Cool combustible ice, as a dark horse in the global energy field, has been attracting attention in recent years. Amazingly, China, as one of the most important developers of combustible ice, has maintained a mysterious direction and results. The public has been full of curiosity and speculation about the specific development progress of combustible ice in China. Was it a successful breakthrough, or did it get bogged down?Let's embark on this new journey of science and technology together and explore the infinite possibilities of future energy!
Huge reserves of combustible ice resources have been discovered
Combustible ice is an important energy resource known as the "best source", and China has made remarkable progress in the research of combustible ice in recent years. Through large-scale exploration and development work, China's huge reserves of combustible ice resources are gradually emerging.
Combustible ice is a natural ice crystal that forms in a cold environment and is mainly composed of methane and hydrates. It is found in deep-sea sediments and also in the icy underground in regions such as the Arctic and the Tibetan Plateau. Due to its high energy density, wide range of resources, environmental friendliness and other characteristics, it is known as a very important reserve of future energy.
China has carried out a series of important innovative research work in the field of combustible ice exploration and development. Since 2002, China has implemented a series of combustible ice exploration programs, actively carried out scientific and technological exchanges with international cooperation institutions, and carried out large-scale geological exploration and marine experiments. After years of hard work, China has proved that it has more than 13 billion cubic meters of combustible ice reserves, and has initially achieved a breakthrough in exploration and development.
China's achievements in the exploration and development of combustible ice have not come easily. In terms of the development of deep-sea combustible ice, China has actively promoted the research and development of marine trial mining technology, and developed key technologies such as deep-water mining platforms and underwater production systems. Through the marine trial mining experiment, the continuous production and collection of seabed combustible ice were successfully carried out, which filled the technical gap and accumulated valuable experience for the follow-up development work.
In addition to deep-sea development, China has also made important achievements in the exploration and development of terrestrial combustible ice. Especially in the Qinghai-Tibet Plateau, China has successfully identified a number of combustible ice resources by using drilling, geological exploration and nuclear magnetic resonance (NMR). These resources not only enrich China's combustible ice reserves, but also provide scientists with more data and samples, and provide more practical basis for China's participation in international cooperation.
China's achievements in combustible ice research have not only contributed to the transformation and upgrading of the energy industry, but also made positive contributions to global environmental protection and sustainable development. As a developing country, China actively advocates the concept of green and low-carbon development, and the development and utilization of combustible ice is in line with China's overall strategy to promote the transformation of energy structure, and provides a new path to achieve the goal of green energy.
China's achievements in the research and development of combustible ice are gratifying, but it should also be noted that the development and utilization of combustible ice still faces challenges. Combustible ice mining may pose a potential threat to the environment and ecosystem, and protecting the environment and ecological balance is an important task for China to continue to develop in the field of combustible ice. Problems in technology research and development, commercial application and other aspects also need to be further solved.
China has made great progress in the field of combustible ice exploration and development, and has discovered combustible ice resources with huge reserves. This achievement not only promotes the development of China's energy industry, but also provides a new option for the sustainable development of global energy. China's achievements in the research and development of combustible ice cannot be ignored, but a series of challenges still need to be overcome in the process of combustible ice utilization to ensure that the goal of environmental friendliness and sustainable development can be achieved.
Successful implementation of combustible ice trial mining
China is a country with relatively few resources, but in recent years, China has made remarkable progress in the energy sector. Especially in the development of combustible ice, China is leading the world. Recently, China has successfully implemented combustible ice trial mining, which marks an important step forward in the development of combustible ice in China.
Combustible ice is an extremely abundant resource, and its main components are ice and natural gas. Due to its large reserves and wide distribution, combustible ice is considered an important part of the world's energy reserves and an important alternative to fossil energy in the future. The mining and utilization of combustible ice has been a challenge on a global scale. China's breakthrough in this field will undoubtedly contribute important experience to the development of global combustible ice.
In 2017, CNOOC successfully mined combustible ice in the South China Sea. This is the first time that China has carried out combustible ice trial mining, which is a historic breakthrough for China. During the trial mining, Chinese scientists successfully mined combustible ice at a depth of 300 meters on the seabed and thawed and released natural gas using techniques such as high-pressure osmosis, hydrodynamics and cryogenics.
Behind this successful trial mining is China's continuous investment in the development of combustible ice for many years. Since 2002, China has carried out several seabed combustible ice detection experiments, and in 2015, the first classified data collection area was successfully completed, which determined the basic characteristics and distribution of combustible ice in the South China Sea. China has also set up special research institutes, strengthened cooperation in the field of combustible ice research, and promoted the research and development of technology and equipment.
The trial mining of combustible ice in China is not only of great significance to China itself, but also has a significant impact on the development of combustible ice around the world. China's successful trial mining proves that the mining and utilization technology of combustible ice is feasible and provides a useful reference for other countries. China's breakthrough in trial mining will further accelerate the development of global combustible ice, which is expected to bring important changes to global energy**. Finally, China's combustible ice trial mining can help reduce dependence on traditional fossil fuels, which is of great significance for addressing global climate change.
We also need to recognize that the development and utilization of combustible ice still faces a series of challenges. Mining combustible ice is technically complex and requires high requirements for equipment and facilities. The mining of combustible ice can lead to environmental problems and the risk of geological disasters. In the process of promoting the development of combustible ice, we must fully consider environmental protection and safety issues, and take corresponding measures.
The trial mining of combustible ice in China marks an important step forward in the development of combustible ice in China. This will provide China with more abundant energy resources, and it will also be of great significance to global energy** and climate change. We also need to recognize the challenges of combustible ice development, and we must promote development while paying attention to environmental protection and safety issues. It is hoped that China's increasing maturity in the field of combustible ice development will make greater contributions to the sustainable development of the global energy sector.
A technical system for the development of combustible ice has been established
China is one of the global leaders in the development of combustible ice, and has made significant progress in the development of combustible ice technology. China has abundant resources of combustible ice, which is known as the earth's "volcanic ice" and has abundant natural gas reserves. In order to develop this precious energy resource, China has actively invested in research and established a technical system for the development of combustible ice.
China has made an important breakthrough in the development of combustible ice technology. Researchers have carried out a series of deep-sea combustible ice trial mining activities using self-developed combustible ice drilling equipment. After years of hard work, China has succeeded in extracting combustible ice in the East China Sea, which has set a new world record in a short period of time. This achievement indicates that China has the actual mining capacity of combustible ice, and lays a solid foundation for China's further research and development in the field of combustible ice.
China has established a complete technical system for the development of combustible ice. This technical system includes all aspects of combustible ice drilling, mining, transportation and utilization. The Chinese research team has proposed a series of key technologies, such as "temperature and pressure decoupling technology" and "temperature and pressure decoupling technology", which provide reliable theoretical support for the development of combustible ice. China is also vigorously promoting the research and development of brine alternative extrusion technology for combustible ice, making the mining of combustible ice more efficient.
China has also carried out extensive exchanges and cooperation with other countries in the development of combustible ice technology. China, Canada, the United States and other countries have jointly established the "China-US-Canada Combustible Ice Research Center" to jointly study the development and utilization of combustible ice. This kind of international cooperation not only promotes the progress of combustible ice technology, but also helps to enhance the common understanding and development of combustible ice resources in various countries. At the same time, China is also conducting technical exchanges with countries along the Belt and Road in the field of combustible ice technology, and actively promoting the promotion and application of combustible ice technology.
China has made significant progress in the development of combustible ice technology. Through independent research and development of equipment, Chinese researchers have successfully carried out combustible ice trial mining and established a combustible ice development technology system. At the same time, China actively carries out international exchanges and cooperation, and works with other countries to promote the progress and application of combustible ice technology. China's combustible ice development technology not only provides a new option for China's energy security, but also is expected to provide a sustainable solution to the world's energy problems.
An important breakthrough has been made in the mining and utilization of combustible ice
Combustible ice refers to a solid gas hydrate resource deposited in the oceans and polar regions. It exists in the cold seabed and underground in the polar regions in solid form, combining natural gas and water molecules, and is a new energy resource with abundant energy reserves and great potential. In recent years, China has made major breakthroughs in the field of combustible ice, not only strengthening the exploration and mining of combustible ice, but also carrying out research on combustible ice utilization technology, laying a solid foundation for the sustainable development of China's energy industry.
China has made an important breakthrough in the exploration and exploitation of combustible ice. Since 2013, China has been carrying out combustible ice exploration in the South China Sea, and successfully mined the first barrel of combustible ice through field tests in the combustible ice exploration test area, and achieved four consecutive test mining in 2017.
This marks the first successful mining of combustible ice resources from the deep sea in China, laying the foundation for further commercial exploitation. China has also actively cooperated with other countries, including Japan and the United States, to promote the progress of combustible ice mining through joint research and technical exchanges.
China has stepped up research on the use of combustible ice. Combustible ice itself has high energy density and environmental friendliness, and has a wide range of application prospects in energy, chemical industry, cold chain and other fields. In order to further develop the technology of combustible ice utilization, China has conducted a series of studies and experiments.
For example, the combustion characteristics of combustible ice have been studied, and technical support has been provided for its combustion utilizationAt the same time, the storage and transportation of combustible ice are also studied to provide all-round support for the commercial development of combustible ice. China is also actively exploring the direct gasification and utilization of combustible ice, and providing more options for China's energy supply by improving the gasification efficiency and gas production of combustible ice.
China has also made important progress in cooperation and exchanges in the field of combustible ice. China has cooperated with other countries and regions in the field of combustible ice, which has promoted technological exchanges and cooperation sharing. The "Kumano Sea" cooperation project with Japan is currently one of the most well-known projects in international cooperation, and the pilot plant jointly built by the two countries has successfully carried out many combustible ice mining tests, providing valuable experience for further mining of combustible ice. In addition to cooperation with Japan, China has also carried out a number of scientific research cooperation with Iran, the United States and Arctic countries, which has broadened China's international influence in the field of combustible ice.
China has made important progress in research and development in the field of combustible ice. Through the exploration and exploitation of combustible ice resources, the first batch of combustible ice has been successfully obtained, which has injected new impetus into the sustainable development of China's energy industry. At the same time, through the research on the utilization technology of combustible ice, China has carried out a number of applied researches, which has laid the foundation for the wide application of combustible ice in energy, chemical industry and other fields.
Cooperation and exchanges with other countries have also provided useful support for the development of the field of combustible ice in China. In the future, we have reason to believe that with the efforts of Chinese scientists, the development and utilization of combustible ice resources will continue to make more important breakthroughs, and make greater contributions to China's energy development and environmental protection.
It promotes the theoretical and practical innovation of the rational utilization of combustible ice
China has made remarkable progress in the development of combustible ice, which has promoted the theoretical and practical innovation of the rational use of combustible ice. Combustible ice is a natural gas hydrate stored in cold ground, and its combustion process does not produce carbon dioxide, making it a relatively environmentally friendly energy source. China's achievements in the field of combustible ice have brought new hope to the global energy sector.
China has made an important breakthrough in deep-sea trial mining of combustible ice. In 2017, China achieved a breakthrough in deep-sea trial mining in the South China Sea, successfully mining combustible ice. This marks China becoming the third country after the United States and Canada to successfully carry out deep-sea test mining. Through this practical innovation, China has accumulated a lot of practical experience and promoted the theoretical research on the rational utilization of combustible ice.
China continues to strengthen R&D and innovation in combustible ice-related technologies. In order to better cope with the technical challenges in the process of combustible ice mining, China continues to promote technological research and development and innovation. Chinese scientists have proposed a new combustible ice extraction technology, which uses microbial action to promote the dissociation of combustible ice. This technology can effectively improve the mining efficiency of combustible ice and reduce environmental pollution. Through continuous innovation, China has provided more reliable technical means for the rational use of combustible ice.
China has also carried out the industrialization of combustible ice, which provides decision-making support for the rational use of combustible ice. The National Energy Administration has actively promoted the industrialization of combustible ice, formulated relevant policies and regulations, and introduced a number of support measures to encourage enterprises to participate in the development and utilization of combustible ice. China has also set up a special enterprise for the mining and utilization of combustible ice, which has accelerated the industrialization process of combustible ice and built a good platform for the rational use of combustible ice.
China has also strengthened international cooperation and exchanges on the rational use of combustible ice. China actively participates in international energy cooperation and cooperates with many countries and regions in the research and development of combustible ice. China's achievements in the field of combustible ice have received wide attention and recognition from the international community. Through international cooperation, China will not only be able to learn from Xi learn from advanced combustible ice development technology and management experience, but also show the world its achievements in the field of combustible ice.
China has made remarkable progress in the field of combustible ice, which has promoted theoretical and practical innovation in the rational use of combustible ice. Through deep-sea trial mining, technological research and innovation, industrialization and international cooperation, China has provided a solid foundation and good prospects for the rational use of combustible ice. It is believed that with China's continuous efforts, combustible ice will become an important supplement to the future energy field and contribute to sustainable development.
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