In the medical field, hygiene and protection are key elements, particularly in the operating room. However, the environmental issue is becoming increasingly important in our societies. Given the growth of plastic waste and the urgent need to reduce our carbon footprint, it is essential to rethink our practices. In this respect, the choice between caps Reusable fabric block caps and disposable block caps deserve special attention.
Environmental impact of disposable caps
The first and most obvious advantage of fabric block caps is their positive environmental impact. Disposable caps, usually made from plastic, are designed for single use. This has led to overproduction of plastic waste, which takes hundreds of years to degrade, contributing to pollution of the oceans, rivers and soils.
The Covid-19 pandemic highlighted the amount of plastic waste generated by the operation of hospital services, particularly the use of plastic in medical clothing. This overproduction of plastic waste poses a major challenge for the environment and public health.
Medical waste, including disposable charlottes, requires complex and costly management, often by incineration, which increases air pollution. In addition, plastic production requires extraction of fossil resources and releases greenhouse gases, thus contributing to global warming.
Fabric Calot: long-term economy?
Although fabric caps have a higher initial cost than disposable caps, about 10 euros per fabric cap compared to 0.05 euros per disposable cart, their reusability makes it possible to achieve significant long-term savings. Indeed, fabric caps can be washed and reused many times before requiring replacement. Their durability allows them to be used for an extended period of time, thus allowing long-term purchase costs to be amortized.
In addition, by adopting fabric caps, hospitals can contribute to significantly reduce plastic waste production and carbon footprint. Fabric caps can simply be integrated into the laundry processing system, reducing the need for incineration and production of new disposable caps.
Let's estimate:
In an average operating unit, with approximately 6 workers per room and an average of 7 rooms in operation per day, over a period of approximately 300 days of intervention per year, this potentially represents up to 12,600 disposable charlottes used annually that end up being incinerated.
| Description | Quantity |
|---|---|
| Speakers by room | 6 |
| Active rooms per day | 7 |
| Days of intervention per year | 300 |
| Total disposable charlottes used annually | 6×7×300=12 600 |
If one considers a larger hospital, these figures can be multiplied by 5, or even by 10, highlighting the extent of the problem of managing plastic waste from disposable charlottes in health facilities.
The CHU du Mans alone reported 23115 surgical procedures over the year 2016*5 workers per operating room (excluding patients), it is 115,575 disposable charlottes used that end up incinerated.
*Source: https://www.la-loire.ars.sante.fr/system/files/2018-04/S%20BOURGOIS_CHM-Optimization%20tri%20waste%20care%20in%20blocks%20operatoires.pdf
The choice between eco-responsible fabric and disposable calot is an important decision for hospitals. Not only is it a matter of to protect the health and safety of patients and medical personnel, but also to contribute to environmental protection. By opting for reusable fabric caps, hospitals can reduce their production of plastic waste and their carbon footprintwhile achieving long-term savings.
Examples such as that of the Hospitals of Saint-Brieuc and d的Amiens, which have taken concrete steps to reduce their environmental footprint, show that this transition is not only feasible, but also beneficial to all stakeholders.
It is therefore time for hospitals to become aware of the impact of their practices on the environment and to adopt more sustainable and responsible solutions. The choice between fabric calot and disposable charlottes is not only a matter of hygiene, but also a question of commitment to the protection of our planet for future generations.
