical environments
- Hearing loss and communication barriers
- Cognitive and neurodivergent barriers linked to complexity and sensory load
- Language barriers related to low English proficiency
- Long term conditions that limit energy and stamina
Across these areas we examined the scale of affected populations, how barriers manifest in recycling environments, and what design changes have been shown to reduce exclusion.
The report also explored how these barriers overlap with one another. Many individuals experience multiple forms of disadvantage simultaneously, particularly older people, residents of more deprived areas and those without access to a car.
Key Insights
The evidence shows that accessibility barriers affect a significant share of the UK population and are often more widespread than is typically assumed. Many people experience functional barriers that can make recycling systems difficult to access, particularly where these rely on travel, physical effort, complex instructions or interaction with staff.
The research highlighted how different barriers intersect with one another. Physical disability, long term health conditions, sensory impairments and cognitive differences often overlap, particularly among older people and those living in more deprived areas. Transport access and distance to facilities can further amplify these challenges.
Across the evidence, the most effective approaches are those that reduce effort and complexity rather than relying on awareness or motivation alone. Simplified processes, clear communication, accessible environments and alternative collection models all emerged as practical ways to improve accessibility.
Overall, the findings reinforce the importance of designing recycling systems that work for the widest possible range of users from the outset. Changes that improve accessibility for disabled and marginalised groups tend to benefit the broader population as well.
Influence and Outcomes
The final report provided a clear evidence base demonstrating that accessibility barriers are not marginal issues but affect a very large share of the population.
The analysis highlighted practical interventions with strong cross cutting benefits. These included simpler service models, clearer communication, predictable processes and assisted collection options that reduce physical effort.
The findings also emphasised the importance of designing systems that reduce complexity and uncertainty, rather than expecting individuals to overcome barriers through awareness or motivation alone. We provided a range of examples of good practice via case studies, as well as highlighting areas for improvement.
By bringing together a wide range of evidence into a single structured analysis, the project helped provide a clearer foundation for discussions about accessibility and inclusive recycling systems.
Client testimonial
“Elliot responded quickly and professionally to an urgent request I sent. We had not been connected previously and within 24 hours we had scoped and quoted a project together. The project moved through to delivery and I was very impressed with the attention to detail and thorough deliverable Elliot presented. The report was also backed up with verbal overlay and insights from Elliot, which were invaluable. I would highly recommend working with Elliot.”