In the heart of the disputed southern Chinese Sea, where the greed for natural resources challenges political borders, China has announced an ambitious move: the construction of a submarine “space station”which will rise by 2030 to 2,000 meters below the ocean surface. Designed for host up to six scientists for missions lasting one monththe structure will be an advanced laboratory for the exploration of marine ecosystemsin particular of the areas of “Cold Seep” (areas of ocean seabed in which the infiltration of fluids rich in hydrogen sulphide, methane and other hydrocarbons) occurs, famous for hosting a unique biodiversity. But what does this project for the environment and world geopolitics mean?
China has approved to Deep-Sea Research Facility Anchored 2,000 Meters Below the Surface of the Strategic Callly Important South China Sea, an area of competing territorial claims.@Mohammed11saleh Brings You this Report pic.twitter.com/jj1knqupxd
– Wion (@wionews) Febration 13, 2025
A technological border innovation
The Chinese submarine station, which will become one of the deepest installations ever built, will focus on the observation of tectonic activity and on monitoring of mining resources and energy, including methane hydrates, a form of fuel that could revolutionize the global energy market. It is estimated that the southern Chinese Sea guests huge reserves of methane, potentially up to 70 billion tonsa quantity that could significantly increase the country’s energy supply. However, although this technology represents an incredible advancement, it also raises concerns about its ecological and geostrategic implications.
Maritime biodiversity under threat
The “Cold Seep” are particularly sensitive ecosystems that depend on a delicate balance of environmental conditions. These areas they are characterized by the ascent of fluids and methane from the subsoil marinOr, creating environments rich in unique microorganisms and rare fauna. Although scientific monitoring in these areas is crucial to understand ecological changes, human intervention in such a fragile environment could have devastating consequences. Methane extraction operations, if not adequately managed, could disturb these ecosystems and compromise biodiversity, threatening numerous species that depend on the gas infiltrations for their survival.
Scientists agree in affirming that a sustainable approach to the exploration and exploitation of submarine resources It is essential for not irreparably compromising marine habitats. The possibility that China can push on the accelerator of the extraction of resources in an already fragile area could aggravate the risk of irreversible ecological damage. The same design as the station, which includes a sophisticated monitoring system, may not be enough to ensure that the ecosystem survives intact.
Geopolitics and resources: an explosive mix
In addition to ecological impacts, the construction of this research station raises a series of geopolitical questions. The southern Chinese Sea has been in the center of territorial disputes between multiple states for yearsincluding Philippines, Vietnam, Malaysia and Brunei, all with claims on part of this basin full of natural resources. Chinese ambitions not only reinforce control over a strategic region, but could also intensify international tensions, with the risk of causing open conflicts or a cold war on the domain of resources.
The installation of such an advanced research station could be seen Like a move to consolidate China’s maritime dominancenot only in the scientific but also economic and political sphere. The connection of the station to the China submarine fiber optic network, for example, is not only a technological comfort, but a clear signal of how Beijing is expanding its ability to monitor and manage maritime resources.
One of the most discussed aspects of this project is the possibility that China exploits nuclear energy to power the station. Although there are no official confirmations, the use of high intensity energy sources such as nuclear energy appears to be a plausible solution, considering the need for an autonomous and powerful energy system for a basis that will operate at this depth. However, the choice of this energy source could arouse concerns not only for environmental safety, but also for the risks related to nuclear proliferation in such a geopolitically sensitive region.