VA ROUND TWO INTERNATIONAL SPACE DESIGN COMPETITION OLIVER BALDOCK. JUNE 2012.
VULTURE AVIATION
Why
• An innovative honeycomb shape d • Elegantly floats between layers in t • The efficient server provides excell settlement • Immaculate and prompt emergenc services are in place to keep every present and future generations to • The reliable V-TAT transportation s materials and goods • A modified SPS Satellite can produ orbiting Venus, providing enough f
y us?
design with sleek and subtle finish the atmosphere of Venus lent relays of information within the
cy procedures and healthcare yone safe, adults and children alike, come system ensures rapid deliveries of
uce huge amounts of energy while for the generations
Overall View
In
External Ballasting as provided by platform contractor not shown
of Settlement
ndividual Module
Slight Concavity (Enables directional control & stability)
• • • • • •
Individual Modu
Floating settlement Dimensions : 0.5km each side, 37m Dual airlock system between modu Stabilizing Engines along the perim Module is neutrally buoyant Entire structure is symmetrical, enh
37 m
• Docking present in the middle of e • One dock provided, other 2 docks
ule Configuration
m high vertical walls ules meter of each module
hancing stability
0.5 km
each platform requested by vulture
Constructi No.
MATERIALS/Equi pment
USE
1) Reardonium
Exterior of structure, Houses
2) RTV Adhesive
Binds materials together
3) Silicon Carbide
Robots
4) Carbon Fibres (reinforced Polymer)
Furnitures & Robots
5) Expanded Polystyrene (ESP) 39
Furnitures
6) Silica Aerogel
Insulation
7) Silicon dioxide Glass
Windows
Platform Material & Enveloping Fab CONTRACTORS
ion Materials
&
SOURCE
METHOD OF DELIVERY
Aynah
Planet Clippers
Venus (Mining)
V-TAT
Venus (Mining)
V-TAT
Venus (Extraction)
V-TAT
Commercial Industries (Earth)
V-TAT
Venus (Mining)
V-TAT
Venus (Mining)
V-TAT
bric Material supplied by PLATFORM
Phase 1:
Construction P
• The platform is fitted with central dock and m to cloud layers
Phase 2:
• Bots build and lay out computer systems, po systems, while the electrical power receiver is acquired
Phase 3:
• Robots begin to add housings and furnishing furnished humans can start to move in to aid i construction
Phase 4 • Construct industry part of module Phase 5
• Construct agricultural part of module
Phase 6 • Finish residential area of module
Phase 7
•Connect 3 pods together and finish civiliza
Process
moved
ower s
End of phase 1
gs - Once in
End of phase 6
ation
End of phase 7
Buoyancy control while const Envelope
Pump System
Has filter and temp. regulator
Pum
V-TAT provides temporary support
Pump
System
Regulates pressure, air content and temp
Pum
System
Air
CO
tructing
mp
Platform
Platform
Pump Configuration of V-TAT supports
mp
O2
Pump
Pump
Mass
Air
Utilities & Infr
Construction Robot
Number
1) Laying of pipes and cables for communication
10
C th
2) Interior finishing
2840
F c
1.2 m
Utility bot
1.3 m 1m Robot
Number
Maintenance F1M8
1500 doc
Carrier Bots
Docked in
Livestock Collection
Docked o
Livestock Processing Facility
Present in
Service Droid
Docking f
Ultra Soaker
2 discreet
Internal Maintenance
4 docking
rastructure
Description
Carried out by the Utility Bot before the construction of he downsurface.
F1M8 robots with attachments such as plasma cutters, concrete nozzles, rollers and auger drills.
All materials and robots are transported to Asimov by Planet Clippers.
r Docked
cked externally in a docking facility
n 1 of 5 assigned facility when unused
outside the food processing facility
n the Food processing centre always
facilities available in every home
t docking locations for every module
g stations for every module
Calculation of Ma
aximum Mass
+/- 200,000 kg
Operations Specification
Total Mass (3 pods Mass (Kg)
S
Water, Waste
37,000
A
Transport
60,000
F
Engines
23,000
L
Power receiver and grid
100,000
P
Industrial
10,346,000
Automation Specification
Mass (Kg)
Robots
3,128,000
Servers Structure Specification
F Bu
26,000 Mass (Kg)
Housing
1,706,000 kg
Sub Floor/storage floors
10,094,000k
Extra space will be used for ballast or ext need.
s) = 54,432,000kg
Specification
Mass (Kg)
Agriculture
14,034,000
Furniture
159,000
Luxuries, Entertainment
3,000
People
840,000
Food usiness Development
1,917,000
Specification
Mass (Kg)
Laboratories
24,000
Aircrafts
73,000
Humans
g
54,432,000 kg total mass available -42,570,000 kg total mass used . 11,862,000 kg between 3 pods of free space
kg
tra storage the foundation society my
Interi
Agriculture Section
Surface Area m2
% of To
Aeroponics
110000
18.00 %
Hydroponics
150000
23.00 %
Aquaponics
210000
32.00 %
Vertical Farming
140000
22.00 %
Processing
32500
5.00 %
Total
650000
100.00
Industry Section
Surface Area m2
% of To
Industry
325000
50.00 %
Food Storage
108000
16.67 %
Shipping
108000
16.67 %
Waste
108000
16.67 %
Total
650000
100%
*Calculations are approximate, and due to round may not add up completely.
ior
otal
%
%
%
%
%
0%
otal
%
%
%
%
Agriculture Storage Industry commercial Recreation Housing Reardonium reinforcement
ding errors during calculations, total
Interior U
Uses of the storage space
1/6th of the entire module is dedicated to storage. Water, food, power, robots, servers, contingency servers, backup servers, early terraforming tools, and aircrafts for surface survey & exploration
Use of Space
2.2.2 For overall map of Interior areas refer to Human Factors interior map of a hexagonal module.
Interior Allocation
Total residential area: 260,000 m 2 Total industrial area: 324,000 m 2 Total agricultural area: 650,000 m 2 Total storage area: 325,000 m 2 INDUSTRY
% Allocation
Venus Terraforming tools, mining industries Robot Repair Unit (RRU) Food Packaging Food Processing Sugar Rubber Plastics and Explosives Consumables (Non Electronic) Consumables (Electronic) Textile Paper Manufacture Recycling Plants Medicines and Chemicals Area for Expansion
22% 15% 13% 5% 9% 7% 8% 12% 3% 6%
n
% Allocation for Residential Feature
% Allocation
Park
15
Housing
40
Pathways
2
Expansion Areas 8 Commercial
35
% Allocation for Agricultural Rice
32
Wheat, Lentils
8
Potatoes, Beans Tomato, Carrot, Onion, Spinach, Lettuce
23
Corn, Oats, Spices, Herbs
8
Apples
4
Melons, Grapes, Banana, Sugarcane, Lemon
15
Cross Sections
s of Segments
Steering and Altitude 10 m
E t
20m
Aero Cow
Motor to turn propeller
30m
Protective gauze to catch debris
50m
e Control Engines
- Permanent engines
Electric Motors to turn engine
odynamic wling
Variable Pitch Nozzle
- Two initial/back-up engines (fold inwards when not in use)
Solar Power O Equations used
Sys SPS Orbital path taken to enter Venus orbit
Batt syst
Orbital System
50m
750m
35m Modified SPS satellite •SPS’s orbit at 9152km from the planets centre. •Orbit velocity of SPS’s is 5957 m/s. •Orbital time of 2.68 hours
stem orbital system
tery back up tem
Energy production
18.144 Mw (minimum) 1.13 Twh (1122 tonnes)
Phased Array, Bac Distrib
•Phase each SP Asimov •Transm receive microw •Can al transm
Phased array
•Three main cables from phased array to docking ports •Smaller cables connect each module through air locks •This size cable then distribute it around each module
ck Up and Power bution
ed array on PS and on v mits and es waves lso send missions
o
d
Phased array system
•Silicon nanowire backup battery details: •1008 Kwh/kg •1123 tones •1.13 Twh stored •Provides emergency power for 24 hours
Internal & External
Method
Transfer Rate
Frequency
F
Optical fibre Cables
100 Tb/s
205-220Thz
I C n
Wimax +
1Tb/s
2-11Ghz
I C n F d
Radio Waves and Micro waves
100Mb/s2Gb/s
Alternating
FSO
70Gb/s
E c n
l Communications
Function
Devices used
Internal Communicatio ns
Subcontracted from orbit link communications and OFDM used.
Internal Communicatio ns For portable devices
Full duplex Wimax towers and receivers .
External communicatio ns
Antennas, Wave tube amplifiers, transponders, SPS Satellites with communication antennas are used to transmit data to orbit link satellites else where.
Atmosphere, Climate, a
• • • • •
Season
Temperature
Humidity
Day Lengt
Spring
23 °C to 26 °C
35% to 39%
10 Ho
Summer
27 °C to 32 °C
43% to 44%
12 Ho
Autumn
23 °C to 26 °C
43% to 45%
10 Ho
Winter
20 °C to 22 °C
36% to 41%
8 Hou
High-Efficiency Particulate Air (HEPA) f Automated temperature and humidity OLED lights simulate day/night cycles Individualized room climate control by Isolated weather parks will simulate Ea
and Day/Night Cycles
th
ours
ours
ours
urs
filters y control
y residents arthlike weather (rain, snow, wind, etc.)
• • • • •
Resident
Balanced diet will provide nutritional v Residents will be recommended to hav Women should have 2100 calories and day. Free Recipe books are provided to all r Three restaurants providing food from professional Michelin starred chefs.
Food Pro
Using a mixture of aeroponics, hydroponic GM foods Crops harvested daily by monitored robot Fresh produce refrigerated at 4oC, other fo emergency rations kept in every module Airtight sealing prevents microbes from fo Transported to supermarkets via inflatable Purchases are monitored by Smartprints™ undertaken by all.
tial Diet
values for residents for health. ve 3 litres of water per day. d men should have 2700 calories per
residents to improve nutrition in diets m around the world cooked by
oduction
cs, aquaponics and vertical farming of
ts when ready (8-week cycle) oods dried and stored underground with
orming e trucks ™ to ensure a balanced diet is being
Water Man
Source: Water is obtained from the following reac C + 2H2SO4 → CO2 + 2SO2 + 2H2O Carbon is obtained from splitting carbon d Creations and sulfuric acid is obtained fro
Storage: Water is stored in the Water and Food Sto will be distributed according to the needs Distribution and sewer routing: The water is distributed throughout the settlement through underground pipes from the Water and Food Storage Area. Water Treatment and Recycling: The sewage water is collected and treated and the purified water is again sent for various purposes.
nagement
ction:
dioxide with technology from Carbon om the Venusian atmosphere .
orage Area of the each module and s. Sewer Routings
Automated Was
ste processing Paper/cardboard Metal cans
Glass
Plastic
• •
Food (compost)
•
• •
Household waste stored in foldaway-shaft for collection (sorted by consumers) Removed by waste-collector/ compressed via pneumatic press Contents disposed into appropriate compartments/transported to waste processing facility
Automated loadtransportation vehicle Applies pneumatic mechanism to collect loads
Sewage and Solid Waste
Sewage
Conventional water treatment (along with UV treatment)
Biodegrada
Nisarg Techno Dual Membrane (Microfiltration and reverse osmosis)
Portable Water for Consumption
Nutrient rich water
B me
Agricultural Purpo
Waste systems capacity per day per module
Management
able
gruna ology
Biogas ethane
oses
Solid wastes Segregation by RSU robot Non-Biodegradable Thermal Depolymerisation
Water
Gases
Crude Oil
Industrial Purposes
Power Treatment Process
e = 305,000 Kilograms per module
Activit We have a variety of entertainment of • • • •
Physical Health and Fitness Commercial Complex Cinema Social Complex
• These activities are all designed to k the Physical Health and Fitness com
• Medical Centers can are highly adap • Dedicated Psychiatric Areas, for men • Medical research will be carried out for intelligent individuals. • Medicine consumption will be moni prescription. • Space suits are all being bought from Technologies (EST), whilst Lunar Adv Vehicles for the venetian surface.
ties activities available:
keep the settlers in good physical shape and mplex is mandatory.
ptive, catering to all demand. ntal health check ups. t as well as offering possibility of scholarships
itored and medicine only available through
m the sub contractor Extreme Survival ventures are being subcontracted to provide
Human Nec
Psychological
Factor
Solution
Well designed comm Cognitive therapy
Insomnia /Interrupted sleep cycles
Cognitive behavioral t Well monitored work Proper day and night
Nyctophobia
Well regulated sunlight proper day and night cyc
Solipsism syndrome
Claustrophobia
Reacreation centers Environment with cha
Clothing Total Requirement 58500 pairs
Item
Q.P.Y
Footwear Socks/Underw ear Formal Wear
5 Pairs
9 Sets
105300 sets
So
Informal Wear
14 Sets
163800 sets
S
Warm wear
3 no's
35100 no’s
Work Gloves
5 Pairs
58500 pairs
8 Pairs
93600 pairs
Others: Electronics [Refrigerator, Tablet, Laptops, Smart T.V] an unifor
cessities
l Factors
munity ,houses, parks , open spaces
treatment k period cycle
cles
anging patterns
Toiletries Item
Q.P.Y
Total Requirement
Toothbrush
4 nos’
46800
Toothpaste
300 gm
4680000 Kg
oap/Shampoo
1L
11700 L
Shaving Brush
2 nos’
23400
Tissue
2 Kg
23400 Kg
nd Medical Utilities[Medicines, Surgical Equiment, Operation rm]
Check-ups • Physical and mental assessment prior to inhabitation. • Personalised scheme for check-ups.
Health
Personal Device • Monitors blood sugar, protein and lipid levels. • Any abnormalities trigger a notifications so appropriate action can take place
Ambulanc • 4 stan inflatab • Staffed • Individ • Total c • Runnin • Mass =
Paramed Seating
Climate control and water systems cleanse appropriate substance to reduce risk transferable disease
hcare
ces ndardly equipped ambulances using XP ble vehicle system throughout settlement. d with minimum of 1 paramedic (max 3) dual cost= $250,000 cost= $1,000,000 ng cost for ambulance fleet = $62,500/year = 280kg Design for an ambulance Advanced Equipment Bed 3m
dic Bed
3.2 m
26
Automated Systems t
System
Description
Climate Control
Monitors air compositio sensors. Makes necessa operations. Subsidiary s
Food Management
Monitors vegetation (in ready before transporta for distribution amongs
Water Management
Takes delivery of water inputting into water net and storage for emerge
Waste management
Processes and recycles preceding biogas collec depolymerisation on no
Medical Monitoring
Brings together informa ups for concise medical
Settlement Maintenance
Through use of records, and initiates repair and
Projectile Tracking System
Located on energy sate evaluates threat before
to enhance Livability
on, temperature, humidity and pressure with series of ary adjustments in line with figures outline in system for “weather park”.
ncluding hydroponics) and livestock. Collects when ation to slaughterhouse and processing facility ready st inhabitants. Also includes production of Spirulina.
from Aynah transferred by fusion clippers before etwork then carrying out process of recycling after use ency situations.
biodegradable waste through aerobic digesters ction. Monitors and carries out thermal on-biodegradable material.
ation collected by birds-eye interface and health checkl records assisting doctors and nurses in diagnosis .
, mean time before failure figures and sensors predicts d replacement of settlement devices.
ellites, tracks projectiles heading towards Asimov and e altering settlement location accordingly.
External & Inte
ernal Designs:
Ground Floor
House type Single Occupancy Double Occupancy (Couples) Triple Occupancy Total number
First Floor
Number of houses
People accommodated
5635
5635
2760
5520
115
345
8510
11500
Product Aerogel Silicon Geofoam (EPS39)
Efficient De Use
Insulation Furniture
Carbon Fiber
Furniture
PVC Glass
Windows
Nanospray
Windows
Memory Foam
Mattresses
Design
Benefit
Fold up beds
The beds c into the w minimal sp
Mirrors:
Walls lined
Multipurpose Capsules:
Capsules o
Vertical Micro bathrooms.
Fold out expandable tables
esign Features Density
2 kg/m³ 1 kg/m³
48 kg/m³ .03 kg/m³ N/A 4.5 kg/mattress
can be folded into an upright position fitting wall, saving space and providing more room in paces.
d with mirrors provide a ‘larger area’ illusion.
open to form sitting areas, tables etc.
Subfloor transpo
•6 meters wide •4 meters high •Carrier bots carry industrial goods
Elevator to Docking Facilities beneath and upper floors above
ortation routes
Grid of residentia blocks- 7 houses/bl 6 m
Display Screen
Platfor
2m Rail Line
ASTR
Reducing Weig
Material to reduce weights of robots:
Descriptio
1) PVC Glass
Low dens control pa
2) Carbon-fiber-reinforced polymer (CFRP)
Used for b Carrier’.
rm
m
RA
ghts of Vehicles 6m
on:
sity glass used for the touch screen of the anel.
building the platform of the ‘People
Security and
Birdseye Personal Device Average size 2.5 cm
• • • • •
Level
Sta un Co fla Tra un no Als usi ma Tra int
Permissions
Admin
Has complete control of system robots
Police
Can override a robot’s regularly scheduled processes and shut it
Technician
Able to repair or otherwise mod settings of the settlement’s rob
Regular User
Use of household computers an systems, and Birdseye personal
d livability
ate-of-the-art retinal contact lenses providing a nique virtual interface for each resident . ontains a radio frequency antenna, fabricated on a at substrate made of PET. ack the eye movements of the wearer and provide nobtrusive information without interfering with ormal vision. Acts as a security pass for doorways so monitors blood glucose, protein and lipid levels ing tear fluid so that diet and medication can be anaged more accurately. ansmits this information wirelessly at regular tervals to a recording device. • On arrival all resident will have their right thumb print taken. • This will then be used to pay for all objects in Asimov by placing your ms and right thumb on a finger print scanner. y • The currency used will be the space t off standard currency that is used dify the across all space settlements. bots • Whatever residents buy will be able nd to be monitored so that they can l device. not buy too much of one object and not exceed their set limit.
Server Hie
Computing Systems
Privacy of personal data: Personal data transfer is highly encrypted using Quantum Cryptography. Data Storage: Asimov data is stored on data systems provided by Grumbos Electronics Systems Group. All personal computers will have surveillance and conditions monitoring.
Data Collection: The user preferences are recognised by a system of smart computers considering a number of factors making their access of data convenient.
Software Requirements Type
Number
Servers Mainframe
1
Personal Computing OS 12000
Communications Server 5
Office Suite for workplace computers
Operating Control Server
Type
8000
Number
Personal Computing Devices
12000
Workplace Computing Devices
11500
Robotics Co-Ordination Server
3 (1 per module) 3 (1 per module)
Backup Servers
10
Emergency Provision Servers
3 (1 per module)
Communications Server
Internal Communications
External Communications
Intra Settlement Communications
Communication with the Venus surface equipment
Entertainment and Public Data Portals
Inter Settlement Communications
Independent Servers Backup Servers
Emergency Servers
Provisions for Emergency Extra Settlement Communications
S.O.S. Transm
erarchy
mitters
Mainframe Control Systems
Robotics Coordination Server
Operating Control Server
Settlement Maintenance
Security and Authorization
Legend Red Blocks
Mainframe (16 PetaFLOPS, 512 petabytes)
Green Blocks
Primary Servers (4 PetaFLOPS, 64 Petabytes)
Aqua Blocks
Communication and control systems (4 PetaFLOPS, 64 Petabytes)
Black Blocks
Server Peripherals (1PetaFLOPS, 8 Petabytes)
Wired Comms
100 TB/s
Wireless Comms
1 TB/s
Emergency
Contingenc
Fire
System of sprinklers and m settlement to work with Se capabilities) to put out fire
Sulfuric Rain
Acid will be vacuumed and before inputting into our w
Crime
Surveillance cameras will id conducted routinely.
Epidemic
Sections of the modules wi
Systems Failure
Backups, which are routine
Breach in hull
Move people to other pods breach.
Projectiles
Monitoring system evaluate
1) The SAC-87 is a hovering robot which has capabilities to take in and neutralize sulfur. 2) Built with a reardonium exterior, it resists extreme heat of Venus.
cy Plans Plan
manual fire extinguishers distributed throughout ervice droids (enabled with fire fighting e.
collected by the SAC-87 (Sulfuric acid collector), water system.
dentify any threats, and security checks will be
ill be quarantined until safe to leave module.
ely saved, will be immediately accessed.
s then use specialized F1M8s help to fix the
es threat and moves settlement if necessary.
s the
0.8m
1.4m 0.3m
Automation systems an livab Name Of Robot
Purpose / Description
Livestock Collection Device
Locates healthy livestock and transports it to the processing facility.
Livestock Processing Facility
Livestock is processed and prepared for distribution and consumption.
Hydroponic Collection Device
Collects and transports hydroponically produced food.
Service Droid
CFRP outfitted device to provide general household assistance.
Internal Maintenance
System of sensors monitors for small scale damage before alerting Internal maintenance bot allowing it fix.
H C
1m
3m
3m
nd Robotics to enhance bility Quantity
Dimensions WxLxH (Meters)
Weight Per Unit (kg)
Total cost ($)
18
3x6x2
804
4,824,0000
12
4x5x3
10002
5,610,000
12
3x3x1
1200
1,080,000
240
0.5 x 0.25 x 1
30
340,000
1250
0.5 x 0.5 x 2
35
12,000,000
Hydroponic Collection Device
m
Automation Robotics w effic Name Of Robot
Purpose / Description
V-TAT I, II, III (Venusian Transportation and Terraforming)
Lifting loads from Venusian surface to Asimov settlement and distributing terraforming organisations.
F1M8
Initially used for internal construction before reprogramming and adaption for use as external maintenance.
Omni-V
Drills, collects, processes and transports materials to V-TAT collection point
Qu
V-T V-T V-T
Silicon carbide (SiC)
Silicon carbide (SiC)-based sem devices and circuits are used du temperatures and radiation
working to improve work ciency
uantity
Dimensions WxLxH (Meters)
Weight Per Unit (kg)
44 x 44 x 8
12,000 (loaded)
140,000,000
1503
Varies with specific requirements
200
13,527,000
20
4 x 10 x 4
3000
52,000,000
TAT I = 3 TAT II = 5 TAT III = 6
miconductors, electronic ue to its resistivity to high-
Total cost ($)
Floorplan of Venu Library/Meeting room: 6 ft, 14.5 ft
Airlock System 15 ft
Cafeteria: 6 ft width, 14.5 ft length First story of surface habitat
Sta
Seco
•The Airlock System maintains pressur •Temperature is controlled in a similar
us Surface Habitat Computer Lab: 7.5 ft, 13 ft
D: 13 ft
aircase
ond story of surface habit
re r way to the full settlement.
Centrifuge Chamber: 6.5 ft, 6.5 ft
Floorplan of Ven
Bedroom: 6.5 ft, 6.5 ft
D: 13 ft
Third story of surface habitat
Extraction C 13 ft, 6.5 ft
nus Surface Habitat
Chambers: t
Internal Flying Buttresses External view of surface habitat
V-T 15m
Vehicle
7m
7m 4m
Cargo Container
Side view
4
8m Overall design
44 m
TAT
•
8m
Quad-rotor flying vehicle used (transporting crates of manufactured goods and early terraforming tools) – –
• • •
44 m • • •
–
Maximum manoeuvrability Fully autonomous (above collection) Lithium ion batteries
Container size: 7m x 7m x 4m Weight limit: Multi-purpose: – –
–
Human transport Transporting sulphuric-eating bacteria Goods transport
Load capacity: 3000kg Empty weight: 5000kg Power: 100,000 W
• • • • • •
Venusian Resource
OmniV is a flexible mining robot that will op minerals, drill into the surface with an elect transport ore to manufacturing and refining OmniV utilizes gas/vapor mass spectromet of the underlying crust. Mining systems adapts to Venusian environ high pressure, a Stirling engine with superc temperature, and a magnetic no-contact dr High quantities of carbon (building materia extraterrestrial cities and settlements comm Unprecedented research and exploration o be licensed and new technologies develope 9,230,000 Pa greater pressure on Venus dra
3m 10m
es and Harvesting
perate on the Venusian surface to scan for tromagnetic rail, and extract, store, and g sites on the surface. ters to determine the chemical compositions
nment by using reardonium to accommodate critical CO2 refrigerant to accommodate high rill to prevent potential dust abrasion. al) and oxygen can be sold in bulk to other mon in 2087. of Venus mean the rights and discoveries can ed. amatically eases production of diamonds.
4m
•
• •
Unique Venusian Product Trans
Venusian environment enables unique to extreme heat and pressure, and rela are difficult to find elsewhere, such as carbon dioxide, and the noble gases. Other contractors will develop Venus s facilities, resulting in improved electro efficiencies (e.g. ZAP! Industries) Manufactured products will be transpo (refer to next slide)
ts and Venus-to-Asimov sport
e opportunities for manufacturing due atively high amounts of resources that s deuterium, tritium, sulfuric acid,
surface refining and manufacturing onics and solar panels with greater
orted using the V-TAT III transporter
Terraforming 7m 21 m • • • •
27 m
3m
Terra Laboratory on the surface of Venus w improve special microbial strains for terraf Genetically engineered Desulfovibrio bacte sulfur and genetically engineered cyanoba oxygen. Organisms are modified with recombinant resistant to harsh environments and posse Bacteria will be cultured and incubated at aerosol using atomizers on V-TAT. One des three different uses which withstand differ in each cloud layer.
g Procedures
m
9m
7m
will genetically engineer, develop, and forming suited for specific cloud layers. eria will reduce sulfuric acid into elemental acteria photosynthesize carbon dioxide into
t DNA technology to form endospores ess traits of select extremophiles. the Terra Laboratory, and deployed as an sign is being utilized for the V-TAT but with rent pressures and atmospheric conditions
4m
4m
Cos
Commodity
Cost ($)
Raw Construction materials
1.2 billion
Manufacturing and Refining
2 billion
Construction
0.7 billion
Waste Management
0.5 billion
Internal Transport
1.6 billion
Engines
0.6 billion
Power Receiver & Grid
2 billion
Industrial
4 billion
Agricultural
3 billion
Furniture
0.2 billion
Luxuries & Entertainment
0.2 billion
Total
16 billion
TOTAL COST =
sts
Commodity
Cost ($)
Food
4 billion
Robots
2.7 billion
Servers
2.5 billion
Housing
4 billion
Docking
0.5 billion
Sub Contractors
12.2 billion
Shipping Materials
15.4 billion
Mining
3 billion
= 60.3 billion $
TOTAL
44.3 billion
OCCUPATION Scientists
Salar
Engineers Researchers Teachers Businessmen Miscellaneous
Total Annual Sal
ries
lary
TOTAL PAY ($) 20,000,000 21,600,000 3,300,000 3,000,000 12,000,000 10,000,000
69,900,000
Sch
heduling