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Minerals Report - International Seabed Authority

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Environmental management. Some examples of these initiatives are<br />

discussed in part II of this case study.<br />

New challenges for mineral resource management<br />

Mineral resource management is striving to innovatively meet the<br />

many challenges presented by offshore diamond exploration and mining.<br />

With continued experience and more in-depth knowledge about the<br />

behaviour of mining systems in different types of ore bodies, mining<br />

engineers, design engineers and metallurgists are able to request more<br />

specific, quantitative data to aid them in their quest to support the future<br />

development of the industry.<br />

The accuracy of the geological model is proving to be an important<br />

aspect in the testing of new mining systems, which places significant<br />

emphasis on the geotechnical characterisation of the ore body to allow<br />

mineability to be accurately predicted ahead of mining. Detailed<br />

information of this type is also fundamentally important for ore dressing<br />

studies to allow treatment and recovery plant design to be optimised to<br />

meet the demanding conditions presented by the offshore mining<br />

environment. Consequently, geologists are becoming increasingly<br />

involved in the reconstruction of seafloor conditions for full-scale and<br />

model testing of mining system prototypes and concepts. This is proving<br />

to be both challenging and stimulating, as it adds another dimension to the<br />

work being addressed by mineral resource management teams. It also<br />

emphasises the criticality of mineral resource management to the future<br />

development of the offshore mining industry. With these stringent<br />

requirements for accurate information, the development of geological and<br />

associated models required by colleagues in many different functions is<br />

being transformed into a process of continuous learning, with new<br />

insights being provided almost on a daily basis. There is little doubt that<br />

the move to increasingly quantitative ore body models will bring with it<br />

new challenges, both in terms of the technology available to acquire the<br />

correct data and in terms of the ability to interpret this data correctly for<br />

the design and testing of advanced mining and recovery systems.<br />

These demands are unlikely to be met without open collaboration<br />

across entire multi-disciplinary teams involved in projects aided by highquality<br />

feedback from operationally based staff directly involved in the<br />

mining process. Such feedback loops are essential for continuous learning<br />

and the long-term development of the offshore diamond mining industry,<br />

which is still in its infancy.<br />

INTERNATIONAL SEABED AUTHORITY 593

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