Martian Settlement Mission Simulation

Crew Reporting Draft Habitat Drawings
Terran Office / Mission Control Reporting  
Murphy Family    
Acadamicians Request For Information Comments / Responses
Imaging Systems Submit Image View Concept Art
Peanut Gallery Submit Laurels and Hardies View Commentary
Terms of Reference    
Settlement Charter    
Table of Expected Performance Rates    
Manifest    



Bootstrap Crew:
  Engineer - Jim Brown
  Engineer - Peter Kokh
  Medic - Alexander Koczur
  Geologist -
  Operations Officer (JOAT) - Derrick Davis
  Life Support (CELSS) -
  Nurse/Biologist -
  8
  9
  10
  11
  12

Terran Office
  
  
  

Crew Reporting Procedures
From the Terran Office
Murphy Family
Academicians
Imaging Systems Peanut Gallery


Terms of Reference
Time Keeping  
Company / Settlement  
Power  
Sabatier Reactor Products Electrolytic Products
Atmosphere Refinement Products Regolith Processing Products
First Order Products Agriculture
Hardware Living Machine


Martian Time Keeping

Mars Time for this simulation run is based on a 24:60:60 clock (Hours:Minutes:Seconds) each a slight percentage longer than Terran numbers due to the slightly longer martian day. There is a special interest discussion group, with the Mars Society, whose members are hammering out the pros and cons of timekeeping and calendrical issues. The entries submitted here have been arbitrarily selected.

(Names adapted from Edgar Rice Borroughs' "Barsoom" ;)

Martian YearOrbit
Martian DayPadan
Martian HourZode
Martian MinuteXat (pronounced Zat)
Martian SecondTal
There are alternatively either 668 Padan per Orbit or 669 Padan per Orbit. That is, every even year is longer by one day.
The Mission log will only be concerned with the numeric day 1 through 668/669 to avoid favoring one calendrical proposal over another, not to mention avoiding wrestling with the new month names.

Company/Settlement
CompanyNos Martiani, Inc
SettlementNos Martiani
Landing fieldPort Zubrin
Cosmonaut Flight Crew 
Settlers 
Visitors 

Power
 Minature Nuclear Power Plants derived from US Navy "safety versus power" Nuclear Reactors – affectionately called "Rickovers" (KSR)

Sabatier Reactor Products
three reactors, one meter long, 12cm in diameter with nickle or ruthenium catalyst and nichrome peheating wires - The Case For Mars p.150 + 155
CH4MethaneCO2 + 4H2 => CH4 + 2H2O
3CO2 + 6H2 => CH4 + 2CO + 4H2O
H2OWatervariety
COCarbon Monoxide2CO2 + 6H2 => H2O + 2CO + 4H2
C2H4Ethylene2CO + 4H2 => C2H4 + 2H2O
requires iron based catalyst
H2O2Hydrogen Peroxide 

Electrolytic Products
Solid Polymer Electrolyte (SPE) Electrolyzers are currntly in use on submarines.
O2Oxygen2CO2 => 2CO + O2
H2Hydrogen2H2O => 2H2 + O2
COCarbon Monoxidesee O2 and C2H4

Atmosphere Refinement Products
CO2Carbon Dioxide (clean)
N2Nitrogen
ArArgon
H2OWater Vapor

Regolith Processing Products
FeIronFe2O3 + 3CO => 2Fe + 3CO2
Fe2O3 + 3H2 => 2Fe + 3H2O
AlAluminumAl2O3 + 3C => 2Al + 3CO
H20WaterSolar/Thermal Stills
self propelled harvester
 Clay 
SiSiliconSiO2 + 2C => Si + 2CO
 "Fines" or Dust 
CaOLimeCaSO4*2H2O (gypsum) is baked to yield CaO (lime) used for glass, cement, brick, steel, aluminum, magnesium
 Gravel 

First Order Products
The Farm
– Hydroponic Extension of Living Machine
Living Machine
– Bio-Regenerative Life Support

Hardware
Settlement Charter

Space reserved for Settlement Charter (Simulation)

Estimated Performance Tables

300W RTG powered water mining for 42 kg of H2O per day. "e;The standard RTG puts out 300 watts of electricity, enought to move the cart, along with 6kW of waste heat, sufficient to produce 42 kilograms of water a day from 3 percent grade feedstock."e;-The Case for Mars p.190

We will need to track all resources to the centi-liter.

All activities and resource usage will remain consistent with the Terms of Reference, Performance Tables, Settlement Charter, and Manifest. (revolutions aside)