Mesh implants intended to treat pelvic organ prolapse Synthetic mesh are used to treat patients with pelvic organ prolapse.
A guide for the safe reuse of diaper and incontinence materials RIVM has developed a step-by-step plan for the safe reuse of diapers and incontinence material. This plan provides recyclers and licensing authorities with tools to carry out a risk assessment.
Call for circular designers If you work on a circular solution or products, you can get lost in the complexity of quality labels, marketing strategies, advice and prohibitions.
Emphasising safety and sustainability in circular design A stronger focus on safety, health and sustainability is needed in designing circular products. When basic resources are re-used in new products, health risks should be avoided.
Measures against polluting microplastics from garments When garments made from synthetic materials wear, due to use and washing, microplastic fibres are released. Wastewater treatment plants remove 50 to 90 per cent of these microplastic fibres.
CleaR delivers framework for risk assessment of substances of concern in the recycling process For a successful circular economy, it is essential to improve the conditions in which materials and products are recycled once they have reached the end of their life cycle.
Summary International Expert Meeting on breast implant-associated lymphoma On November 19th 2018, RIVM organised an international expert meeting on a rare type of lymphoma that is associated with breast implants.
Sustainability Day at RIVM: Microplastics Today, 10 October 2018, is national Sustainability Day in the Netherlands.
Rubber granulate on synthetic turf fields causes environmental impact Use of rubber granulate sourced from car tyres, on synthetic turf fields can be harmful to the environment in the close vicinity of these fields.
Measures to reduce microplastic emissions in the environment Microplastics are plastic particles that are smaller than 5 millimetres; through the use of plastic or rubber products these microplastics can end up in the environment (surface water, soil, and ai