The Hyperbaric Medical Center in Rijswijk provides advanced treatment for conditions like non-healing wounds and radiation tissue injuries using hyperbaric oxygen therapy (HBOT). However, the process relies on oxygen cylinders, leading to significant waste. The goal is to enhance efficiency by recycling oxygen from expired air, reducing costs and environmental impact while improving patient care.

Phosphoenix aims to develop a brain implant to restore basic vision in blind individuals. A VR simulator should be developed to mimic the prosthesis effect. Objectives include maximizing information transmission with limited electrodes, testing algorithms, and accommodating implant and stimulation characteristics. The VR simulator should enable algorithm testing and adaptation. Real-time functionality is crucial for generating experimental results.

Vacuum extraction aids in birth's second stage, potentially reducing stillbirths by nearly 25%. However, it's underused in Low- and Middle-Income Countries due to the lack of suitable equipment. Therefore, LAYCO created vela®, an improved vacuum extractor. This JIP program aims to validate vela® in a resource constrained context in Uganda.

The main objective is to explore efficient circular processes for the management of waste streams and resources in hospitals, developing sustainable solutions that can be implemented in real-world healthcare settings. This includes understanding and redesigning waste return processes, evaluating material properties for hospital waste streams, creating or redesigning products to minimize waste, and enhancing awareness towards circular processes in hospitals.

The running and related events sector generates a lot of waste. Therefore, the use of disposable cups has now been banned. The organizer is left with a problem. How does he provide fluids (water, sports drinks) to the thousands of participants? And is it really a problem of the organizer or participant? What is a sustainable solution?