Why the United States' Late Game in Critical Minerals Can't Stop China
Economy

Why the United States' Late Game in Critical Minerals Can't Stop China

ایران ایکس نیوز 2 دقیقه زمان مطالعه 33,372

In today's world, critical minerals are recognized as one of the main pillars of modern technologies and advanced industries. The United States, in a late move, is seeking to increase production and supply of these resources on its own soil. But can these efforts seriously impact China's challenges?

China's Impact on the Global Market

China, with its dominance over the supply chain of critical minerals, especially in the production of batteries, electronics, and electric vehicles, currently has an unquestionable hold on the global market. This country, holding over 70 percent of lithium and nickel resources, can effectively neutralize any efforts by the United States to reduce dependence on China. In fact, this economic power of China has somewhat turned into a strategic weapon.

U.S. Efforts and Challenges

The United States is trying to reduce its dependence on China with plans such as increasing investment in domestic mining and forming close collaborations with other countries. However, there are numerous challenges along this path. Among these challenges are the high costs of extraction, environmental issues, and the lack of adequate infrastructure. These issues can quickly disrupt the production process and prevent the United States from achieving its goals.

Furthermore, given the rapid advancement of China in new technologies, it is expected that this country will remain at the forefront of the critical minerals market. This indicates that the United States' late game, without comprehensive and effective strategies, may lead to a major failure.

Ultimately, it seems that the United States needs a new and comprehensive approach to tackle China's challenges in the field of critical minerals. Is this country ready to engage in serious competition with China, or will it continue to retreat?

Source: finance.yahoo.com