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Mining and the Future of Space Exploration

机译:采矿与太空勘探的未来

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The future of human exploration in space is intimately bound to the future of mining and energy production on Earth. By 2025, one or more manned bases will probably exist on the Moon, exploring the lunar landscape and geology, and acting as a learning platform, and possibly a resource platform, for expeditions to Mars and beyond. Unless the mining and space industries take an active and cooperative interest in the technologies required to exploit minerals and fuels in and from hostile environments, the necessary advances to support permanent extraterrestrial exploration will not be ready in time. With the notable exception of using lunar Helium-3 as a fusion power fuel, no other reason has been identified' for the mining industry to take any direct interest in the exploitation of extraterrestrial resources for the benefit of its customers on Earth. Ample reasons exist, however, for the industry to take a direct interest in supporting technological development of the extraterrestrial resources necessary to support the economical exploration of space. The mining industry has critical experience in the development and application of technologies for the discovery, extraction and processing of natural resources; experience that the space industry will need to create a viable permanent presence in space. The industry also understands the end to end process of resource development and utilisation. On the other hand, the space industry can directly benefit the mining sector by helping mature and advance the extractive and processing technologies needed to economically and sustainably develop resources in hostile terrestrial environments, such as those available in low concentrations, at extreme depth and/or inconvenient geographic locations. We propose that strategic partnerships be created between the mining, space and allied industries and research organisations. Such partnerships would develop a joint capability for mutual benefit, targeting the most significant advances in the least time. The space industry will learn how to exploit essential resources off-planet, and the mining industry will gain access to technologies to help extend their activities on earth.
机译:空间中人类勘探的未来与地球上采矿和能源生产的未来密切相关。到2025年,一个或多个载人的基地可能存在于月球上,探索月球景观和地质,并作为一个学习平台,并且可能是一个资源平台,以便探险到火星和超越火星。除非采矿和太空行业对敌对环境中矿产和燃料的技术采取积极合作的合作兴趣,否则支持永久性外星勘探的必要进展将不会及时准备好。对于使用月球氦-3的聚变发电燃料的显着的例外,没有其他原因已被确定”采矿业采取开采外星资源,为客户地球上的好处任何直接的利益。然而,由于行业为支持支持经济探索空间勘探所需的外星资源的技术开发,因此有充分的原因。矿业行业对发现,提取和加工自然资源的技术的开发和应用具有重要经验;空间行业需要在太空中创造可行的永久性存在的经验。该行业还了解资源开发和利用的结束过程。另一方面,空间行业可以通过帮助成熟和推进经济和可持续发展在敌对地面环境中的资源的提取和加工技术,例如低浓度,极端深度和/或地理位置不方便。我们建议在矿业,空间和联合行业和研究组织之间创造战略伙伴关系。这种伙伴关系将制定共同互利的联合能力,以最少时间为目标最重要的进展。空间行业将学习如何利用基本资源,采矿业将获得技术,以帮助扩展其在地球上的活动。

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