Space resources mining, Africa lags behind again

Africa has not yet made any notable strides in the area of space resources mining with lack of support and funding for space projects being one of the main causes of this.

PRETORIA – Space resources mining, commonly referred to as asteroid mining is at the heart of every conversation in developed and developing nations at the moment.

No nation has yet effectively carried out mining operations on an asteroid or other celestial body, and space resource mining is still in its infancy on a global scale.

The United States, China, Russia, Japan, and a few European nations are among the nations and companies that are aggressively pursuing the mining of space resources.

Africa has not yet made any notable strides in the area of mining space resources. The lack of support and funding for space projects in many African nations is one of the main causes of this.

Many African countries have occasionally struggled with political unrest, corruption and other issues that have made it challenging to invest in and advance space-related technologies.

The absence of a robust space sector on the continent is another factor hindering Africa’s mining of space resources.

While some African nations, like South Africa, Nigeria, and Egypt, have space projects, they have mainly concentrated on satellite technology and Earth observation rather than space exploration and resource mining.

A sketchy image of space resources mining activities.
A sketchy image of space resources mining activities. [Picture via: NASA]

Additionally, the continent lacks technological know-how and experienced workers in the mining of space resources. The development of a robust space industry requires the development of strong educational institutions in the STEM disciplines, which are lacking in many African nations.

It is important to note that mining for space resources is still in its infancy and has not yet become a well-established industry. However, there are a number of difficulties and restrictions that nations, including those in Africa, may experience when attempting to mine extraterrestrial resources.

The difficulties and restrictions that Africa faces when trying to mine space resources are generally similar to those that other nations experience, including the following:

a) Technological constraints: Mining for space resources needs cutting-edge knowledge and equipment that may not be readily available in all nations, including Africa. African nations may therefore encounter substantial difficulties in acquiring and developing the required technological capabilities.

b) Lack of infrastructure: Mining for space materials demands cutting-edge infrastructure, such as launchers, spacecraft, and communication networks. African nations might have difficulty building this infrastructure, which might restrict their ability to engage in space resource extraction.

c) Legal and regulatory frameworks: The frameworks for mining space resources are still being created, and they are complicated. Establishing strong legal and regulatory frameworks that can effectively safeguard their interests while upholding international laws and regulations may be difficult for African nations.

d) Financial limitations: Mining for space resources is a capital-intensive business that demands a sizeable investment. African nations might have trouble obtaining the financing they need to pursue mining projects for space resources.

e) International collaboration is lacking in the mining of space resources, which is a global business that calls for it. Establishing partnerships with other nations and groups to build the required infrastructure, legal and regulatory frameworks, and technological capabilities may be difficult for African nations.

Is Africa really lagging behind in space resources mining?

Although the mining of space resources is an industry that is rapidly developing, it is worrying to note that Africa is lagging behind.

Africa is not actively involved enough in the space business and its exclusion from the decision table or international space conferences is well documented.

It is quite interesting how this is the case even when many of its nations have been launching their own satellites and making investments in space technology and research.

Space resource mining in particular is still in its infancy globally and faces numerous obstacles and uncertainties that must be overcome before it can be considered a viable business.

The creation of the required technology, the creation of legal and regulation frameworks, and the resolution of ethical and environmental issues are a few of these difficulties.

It is important to note that a number of African nations have indicated interest in mining space resources and are moving to establish themselves as players in this developing market.

For instance, South Africa has been working to develop its space capabilities, including exploration and potential resource mining on the moon and other celestial bodies. The country also created a national space agency.

Benefits of space resources mining for Africa

Although at first glance this might seem like a far-fetched idea, as technology develops and space exploration attempts increase, it is becoming more and more likely to happen.

The following are some possible advantages of space resource extraction for Africa:

i) Economic expansion: While Africa is considered to have a lot of natural resources compared to other countries or continent, exploiting space resources could give Africa’s economy a major boost. Due to their scarcity on Earth, many of the minerals and resources discovered in space, including rare earth metals and platinum, are crucial for high-tech sectors and command high prices. Africa could become a big participant in the world market and make a lot of money by using these resources in space.

ii) Technology advancement: The cutting-edge and highly developed technologies needed for mining space resources have the potential to spur additional advancements in a variety of other industries. This might encourage technological advancement and invention in Africa, enhancing the continent’s competitiveness in the global economy.

iii) Energy production: Some comets have a lot of water, which could be turned into hydrogen to produce energy or used as a fuel for space journeys. This might lessen Africa’s reliance on fossil fuels by offering the region a sustainable and renewable energy source.

iv) Employment creation: The growth of space resource mining would also lead to the creation of numerous new jobs in Africa, ranging from scientists and engineers to mining technicians and support personnel. This might lower unemployment rates and raise standards of life all across the continent.

v) Scientific benefits: Mining for space resources may also result in significant science breakthroughs, such as the investigation of the solar system’s history and the hunt for extraterrestrial life. African scientists and scholars could be instrumental in these initiatives, advancing both their own fields of study and the body of knowledge generally.

Overall, it’s critical to realise that the space industry is still developing and that there are many opportunities for African nations to actively engage in this fascinating and quickly expanding sector.

In conclusion, Africa is falling behind in the mining of space resources due to a number of issues, including a lack of financing and infrastructure, political unrest, a fragile space industry, and a lack of technological know-how.

Nevertheless, a few African nations are working to advance their space programs and may in the future add to the exploration and mining of space resources.

Wilson Chipangura
Wilson Chipangura
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