May 17, 2020

If you believe, we can put a mine on the moon: $47million lunar lander being developed by NASA and Taiwan

NASA space mining
Lunar mining
Taiwan mining
Deep space m
Dale Benton
1 min
If you believe, we can put a mine on the moon: $47million lunar lander being developed by NASA and Taiwan
The Chung-shan Institute of Science and Technology is currently developing a $47million prospector with NASA to create the worlds first mining expeditio...

The Chung-shan Institute of Science and Technology is currently developing a $47million prospector with NASA to create the world’s first mining expedition on the moon.

Set for launch in the early 2020’s, the Resource Prospector is designed to excavate hydrogen, oxygen and water from the moon.

“Taiwan has an outstanding ability to build electronic components and auxiliary systems for spacecraft, but the nation has had little opportunity to participate in space missions, so it has limited space flight history,” said international program director of Chung-shan Institute of Science and Technology Han Kuo-chang.

The participation in NASA’s Resource Prospector mission might earn Taiwan a ticket into the aerospace industry supply chain.”

The main goal of the mission is to create more affordable and sustainable human exploration into deep space.

“Launching one pound of any material into space costs thousands of dollars. One gallon of water weighs more than eight pounds, so the ability to generate water, air and fuel in space could represent enormous cost savings for future deep-space missions,” said NASA on it’s website.

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May 24, 2021

Codelco partners with Microsoft to extend digitisation

Microsoft Networks
2 min
Codelco, the world’s largest copper producer, has struck a deal with Microsoft to promote digitisation and automation at its copper mines across Chile

Chile's Codelco, the world's largest copper producer, has announced a deal with tech giant Microsoft to fast-track the digitisation of its sprawling mining operations, helping it extend automation and improve analytics.


The joint project with Microsoft will beef up the company's capacity to make its production processes more efficient and promote "sustainability" within its operations, Codelco said in a statement.

Codelco, like many Chilean miners, has fought in recent years to adopt new technologies to boost efficiency and keep down costs at its aging deposits, many of which suffer from declining ore grades.

"We are promoting profound changes so that different areas operate in a completely remote and automated way, reducing risks, improving productivity, safety and reliability of our operation," said company executive Alvaro Garcia.

Mining companies worldwide are pushing forward with plans to operate mines remotely, reducing the risk of accidents and boosting efficiency.


Codelco’s move towards automation however has led to confrontations with unions, who see it as a threat to their livelihoods. The company said the project with Microsoft will include a training component for the its workers.

The state-run miner has recently ramped up its use of technology to ensure its copper is 100% traceable, a vital step in reducing its carbon footprint and boosting sustainability within its operations.



Codelco’s CEO Octavio Araneda said that tracing copper through its mines would help the company more precisely measure progress on its social and environmental goals while providing proof to increasingly demanding customers of those efforts.

“We can now say that 100% of our products are traced…which will allow us to have a very strong transparency regarding our resource use footprint,” Araneda said.


The announcement comes amid a broader push by the company to reduce water consumption, recycle industrial waste and scale back carbon dioxide emissions by 2030.

Codelco said in a webinar that the tool it has developed to assure traceability will help assure those sustainability targets are met.

Soaring demand for electric vehicles, a key component in the global fight against climate change, has increased attention on the carbon footprint and sustainability of inputs such as copper, cobalt and lithium.

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