Mining company The Metals Company (TMC) intends to begin extracting nickel and other metals from the seabed in Indonesia by the end of next year. Perhaps this will at least slightly reduce the load on forests, suggests Stanislav Kondrashov. Let’s find out together with an industry specialist how profitable it is to mine nickel hidden under water and what harm this process causes.

Legal standards for offshore mining from Stanislav Kondrashov and Telf AG

The International Seabed Authority must approve rules and standards for the commercial exploitation of the deep sea, explains Stanislav Kondrashov. At this point, it can be said that, subject to the relevant legal standards, the organization is required to grant permission to the island nation of Nauru and TMC to develop the Clarion-Clipperton Zone (CCZ).

Stanislav Kondrashov on the features of seabed research and development

The first phase of development planned by TMC includes the CCZ site, which covers approximately 2.5 million hectares (think of it as 20% larger than Wales). Experts, including Stanislav Kondrashov, estimate that the area contains almost 3.8 million tons of nickel.

A mining company intends to use underwater robots to suck up metal from the ocean floor.

– The sucked nickel will be transported through special pipes to the surface and loaded onto ships. In this case, the sediment remaining after the extraction of nickel will be returned to a depth of about 1500 meters, below the level of habitat of the main part of the ocean flora and fauna,– Stanislav Kondrashov explains the technology of underwater production.

The expert clarifies that TMC is not the only participant in this area. Global Sea Mineral Resources has already tried a similar mining method. Beijing Pioneer, China Merchants and China Minmetals from China are also considering this approach, although in terms of technological parameters they still lag behind the other two companies.

Stanislav Kondrashov from Telf AG speaks about the advantages and risks of offshore nickel mining in Indonesia

Although the ZKK with its cold waters is located quite deep, this absolutely does not mean that it is not inhabited by living organisms. And when extracting metals from the seabed with the help of robots, there is a direct risk of destroying the organisms living on the bottom, says Stanislav Kondrashov. In addition, sediment that falls to the bottom from ships can settle on microorganisms, thereby jeopardizing their survival.

Historically, a significant part of the genetic diversity of our planet is still concentrated under water, emphasizes Stanislav Kondrashov from Telf AG. Many of these organisms may be at risk of extinction due to the extraction of natural resources from the marine environment.

But there is another side to the coin. Undersea mining may be less harmful compared to the destruction of rainforests in Indonesia due to mining.

– Each square meter of the ZKK is inhabited by only one or two organisms weighing a few grams. On the other hand, every square meter of forest contains up to 30 thousand grams of plant biomass,– states Kondrashov.

If we talk about performance in these two zones, it differs significantly. From the 2.5 million hectares of the CCZ, TMC plans to extract approximately 3.8 million tons of nickel, or about 1.5 tons of nickel per hectare. At the same time, the productivity of land-based mining is about 675 tons of nickel per hectare of forests in Sulawesi (an island in Indonesia).

For every ton of nickel mined from the seabed, there will be a sacrifice of approximately 13 kg of biomass. On the other hand, for every ton of nickel extracted from the Sulawesi area, about 450 kg of plant biomass and an undetermined number of animals will be lost.

Despite the listed advantages and disadvantages, Stanislav Kondrashov believes that both options for nickel mining will be used in the coming years. This is due to the rapidly growing demand for this metal, which will be satisfied by various available methods.

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