Clemson University in South Carolina has developed a certificate program on medical device recycling and reprocessing.

This is an interesting, and perhaps rather brave step since the product liability issues of medical device reprocessing have frightened off many potential users. However, many high quality devices can be reprocessed and reused, though this can require substantial effort in re-validation that any cost advantage is lost.

In recent years, the explosion of the single use device market has left some red faces. Single use, when reprocessed and reused, invites the lawyers to ask if this is really safe. Prove it? And prove it again if the device is reprocessed twice, or more. And of course many informal and in-house reprocessing activities simply cannot provide that necessary re-validation.

The next step was partly altruistic, to ship used single-use items to under-resourced or ‘developing’ countries since they had nothing. But the ethicists as “Is that right, to offer these devices for use by the poor and disadvantaged, if they are provided without the validation and safety certification that we would expect at home. And then that stopped too!

There are many possibilities for device recycling and reprocessing, and for those items that do not have a second, or third, life there is no need to consider these as waste since the material resources can also be recovered. This may necessitate source segregation and separate disposal, or post-processing separation using one of the many separation techniques that are now common in the recycling sector but which have not found their way to clinical waste processing activity.

Much more developmental work is required, but before that happens those with experience in the field – rather, in these many different fields – need to consult with the designers and manufacturers, to move toward more uniform materials selection and less complex manufacture that support separation and more profitable and advantageous materials recovery on disposal. Though there are many agencies quick to stand up and say no, or at least to put barriers in the way of progress toward recycling, reprocessing and materials recover, regrettably that forum, to work collaboratively toward improvement in device re-use and cost-effective materials recovery does not yet exist.

 

 

 

 

 

News of another pilot program to recycle hospital gloves and non-woven polypropylene gowns, garments and disposable curtains, this time in the US.

These initiatives are worthy of support though presently receive only limited and sometimes begrudging support from regulators. Clinical wastes contains much that can be recycled, either for capture of material resources or energy recovery. As we have noted previously on the Clinical Waste Discussion Forum, source segregation is not impossible particularly when it is feasible to eliminate uncertainties and collect ALL gowns or ALL gloves by incorporating a suitable pre-treatment that will eliminate any risk of infection.

http://www.plasticsnews.com/headlines2.html?id=25206&channel=388

 

The vast majority of pathology laboratory waste can be recycled. It contains a high proportion of plastic and with the exception of glass, not much else.

That glass fraction is a barrier to plastics recycling, and as a refuse-derived fuel used lowers the calorific value to a point that is possibly unsustainable. Continue reading “Taking glass out of pathology wastes” »

There is much chatter at present, and many glossy advertisements backed up with frothy press releases, to describe the work of a consortium of major medical device manufacturers who promise to explore the development of more sustainable healthcare products, less wasteful packaging, and an increase in plastics for medical use. Continue reading “Manufacturers work to reduce clinical waste” »