The Secret Base Greenland Base of Project Iceworm
Video Statistics and Information
Channel: DOCUMENTARY TUBE
Views: 1,968,906
Rating: 4.8176775 out of 5
Keywords: Mechanics, Engineering, Discovery, mystery, National, truth, base, structure
Id: -DPQ15EgyTY
Channel Id: undefined
Length: 27min 35sec (1655 seconds)
Published: Thu Nov 06 2014
Please note that this website is currently a work in progress! Lots of interesting data and statistics to come.
Materials deform from creep when they are relatively close to their melting point. The ice along the trench walls experienced creep because on Earth it doesn't get very cold so any ice found on Earth is going to be close to its melting point.
The trench containing the nuclear reactor had the worst creep because there was so much heat associated with the nuclear reactor.
On Mars, it is much, much colder than anyplace on Earth. I have looked for creep data for ice at typical Martian temperatures, but I've only been able to find data going down to around -20 C.
The average temperature on Mars is -60 C. In places where we are likely to find ice, the average temperature is even lower.
So it is possible we will be able to make ice structures on Mars, or live inside tunnels melted into ice. Or it is possible creep will still be an issue, even at Martian temperatures.
Based on the research I've done, I think low stress (non-pressurized) ice structures will work very well on Mars. So I imagine large unpressurized ice domes to protect against radiation, temperature swings, and dust, with inflatable pressure vessel habitats under the domes.
Building an underground base on Mars I hope can learn from 'Project Iceworm'
The first hand witness to Project Iceworm would be useful.
The following is from Wiki :
Designed as an arctic subsurface camp and constructed by use of the cut-and-cover trenching technique, the layout of the camp consisted of a series of parallel main trenches in which buildings and other structures were housed. The camp had a design life span of 10 years with appropriate maintenance. It was permanently manned for 5 years and abandoned after 8 years.
The trenches constructed in 1959 had compressed both vertically and horizontally to the extent that many had reached their design margins within 4 years. After that, extensive snow trimming was required to maintain the trenches.[13] The trenches were covered with a steel arch and the longest trench had a length of 1100 feet, while its width and height were both 26 feet.
The subsurface camp provided good protection from the elements and had modern bathroom, dining, and medical facilities. Prefabricated buildings were placed inside the trenches. The camp maintained a number of vehicles and had plenty of storage for fuel and food. The reactor provided plenty of power and proved it could be installed, operated, and removed in such a remote location. It powered the base for over 3 years but was shutdown due to the unexpected accelerated compression of the reactor trenches, in part due to the residual heat in the reactor area required to maintain the feed water pools.
The snow trimming required to maintain the trenches, and sewage disposal were both ongoing problems. The sewage sump was 150 feet from the nearest building and initially not vented. As a result, the odour of sewage became almost unbearable in the nearest quarters after the first year of operation. Subsequent venting of the sump reduced the odour but did not completely eliminate the condition. In 1962 core samples were taken in the areas near the sump and found that liquid wastes had horizontally permeated up to 170 feet (52 meters). Thus odour from the sump affected near by trenches with sleeping quarters and also accelerated trench deformation.
In Oct 1965 the US Army concluded that subsurface ice camps are feasible and practical, that nuclear power offers significant advantages, and that the wealth of data and experience obtained from Camp Century will be of inestimable value in future designs. However, on permanent snow fields it is elevated structures that are in common use today. No large subsurface ice camps are known to have been constructed after Camp Century was abandoned.
Absolutely fascinating and a great analog to building something on mars. You start to think about all the little things that are needed. Kitchens and storage and waste management. Lightswitches!
I imagine saturation divers who spend weeks underwater are another similar situation.
I'd like to see a video on how camp century was decommissioned.
EDIT: Holy cow, they didn't dismantle the camp when it was closed, they removed the reactor and then buried everything else! They assumed ongoing snowfall would entomb everything. There's still tons of waste buried under the ice including radioactive coolant water, sewage, PCBs and diesel fuel. There are concerns that global warming is going to release all that stuff into the ice sheet.
https://www.youtube.com/watch?v=z9uW-8vPpAU
It's a good video for a thought experiment. The process of building a self sustaining camp on Mars versus building one in the Arctic or the Antarctic is very much the same. The planning process, the modular designs. But what we have lacked all along has been the way to get to the camp site. Obviously they talk about huge ships delivering all this material where they could build the city in the first 3 minutes of the video. That little fact is currently missing for us. Lets hope Starship can actually deliver as much mass as it's designed to do. Because once the mass is actually delivered to Mars, then the building process (whatever that will be) can start and it will probably look a lot like this video.
Color version
https://youtu.be/hzTfiTsk_Ak