An enormous energy reserve that could change the future of energy in the region has been discovered in Tibet through a ground-breaking finding. However, there can be significant environmental costs associated with using this resource. China may use drastic methods, such as extensive excavation, to unlock the energy potential hidden beneath the Tibetan Plateau, according to some experts.
Revealing the asset: A revolution in energy security
With its abundance of hydrogen and other renewable resources, Tibet’s energy reservoir is presented as a viable way to meet China’s expanding energy needs. China wants to transform its energy landscape, and a major hydrogen energy industrial park is reportedly being developed on the Tibetan Plateau. The project promotes hydrogen as a greener option and is said to be in line with international efforts to lessen reliance on fossil fuels.
It’s not easy to access this energy gem, though. Tibet’s untamed landscape and fragile ecology provide formidable obstacles. Concerns regarding the effects on culture and the environment have also prompted criticism from local Tibetan groups and conservationists. Some observers warn that extensive excavation could potentially lead to more harm than good.
China is in need of hydrogen: An ambitious growth target
Since non-fossil industries will account for the majority of future power supply growth, expanding the usage of “green hydrogen” would be essential for China to meet its dual carbon objectives, according to analysts. A 15-year strategy to grow the hydrogen energy sector and increase the share of such energy produced from renewable sources was released by the National Development and Reform Commission and the National Energy Administration.
Four green hydrogen projects have already been developed by China Petroleum and Chemical Corp., also known as Sinopec, the largest refiner by volume in the world. These include a 100,000 t/y renewables-based project in Ulaanqab, Inner Mongolia; a 10,000 t/y offshore wind-based project in Zhangzhou, Fujian province; and a 20,000 tonnes per year solar-based project in Kuqa, Xinjiang Uygur autonomous region.
A fourth project — a 10,000 t/y wind and solar-based project in Ordos, Inner Mongolia — is also part of the portfolio. These are included in its $4.6 billion investment plan for the hydrogen industry through 2025, to increase its yearly capacity to produce 500,000 tonnes of hydrogen by that time. China’s broader ambitions in Tibet are seen as connected to its wider hydrogen strategy extending through 2030.
Environmental consequences: Dangers of extensive digging
In order to access the energy beneath Tibet, extreme means could be required, such as possibly excavating through portions of the mountain. Concerns regarding habitat destruction, environmental deterioration, and elevated seismic activity are raised by such a strategy. Critics contend that one of the most ecologically vulnerable areas in the world could suffer irreversible damage as a result of these efforts.
Tibet is currently at the centre of a global discussion about how to balance environmental protection with energy requirements. Experts advise making investments in cutting-edge technology that minimises ecological disturbances and enables sustainable energy extraction without endangering the environment.
Local and worldwide responses: A conflicting debate
Although producing cheaper and renewable energy is a widely shared goal, concerns remain about placing the environment at risk — and that tension is at the heart of the international debate surrounding China’s initiative. While Tibetan communities worry about the socio-cultural consequences, Chinese officials highlight the possibility of renewable energy leadership and believe that the global community will benefit in the long run.
The challenge will be whether a workable balance can be struck between energy ambitions and the preservation of one of the world’s most ecologically sensitive regions — a question that observers say has yet to be answered.