Pomegranate Cloud/Xinjiang Daily (reported by reporter Yu Jiangyan) On July 14, academicians and experts from the energy and chemical industry research group of the "Academician Xinjiang Trip" organized by Chinese Academy of Engineering and Xinjiang Association for Science and Technology arrived in Karamay City for investigation . Academicians and experts actively offer advice and suggestions on the high-quality development and clean utilization of energy resources in Xinjiang.
In the morning, academicians and experts visited Karamay Cloud Computing Industrial Park and Karamay City Planning Museum. At present, the Karamay Cloud Computing Industrial Park has gathered big data center projects such as Huawei Cloud Service Data Center, PetroChina Data Center ( Karamay ), and China Mobile (Xinjiang) Data Center. The park focuses on the development of industrial clusters such as cloud computing , big data, Internet of Things, artificial intelligence , and geographical information.
On July 14, Academician of the Chinese Academy of Engineering and Anhui University of Science and Technology President Yuan Liang (wearing a blue shirt) visited the Karamay Cloud Computing Industrial Park and made suggestions for the development of the park. Pomegranate Cloud/Xinjiang Daily reporter Qin Meihua photo
"Relying on abundant energy resources, Karamay City can also develop energy Internet to achieve the complementary and coordinated development of traditional energy and new energy through artificial intelligence, big data, and cloud computing. " Yuan Liang, academician of the Chinese Academy of Engineering and president of Anhui University of Technology, suggested when visiting the Karamay Cloud Computing Industrial Park.
In the afternoon, academicians and experts came to Mahu Oilfield and Fengcheng Oilfield for inspection. Mahu Oilfield is a large oilfield with 1 billion tons of reserves discovered in 2017. Fengcheng Oilfield is the only 2-million-ton oil production plant of PetroChina Xinjiang Oilfield Branch that focuses on the development of super-heavy oil. It has built the country's largest shallow integrated super-heavy oil development technology demonstration base and is the largest shallow-layer super-heavy oil development technology demonstration base in the country. Development provides Chinese samples.
html On July 14, academicians and experts from the energy and chemical industry group visited the Mahu Oilfield in the "Academician Xinjiang Trip" event jointly organized by the Chinese Academy of Engineering and the Xinjiang Association for Science and Technology. Pomegranate Cloud/Photo by Xinjiang Daily reporter Qin Meihua
"We must increase exploration efforts, further understand the energy background by strengthening basic research, open up areas for growth of oil and gas resources and reserves in Xinjiang, increase oil and gas reserves and production, and ensure national energy security. "While inspecting Mahu Oilfield and Fengcheng Oilfield, Li Yang, academician of the Chinese Academy of Engineering and professor-level senior engineer of China Petroleum & Chemical Corporation, suggested.
html On July 14, academicians and experts from the energy and chemical industry group of the "Academicians Xinjiang Trip" jointly organized by the Chinese Academy of Engineering and the Xinjiang Association for Science and Technology visited Fengcheng Oilfield for investigation. Pomegranate Cloud/Xinjiang Daily reporter Qin Meihua photo
He said that Xinjiang is the main area for increasing oil and gas reserves and production in my country. It also needs to further increase oil and gas exploration and development efforts and strive to discover more oil and gas reserves. It is recommended that all oilfield development units focus on improving single well productivity and oil and gas recovery, strengthen scientific research and technical research, and improve development efficiency.
html On July 14, academicians and experts from the energy and chemical industry group of the "Academicians Xinjiang Trip" jointly organized by the Chinese Academy of Engineering and the Xinjiang Association for Science and Technology visited Karamay City's No. 1 Well. Pomegranate Cloud/Xinjiang Daily reporter Qin Meihua photo
In this regard, Yuan Liang also made suggestions on the path to achieve complementarity between traditional energy and new energy.
"First, new energy can be used to produce hydrogen, convert hydrogen into ammonia, and develop in coordination with traditional coal power to reduce coal consumption; second, use clean energy and traditional coal power plus CCUS (carbon capture , utilization and storage), organically combine the capture, burial and utilization of carbon dioxide ," Yuan Liang suggested.
Source: Pomegranate Cloud/Xinjiang Daily
