Space Habitats
Space Habitats
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    • Home
    • About Us
      • Space Habitats
      • Vision
      • Development Focus
    • Current Projects
    • Habitational Module
      • Habitation Modules
      • Module Types
      • Multipurpose Module
    • Serenity Base
      • Base Requirements
      • Base Development
      • Base Location
    • Contact

  • Home
  • About Us
    • Space Habitats
    • Vision
    • Development Focus
  • Current Projects
  • Habitational Module
    • Habitation Modules
    • Module Types
    • Multipurpose Module
  • Serenity Base
    • Base Requirements
    • Base Development
    • Base Location
  • Contact

Development Focus

  

The Primary focus of the company is to develop a complete functioning module that can be deployed in any low gravity environment in which it will be fully self reliable with out requiring any need for additional set up to be done once the module has been placed. 

The secondary aim of the company will be to develop larger habitational units and construction methods in which the unit can not be launched as complete functioning unit and will require assembly at the final position. The habitational units will still be required to be deployed in any low gravity environment. 

 Once established as a capable company the aim will be to focus on habitational units that are capable of functioning in a micro/zero gravity environments which will enable the company to deliver habitational units to any part of the Solar System. 

ECLSS Systems

The ECLSS Systems that will be developed by Space Habitats will be using existing technologies that have been or can be commercially produced. The existing systems will only need to be modified to fit within the confines of the modules. Any new systems that are developed will also need to find commercial applications in alternative markets in which they can be used so that the cost of producing the system/sub-system/components can be offset due to scalability.  


The systems will all be developed as plug and play units that are fully functional at completion. Certain aspects of the systems may be delivered as parts that require minor assembly when delivered to its position. 


The Components and Subsystems required for each module will be developed in the following manor:

  1. Initial systems will incorporate existing technologies, sub-systems and components that are commercially available with minor tweaking of custom parts that are required to suit our needs. 
  2. Once established some of the technologies, systems and components required for more efficient closed loop habitational system design will be developed using funds generated from sales of initial systems. 
  3. Later the components of the systems will be developed in a manner that will allow the components to all be manufactured in off world environments without requiring complex manufacturing processes and resources. This will allow modules to be developed and assembled off world reducing the costs required to establish an off-world colony. 


Development needs will be determined by the design, assembly and testing needs of the systems. 

CURRENT DEVELOPMENT FOCUS: Carbon Dioxide Recycling System

 This new project by Space Habitats will be aimed at developing the technology required to help improve the Environmental Control and Life Support Systems (ECLSS) loop and help to make it more efficient. 


The new system developed will help to reduce the demand of water resupply to habitation modules due to human respiration activities. The new system will also help to reduce the power consumption of the ECLSS.


Alternative Commercial Applications include the following:

  1. 1. Climate Change Mitigation Technology, (Current Focus)
  2. 2. Alternative High-Grade Graphite Production Method
  3. 3. Alternative High Purity Oxygen Production Method
  4. 4. Carbon Dioxide Removal in Enclosed/Environmentally Controlled Rooms/Units

Environmental Control & Life Support System - Carbon Dioxide Recycling System

Environmental Control & Life Support System - Carbon Dioxide Recycling System


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