Designs are subject to change.
Concepts are still under development
Concepts designed/created by: Jershwano
animations by: Jershwano
WANO-TEC VENUS COLONIZATION CONCEPTS:
SSTO5 SUNEV. (EARTH -> VENUS TRANSIT SPACE STATION -> VENUS)
VENUS ARCOLOGY "MODULE"
VENUS ARCOLOGY/COLONY/FLOATING CITY
"AEROSTATS"
"AEROSTATS"
The Venus colonization concept I have made here is part of the idea of human space colonization & an alternative to Mars colonization, and the Jershwano space station.
The surface of Venus is deemed inhabitable due to pressure and heat due to its dense atmosphere but 50km above Venus human colonization is possible. Venus has many benefits compared to Mars such as beneficial elements and resources (oxygen, water, nitrogen, hydrogen, carbon and sulfur.) & gravity. Since Venus is almost similar in size to Earth, the gravity of Venus would be 91% of Earth’s gravity. Venus: (8.87 m/s^2). Earth (9.81^2). Because Mars has such low gravity it will cause a myriad of problems in the human body such as bone/muscle loss, osteoporosis, a change in fluid dynamics in the body, cardiovascular issues and fertility issues especially if you are already infertile. Unlike Mars, The upper atmosphere of Venus can act as a shield to protect from solar radiation.
Another benefit of Venus colonization is that the distance from Earth to Venus is a shorter travel distance compared to the travel distance from Earth to Mars.
At 50 km high the conditions of Venus’s atmosphere would be similar to Earth and because Venus’s atmosphere is mostly carbon dioxide the aerostats on each “module” will be mostly filled with oxygen and nitrogen (basically breathable air) this will allow the module to float 50 km above the surface of venus. These modules will then connect to other modules creating an arcology or floating city. Modules will also have protection against sulfur in the atmosphere.
There will be no explosive/decompression if Any comprise or tear of the aerostat were to happen because gases would diffuse at normal atmospheric mixing rates.
The concept of how we would construct such modules is still something I am working on currently.