This post was authored by Mike Madarasz of the Institute for International Research. You can follow him on Twitter at @MikeMadarasz
The verdict is on the environmental effects of single-use
technology in comparison to stainless steel.
We now have a good grasp on this topic and all signs point to single-use
systems impacting the surrounding environment to a much lesser extent than
re-useable technologies. BioProcess
International recently took a close look at some of the sustainability
issues associated with single-use
processes. Here are four facts
you can use to impress your colleagues the next time this conversation comes
up:
· - A single-use technology facility uses about 50%
less energy than one based in stainless steel. This is largely due to the amount of energy
required to heat processed water in sterilizing reusable equipment.
· - Some studies suggest that adopting a single-use system
results in a reduction of about 85% of both water usage and waste generation from that of stainless steel.
· - One study shows that energy demand and global
warming potential with single-use systems is 30-35% lower than stainless steel systems
over the full manufacturing life of the facility.
· - As far the different types of environmental
impacts associated with single-use, 22 different categories have been
identified.
How can single-use technology become improve on its environmental impact? One idea is to reduce the impact of disposable plastic containers used in these processes. The most common solution there appears to be finding ways to repurpose and recycle that plastic rather than letting it amount to waste.
Any other ideas on improving sustainability?
You can check out the full article from BPI here.
We’ve got much more on single-use systems. Check out Single-UseApplications for Biopharmaceutical Manufacturing. June 9-10, Boston MA
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