Category Archives: Moon Mining

Wednesday / 15 April 2015

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Abstract Deadline For NASA SSERVI Exploration Science Forum

SSERVIrpm

2nd Annual NASA Exploration Science Forum To Be Held At Ames Research Center, Moffett Field CA On 21-23 Jul; Tomorrow Is Last Day To Submit Abstracts; Forum Will Feature Scientific Discussions Of Human Exploration Of Moon & Other Destinations Of Interest; Event To Be Followed By Resource Prospector Mission Meeting, Will Provide Introduction To Parameters & Capabilities Of Mission & Current Status Of Landing Site Analysis; Follow Up RPM Meeting In Conjunction With LEAG Meeting This Fall

Image Credit: NASA

Wednesday / 25 March 2015

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Mojave Volatiles Prospector Preparing For
Lunar Polar Mission

MVP0315

MVP Project Using 3 Instruments – Near Infrared & Visible Spectrometer, Neutron Spectrometer Subsystem, And Downward Facing GroundCam – On KREX-2 Rover To Advance Robotic Volatile Prospecting Methods For Use At Lunar Poles; Tests Conducted In Mojave Desert Lunar Analog Site; Small Field Team In Mojave & Operational Team At NASA Ames Simulating Real-Time Analysis & Decision Making Needed For Moon Mission; Project Driven By Likelihood Of Water Ice Deposits In Permanently Shadowed Craters At Lunar Poles Colder Than 40K

Image Credit: NASA

Tuesday / 3 March 2015

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Shackleton Energy Company To Develop, Test New Technology At ISS

ShackletonECISS

In A Step Towards Ultimate Goal Of Providing More Affordable Access / Operations To / In Space, Shackleton Energy Corporation (SEC) Signs MOA With CASIS To Develop & Test Mini Space Brakes / Re-entry Vehicles Called ‘Oryx’; Technology Is Critical Enabler For Aerobraking Systems Needed To Economically Fly Water From Moon To Fuel Depots In LEO; SEC To Eventually Develop Larger Re-entry Vehicles / Orbital Lifeboats For Fuel Depot Crew

Image Credit: Shackleton Energy Company

Wednesday / 11 February 2015

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Lunar Elevator May Facilitate
Moon Mining Industry

LunarElevatorL50215

Oregon L5 Society Hosting /Streaming Meeting ‘Mining The Moon With A Lunar Elevator’ On 19 Feb At Pearson Air Museum In Vancouver, Washington; Proponents Claim Lunar Elevator Can Be Built For US$800M With Available & Inexpensive Materials Like M5, Zylon, Dyneema; Proposal Envisions Near Side Elevator Anchored To Lunar Equator At Sinus Medii, Orbital Center Of Mass Of System To Be Situated At Earth-Moon L1 Or L2 (50,000 Km) From Moon Surface; Elevator Would Substantially Reduce Cost Of Lunar Surface Missions, Could Potentially Pay For Itself In Single Payload Cycle

Image Credit: The Technion, arcadiastreet.com, Oregon L5 Society

Thursday / 5 February 2015

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FAA Commercial Space Conference Evaluating Future Direction Of Commercial Space

FAAHuerta2

US Gov Officials, NASA & Industry Leaders, Space Entrepreneurs, Astronauts And Space Enthusiasts Meeting On 4-5 Feb In Washington DC For 18th Annual FAA Commercial Space Transportation Conference; Event Comes On Heels Of Announcement That FAA Will Ensure Commercial Activities On Moon / Celestial Bodies Can Be Conducted On Non-Interference Basis; On Day 1 Of Conference FAA Administrator Michael Huerta Says It Is Not Too Early For Industry & Government To Plan For Future Of Regulations

Image Credit: Astrobotic, faa.gov

Wednesday / 4 February 2015

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US Government Takes Step To Support Commercial Development Of Moon

FAABigelow0215

Federal Aviation Administration Supports Request From Bigelow Aerospace To Recognize Private Sector’s Need To Protect Assets & Personnel On Moon, Expanding Scope From Launch Licensing To Lunar Activities Of US Companies; More Legal & Diplomatic Work Still Needed As Issues Regarding Lunar Property & Mineral Rights Pending; Bigelow To Test Inflatable Habitat At ISS This Year, Moon Habitats Around 2025; Moon Express Intends To Return Moon Rocks / Regolith In 3rd Mission

Pictured: TR- FAA Associate Administrator George Nield, BL- Robert Bigelow

Image Credit: Bigelow Aerospace, faa.gov

Tuesday / 3 February 2015

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Shackleton Energy Company Seeks To Fuel
Human Solar System Exploration

SEC0214

1.6B Tonnes Of Water At Moon Poles Is Likely Prize That Will Stimulate New Lunar Gold Rush; USA Texas-Based Shackleton Energy Company Advancing Plan To Mine Moon Water With Robotic & Human Missions, Convert It To Rocket Propellant (Hydrogen & Oxygen), & Sell It At Orbital Fuel Depots; Company Continues To Advance Business Plan After Pursuing Crowdfunding Campaign & Lobbying For NASA Support

Image Credit: Shackleton Energy Company, Popular Mechanics

Weekend Edition
Fri-Mon / 16-19 January 2015

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Moon South Pole
Drawing New Lunar Pioneers

MSPNewEnterprises0115

New Moon South Pole Ventures Including UK-Based Lunar Mission One & Russia-Based Lin Industrial Join Established Declarations Of Interest In Moon South Pole Missions By USA (RPM), American Enterprises Such As Shackleton Energy Corporation, Japan (SELENE-2), India (Chandrayaan-2), Russia (Luna-Glob), ESA, ILOA; Moon South Pole – Replete With Valuable Resources & Providing A Relatively Stable Thermal Environment – Is Generally Considered Optimal Location For Human Lunar Exploration / Settlement

Image Credit: JAXA, Lunar Mission One, Lin Industrial

Tuesday / 13 January 2015

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Helium-3 2015 Revisit: India, Europe, China

moonminingRaoCraw

Ever-Increasing Activities Towards Moon Exploration Indicate India, China & Other Space Powers Driven By Potential Economic Value Of Lunar Resources Including Helium-3; Former ISRO Chairman Prof UR Rao Says India Interested In Power-Generation Capacity Of Lunar He-3; UK-Based Researcher Ian Crawford Says Lunar Poles May Hold Higher Concentrates Of He-3, Polar Lander Required To Confirm; Orbiters Have Confirmed Presence Of Resources, ISRU Systems Already Tested On Earth, Time Has Come To Demonstrate Systems On Surface Of Moon

Image Credit: NASA, ISRO, Birkbeck College

Thursday / 8 January 2015

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Is Helium-3 Most Valuable Resource On Moon?

He3Change5

Projections Indicate Clean Fusion Technology Powered By Helium-3 Can Produce 18.4 MeV Of Energy, 1 Metric Ton Of The Rare Element Could Power Tokyo For 1 Year; Could Be Used To Propel Spaceships Facilitating Trips To Mars In <100 Days, Jupiter In <200 Days; Potential Fuel For Thermonuclear Weaponry Which Could Be Used To Protect Earth From Dangerous Asteroids; Speculation Abounds That Interest In He-3 Is Primary Driver Of China & Perhaps India Lunar Program, Next Step For China Is 2017 Chang’e-5 Sample Return Mission

Pictured (TR): Chang’e-1-Produced Map Of He-3 Distribution On Nearside Moon

Image Credit: NAOC, ocw.mit.edu