The return of pneumatic tubes
Pneumatic tubes, once popular across industries, now thrive in hospitals for efficient transport of medical items. Evolved systems enhance operational efficiency, tailored for specific needs, reducing task time significantly.
Read original articlePneumatic tubes, once hailed as revolutionary technology, have found a lasting niche in hospitals despite falling out of favor in most industries by the mid-20th century. Originally envisioned to streamline operations in various sectors, including retail and banking, pneumatic tube systems have evolved to efficiently transport lab specimens, pharmaceuticals, and blood products within healthcare facilities. Hospitals have embraced this technology to enhance operational efficiency, with modern systems featuring networked structures and advanced monitoring capabilities. Manufacturers collaborate with healthcare providers during the design phase to tailor systems for specific needs, such as transporting radioactive materials in nuclear medicine. These systems have become integral to hospital operations, significantly reducing the time needed for tasks like delivering specimens for analysis. The pneumatic tube technology continues to play a crucial role in modern healthcare infrastructure, ensuring swift and secure transportation of essential medical items throughout hospital facilities.
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Buildings have a connection into which trash is sucked away to the central yard for processing. It's pretty neat and helps keep the island tidy. You don't get any of the normal huge trash piles that litter Manhattan on trash day.
Conversely, our local hospital is now using robots for deliveries. They trundle around and deliver things like meds to the nurses stations on request, and announce it with "Your delivery has arrived".
Just watching robots trundle around as though it's normal is an interesting slow creep towards what seemed so futuristic in Star Wars in the 70s and 80s. Now our local supermarkets (BJs and Stop and Shop) have robots that trundle around checking inventory as well.
When I was building something and needed a certain component I could just ride my bicycle a few kilometers over the country, say what I needed and a couple of minutes later it would pop out of a tube behind the counter.
I am not very nostalgic, but I miss this immediacy and hope to live long enough to see drone delivery become ubiquitous.
[1] Think RadioShack, but not RadioShack. They claimed to be Europe's biggest, but I have no idea if this was ever true.
One of the engineers suggested adding a transparent loop the loop passing through the public atrium for a bit of fun but predictably this was denied.
https://untappedcities.com/2023/10/17/pneumatic-tube-mail-ne...
A lot of the material was also incorporated in their podcast about the same subject:
https://podcasts.apple.com/us/podcast/pneumatic-tube-mail-in...
There's interesting non-pneumatic work from the Swiss company Cargo Sous Terrain, with self-poweres robot carriers shuttling materials around a city. Haven't heard or seen much in specifics, but their design material looks flashy & cool, and they supposedly are doing a tunnel. https://spectrum.ieee.org/cargo-sous-terrain
Outside of Atlanta GA, there's Pipedream, which launched a modest-sized intra-city auto omous robot delivery system at the end of 2023, which is cool. https://interestingengineering.com/transportation/worlds-fir...
It probably isn't worth the trouble nor a real efficiency gain but the idea of evacuated tubes with low air resistance or maybe even using real pneumatic pressure sounds cool. Especially for longer distances, higher capacities, the idea of some kind of hyperloop like system but a bit smaller & not human rated would be neat, could eliminate a colossal amount of CO2 & effort.
The lane closest to the bank had a teller, but the other lanes all used pneumantic tubes to send paperwork and money back and forth.
That said, I wonder if pneumatic tubes have been going the way of railroads - extremely useful for their "right-of-ways" to run fiber.
It’s a top notch sandwich delivery system.
Not the same but in a similar vein, I was in a big library once and it was having work done. Inside the ceiling were masses of conveyer belts shipping books to various floors and departments.
[321 points | 11 months ago | 125 comments]
It’s not the overall speed that destroys the blood cells, it is the acceleration and deceleration at either end which does it. These tube systems just don’t have the ability to include extensive gradual-acceleration and gradual-deceleration systems at either end.
It sounds to me like building logistics pipelines between hospitals (even partnering with the healthcare pneumatic logistics companies to do this) would be an ideal way to get started. Then expand the network from there with QoS packet prioritization schemes. Similar to how large Fiber Optic networks are done in some regions, or how arpanet started.
I haven't seen them anywhere except in old US movies.
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