This chapter aims to find preventions and handling to reduce risks of a lightning strike. All proposals that may help to improve it are welcome. Continue reading “Worst Case: Lightning”
In this category we would like to list potential “Worst Case Scenarios”, their prevention and handling. “Habitat Flooding” is the first of this series. Others are about to follow.
This chapter aims to find preventions and handling to reduce risks for the case of a habitat flooding. All proposals that may help to improve it are welcome. Continue reading “Worst Case: Habitat Flooding”
(updated 20.11.2017, resorted main steps; adding comparison of space of major habitats under ‘Modularity’) Project CalamarPark Undersea Station aims the development of a new generation of undersea settlements. Technically based on experiences of prior stations there will be several new considerations concerning expandability, size and usage. All results will be open-source (except some marketing details necessary for continuous popularity) and anybody who is interested has the chance to contribute his ideas. Until the minimum financial frame is completed we will go on collecting as many information as possible, implement them to a realistic blueprint and constantly improve the final design. Ultimately the final goal is the actual building of the habitat. Continue reading “‘Project Undersea Station’ Introduction”
This chapter describes an estimation of probable hypodynamia/atrophy of the eyes as a potential health risk during long-term durations in an undersea habitat. Continue reading “Hypodynamia of the Eyes”
The Calamar Park Digital Library is updated. There you will find all kind of relevant images, articles, manuals and reports about underwater stations and related subjects. New additions are the Human Integration Design Handbook (NASA 2010), a similar handbook called Habitability Data Handbook from 1971 and several new articles and images from Habitats like HUNUC and Ithaa. For access contact Mart by mail.
I know, it’s a bit off the topic, but if we succeed one day to have a kingsize underwater habitat, I want one of these !!! Get all information on the HiCan project on hi-can.com
(For English please scroll down) Wir freuen uns bekanntzugeben, dass wir uns mit Dr. Jim Miller und Ian Koblick auf eine Übersetzung ihres Buches ‘Living and Working in the Sea’ ins Deutsche und insbesondere vom anglo-amerikanischen ins metrische Maßsystem geeinigt haben. Das Buch sollte noch innerhalb dieses Jahres erhältlich sein. Continue reading “Living and Working in the Sea”
Living in an underwater habitat requires gas treatment; an input of oxygen, the disposal of carbon dioxide and pollutants, and one kind of ‘carrier’ or inert gas (nitrogen or helium). Industrial divers live in a pressure complex on a support vessel and all air treating is done outside the habitat on the vessel. It seems there are not too many references of air being treated inside an underwater habitat. If we are mistaken do not hesitate to comment this article accordingly.
The H2Odyssey Torid-Pulse is a high performance underwater system designed for fun! It shoots air rings and inspires to play paint ball… underwater. But see yourself on their website.
For working and relaxing on deck we created this deck-shirt. We noticed that after a dive you are often shivering, while staying in the sun leads to a sunburn and the shade might be to cool. We needed a shirt that protects partially from the sun and its reflection from the water surface without keeping the summer heat in it, and still leaves the wind through its textile. We also wanted to cover our head without to be forced to wear a cap, that heats up even more and is easily forgotten on the boat. Continue reading “CalamarPark Deck-Shirt”
Several years ago Benjamin proposed a system of sensors inside the habitat measuring all necessary parameters like oxygen, carbon dioxide etc. and communicating among each other. Last days we talked about it again and found out, that it would still be a good solution. So we decided to publish it here again. Below you find the original thread, translated from German: Continue reading “Wireless Sensor Network (WSN)”
(Updated 07.06.2017; added crowdfunding, daily turnover by educational institutions and underwater archaeology) The most professional underwater habitat so far is still the Aquarius habitat in Florida. This quality comes to a certain price of $1.2 to $3 million per year. Due to budget cuts, NOAA ceased funding Aquarius habitat after September 2012, with no further missions scheduled after a July 2012 mission. It was a very exciting period having the facility on risk. It took until January 2013 when a proposal to keep Aquarius running under Florida International University administration was accepted. What could we do in future projects to avoid sooner or later close-downs by lacks of financing? Continue reading “Financing an undersea station”
Developed and built in North Vancouver by Nuytco Research Ltd, this hard metal dive suit allows divers to operate safely down to a depth of 1000 feet and yet still have exceptional dexterity and flexibility to perform delicate work. The amazing technology of the EXOSUIT atmospheric diving system (ADS) maintains a cabin pressure of the surface and still allows the suit to bend due to a unique rotary joint invented by Phil Nuytten. Get details on Nuytco.com.
Guest Article from user Mike:
While talking with Mart about the funding of a simple underwater habitat for a first proof-of-concept, I wondered what would be the cheapest way to bring a subsea station in operation. In other words, what is the rock-bottom price for a simple solution that would allow at least two divers to spend a couple of days below the water surface? Continue reading “Guest Article: Cheapest Habitat”
Wir haben den Artikel über das Unterwasserhotel ‘Jules Undersea Lodge‘, das ehemalige Unterwasserlabor ‘La Chalupa‘, auf der deutschsprachigen Wikipedia mit allen verfügbaren Informationen ergänzt.Er ist ab sofort hier abrufbar.
The English article for Jules Undersea Lodge (former La Chalupa Undersea Laboratory) is accessible from here.
Image source: Gemeinfrei, Wikimedia (https://commons.wikimedia.org/w/index.php?curid=3546977)