Conceptual 3D Modeling and Direct Block Scheduling of a Massive Seafloor Sulfide Occurrence

Ellefmo, Steinar Løve

doi:10.1007/978-3-030-87982-2_16

Cited by 3 publications

(1 citation statement)

References 44 publications

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“…The complete set of costs must be included in order to get the true LCOM. Furthermore, a higher discount rate might be considered in order to truly reflect the risks of such ventures (Ellefmo 2022).…”

Section: Discussionmentioning

confidence: 99%

Technology Transfer in Novel Ship Design: A Deep Seabed Mining Study

Solheim

Brett

Agis

et al. 2022

Day 2 Mon, June 27, 2022

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Designing new ships for new purposes, in this case deep seabed mining, without using proper selected reference vessels, if available, is challenging. In this paper, we show that the vessel features of a future deep seabed mining vessel have many similarities to offshore vessels in the deep-sea offshore oil and gas industry and can be used as such. We evaluate and discuss the technical, operational, and commercial performance of three possible vessel design solutions developed based on such a case ship.

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Section: Discussionmentioning

confidence: 99%

Technology Transfer in Novel Ship Design: A Deep Seabed Mining Study

Solheim

Brett

Agis

et al. 2022

Day 2 Mon, June 27, 2022

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Approach Towards Deep-Sea Mining: Current Status and Future Prospects

Sharma

2022

Perspectives on Deep-Sea Mining

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Status of Sustainability Development of Deep-Sea Mining Activities

Zhang

et al. 2022

JMSE

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With technological improvement such as ore exploration, robotics, and hydrodynamic lifting, deep-sea mining has attracted more attention from governments, companies, and scientific research institutions. Although its research and development has made great progress, there are still many obstacles in its industrial development, such as environmental pollution and sustainability development issues. This article analyses the research status of the sustainable development of deep-sea mining from an overall perspective. Through a literature review, this paper also discusses the application of the full life cycle assessment method to analyze environmental impact during the entire process of deep-sea mining ore application. Overall, this paper summarizes the research gaps that exist in the sustainable development of deep-sea mining, including the lack of sufficient quantitative research, environmental baseline data research, cumulative environmental impact assessment, resource recycling technology, and acceptable environmental impact range analysis. The significance of this article is to point out the most urgent problems to be solved in the research direction of the sustainable development of deep-sea mining in current academic circles. It has far-reaching potential to promote the industrialization process of the entire deep-sea mining industry.

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Conceptual 3D Modeling and Direct Block Scheduling of a Massive Seafloor Sulfide Occurrence

Cited by 3 publications

References 44 publications

Technology Transfer in Novel Ship Design: A Deep Seabed Mining Study

Technology Transfer in Novel Ship Design: A Deep Seabed Mining Study

Approach Towards Deep-Sea Mining: Current Status and Future Prospects

Status of Sustainability Development of Deep-Sea Mining Activities

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