Edana has published a report titled „The Central Role of Absorbent Hygiene Products in the Management of Adult Urinary Incontinence: Benefits, Costs and Environmental Impact.“ It analyzes the role of absorbent hygiene products (AHPs) in the management of adult urinary incontinence, with a particular focus on economic and systemic impacts. Released at the start of World Continence Week in June 2026, the report evaluates costs, care structures, and market dynamics linked to continence management.
Rising prevalence increases economic pressure
The report estimates that around 465 million adults worldwide are affected by urinary incontinence, with numbers expected to grow due to demographic aging and increasing rates of chronic disease. This trend is placing additional pressure on healthcare and long-term care systems.
According to Edana, unmanaged incontinence generates significant indirect costs, including reduced labor participation, higher care needs, and increased healthcare utilization.
Absorbent hygiene products as part of care infrastructure
Absorbent hygiene products are described as a key component of continence care pathways in many countries. The report notes that several healthcare systems, including in the UK, the Netherlands, and Australia, include such products in reimbursement or public support schemes, underlining their structural role in care provision.
Edana highlights that body-worn AHPs can contribute to reducing secondary healthcare costs by lowering complication risks and easing care requirements in institutional and home-care settings.
Market and policy implications
The publication also points to increasing cost and sustainability pressures across the hygiene products sector. Manufacturers are responding with material optimization strategies and improved end-of-life concepts, including recycling and recovery pathways.
Environmental and lifecycle considerations remain relevant
While the primary focus is on health system efficiency and cost impacts, the report also addresses environmental aspects, including ongoing efforts to reduce material use and improve circularity in product design and waste treatment.
