Air from moondust

ESA proves feasibility of extracting air from simulated lunar regolith. This is a giant leap toward sustainable lunar settlements using ISRU. Here’s the bonus kicker: as a by product of the process, metal alloys are produced for other uses.

At last: a plan for demonstration of space solar power technology

Stars and Stripes reports that the Air Force Research Laboratory in partnership with Northrop Grumman is planning a Space Solar Power Incremental Demonstration.  No word on when flight hardware will be ready, but this is the first initiative of which I am aware that actual space technology demonstration is in the works. 

Although the project’s primary objectives are intended to augment military operations with beamed power from space to remote bases, the technology has potential commercial applications as a power source for isolated communities worldwide.

A definition of space settlement

Dale L. Skran of the National Space Society breaks down the term differentiating between individual permanent habitats and the general creation of a grander association of colonies:

“ ‘A space settlement’ refers to a habitation in space or on a celestial body where families live on a permanent basis, and that engages in commercial activity which enables the settlement to grow over time, with the goal of becoming economically and biologically self-sustaining as a part of a larger network of space settlements. ‘Space settlement’ refers to the creation of that larger network of space settlements.”

The Art of Bioneering

In a previous post I mentioned Dr. Jim Logan’s concept for space settlements in a cored out section of Deimos presented at the Bioneering Panel at SSI 50. A string of 10 Island One settlements would be placed in a 15km x 1/2km tunnel bored through the Martian moon. Videos of the Panel have been posted and details of the concept can be found at 1:47:23