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Daqing Oilfield output hits 21.59 mln tonnes in H1
Source: Xinhua| 2019-08-04 09:44:42|Editor: Yang Yi

HARBIN, Aug. 4 (Xinhua) -- Daqing Oilfield Co. Ltd., a subsidiary of China's largest oil producer PetroChina, has produced around 21.59 million tonnes of oil equivalent in the first half of 2019.

The oilfield's domestic facilities churned out about 15.48 million tonnes of crude oil and around 2.3 billion cubic meters of natural gas during the period.

In recent years, the firm has been seeking to increase its natural gas output with rising difficulties in extracting crude oil at its main production base, Daqing Oilfield.

The firm has seen a sustained growth of its domestic market share while its overseas market share steadily expands. In the first half of this year, the company's overseas market revenue reached about 7.82 billion yuan, up 6.6 percent year on year, the company said.

Daqing Oilfield, the largest oilfield run by PetroChina in northeast China's Heilongjiang Province, was discovered in 1959.
 
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Xinjiang transmits more green energy in H1
Source: Xinhua| 2019-08-08 10:04:40|Editor: huaxia


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Photo taken on Sept. 18, 2018 shows a photovoltaic power plant in Turpan, northwest China's Xinjiang Uygur Autonomous Region. (Xinhua/Zhao Ge)

As a pioneer in using new energy in China, Xinjiang has seen a substantial increase in the amount of green energy transmitted out of the region in the first half of this year.

URUMQI, Aug. 8 (Xinhua) -- Northwest China's Xinjiang Uygur Autonomous Region transmitted a total of 28.56 billion kWh of electricity out of the region in the first half of this year, according to local authorities.

The State Grid Xinjiang Electric Power Co., Ltd. said Tuesday the amount of power transmitted out of the region increased by 16.76 percent compared to the same period last year, among which 41 percent was green energy mainly generated by wind and solar power.

The company said the power has been sent to central and eastern China provinces, including Henan and Anhui.

Last year, the outbound power transmission from Xinjiang reached 50,300 Gwh, with new energy power accounting for 35 percent, according to the company.

With abundant wind and solar resources, Xinjiang is a pioneer in using new energy in China.
 
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Chinese Energy Giants to Buy 20% of Russian Novatek's Arctic LNG 2 Project

XU WEI
DATE : APR 26 2019/SOURCE : YICAI

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Chinese Energy Giants to Buy 20% of Russian Novatek's Arctic LNG 2 Project


(Yicai Global) April 26 -- Novatek, Russia's second-largest natural gas producer, is selling half of its quota reserved for foreign buyers in its new liquefied natural gas project, Arctic LNG 2, to two Chinese state-owned buyers.

China National Offshore Oil as well as China National Oil and Gas Exploration and Development, a unit of China National Petroleum, signed a framework agreement with Novatek, under which each of them will buy a 10 percent stake in Arctic LNG 2, the Beijing-based firms announced separately. Novatek will sell 40 percent of the project's equity and retain the rest. France's Total has chipped in to buy 10 percent.

Arctic LNG 2 project is located in northern Russia's Gydan Peninsula and is the Tarko-Sale-based firm's second project in the polar region. The plant will have three pipelines with an estimated total capacity of 19.8 million tons of LNG a year, equalling 535,000 barrels of petroleum a day. The first production line is expected to be opened in 2023.

China is the second-largest LNG buyer worldwide, tailing Japan. China imported over 53 million tons of LNG last year, hitting a record high, public data show.

https://www.yicaiglobal.com/news/ch...uy-20-of-russian-novatek-arctic-lng-2-project
SEPTEMBER 5, 2019 / 1:43 PM / UPDATED 2 HOURS AGO
Russia ups LNG race with green light on $21 billion Arctic LNG-2 project - Reuters
Vladimir Soldatkin, Jessica Jaganathan

VLADIVOSTOK, Russia/SINGAPORE (Reuters) - The $21 billion Arctic liquefied natural gas (LNG)-2 project led by Russian private gas producer Novatek won a green light on Thursday, the latest in a raft of new projects aimed at meeting a likely doubling of LNG demand over the next 15 years.

Arctic LNG-2 is expected to launch in 2023 and will aim to export 80 percent of its LNG to Asia, Novatek Chief Executive Leonid Mikhelson, Russia’s richest businessman according to Forbes magazine, said after the project’s partners signed a final investment decision (FID) at an economic forum.

At nearly 20 million tonnes per annum (mmpta) of LNG it would be largest single project to reach FID, according to Wood Mackenzie, and take total LNG volumes sanctioned this year to about 63 mtpa, beating the previous record of 45 mmtpa in 2005.

Arctic LNG 2 will be the third LNG project for Novatek, which hopes to match Qatar in production of the super-chilled fuel.

“Novatek is clearly driving home their ambitions to be a global LNG power house,” said Chong Zhi Xin, associate director of gas, power and energy at IHS Markit.

“It adds another 12 million tonnes to their portfolio on an equity basis. They are emerging as one of the largest LNG suppliers in the market.”

The project’s equity partners include French energy producer Total, China’s National Petroleum Corp [CNPET.UL], CNOOC and the Japan Arctic LNG consortium, made up of Mitsui & Co and state-owned JOGMEC, formally known as Japan Oil, Gas and Metals National Corp.

“This is an important project for Russia and follows our strategy to create capacities for LNG production,” Russian Energy Minister Alexander Novak said, adding that investments in the project had been set at $21 billion.

Japanese Industry Minister Hiroshige Seko said the project is one of the largest in the history of Japanese-Russian relations.


“It will unite Japan and Russia even more, as well as Europe and Asia. The Japanese government will provide all necessary assistance for the realization of this project,” he said.

The Arctic LNG 2 project will include construction of three LNG trains with a capacity of 6.6 million tonnes per annum (mtpa) of LNG each and at least 1.6 mtpa of gas condensate, according to Novatek’s website.

Located on the Gydan peninsula in Russia, the project is expected to export its first LNG by 2023 with the second and third train to start up by 2024 and 2026, Total said in a statement.

It will help Russia reach its goal of producing 120 to 130 million tonnes of LNG a year in the coming years and raise its share in the global LNG market to up to 20 percent.

It follows FIDs announced from Canada, the United States and Mozambique over the past year and plans to target Asian demand driven by major economies shifting towards greener fuel to combat pollution.

The project will benefit from extremely low cost gas, helping it compete against LNG from the United States and Canada, said Wood Mackenzie analyst Nicholas Browne.

LNG from the project will also be delivered to international markets by a fleet of ice-class LNG carriers that will be able to use the shorter Northern Sea Route and the trans-shipment terminal in Kamchatka for cargoes destined for Asia and the trans-shipment terminal close to Murmansk for cargoes destined for Europe, Total said.

“Arctic LNG 2 adds to our growing portfolio of competitive LNG developments based on giant low cost resources primarily intended for the fast growing Asian markets,” Total’s chief executive Patrick Pouyanné said in the statement.

The increase in supply from Russia and more intense competition may push down LNG prices and help move Asia towards a more gas-based economy, said IHS Markit’s Chong.

Reporting by Vladimir Soldatkin and Jessica Jaganathan, additional reporting by Gabrielle Tétrault-Farber, Olesya Astakhova and Bate Felix; editing by Richard Pullin
 
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World's highest-altitude grid project starts construction in Tibet
Source: Xinhua| 2019-09-18 10:19:52|Editor: huaxia

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Aerial photo taken on July 27, 2019 shows Lake Manasarovar, a holy lake, in Ali Prefecture, southwest China's Tibet Autonomous Region. (Xinhua/Jigme Dorje)

With a total length of 1,689 km, the project, which goes from Xigaze to Ali, stretches across permafrost, no man's land and swamps.

LHASA, Sept. 18 (Xinhua) -- The world's highest power transmission and transformation project started construction Tuesday in southwest China's Tibet Autonomous Region.

With a total length of 1,689 km, the project, which goes from Xigaze city to Ali Prefecture, stretches across permafrost, no man's land and swamps.

The project requires a total investment of 7.4 billion yuan (about 1.05 billion U.S. dollars) and is planned to be completed in 2021, benefiting nearly 380,000 people along the line.

With towers at an average elevation of over 4,000 meters, the project is said to be an extremely difficult "power heaven road" due to the harsh construction environment, dangerous road conditions, poor logistics support and strict environmental protection requirements.

The project connecting 10 Tibetan counties will end the days when the power grid of Ali Prefecture is isolated from the rest of Tibet, thus improving the reliability of power supply in the prefecture, industrial sources said.

It will also help Tibet's poverty reduction and paves the way for the supply of Tibet's clean energy to South Asia, the sources said.

Since 2007, the State Grid Corporation of China has injected 14.5 billion yuan into Tibet's power grid construction, effectively improving the local power supply.
 
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NPC deputy, a chemist, publishes breakthrough for oil industry

2016-03-07 09:32

China Daily Editor: Qian Ruisha

Bao Xinhe, a physical chemist from the Dalian Institute of Chemical Physics affiliated with the Chinese Academy of Sciences and a National People's Congress deputy, reported a revolutionary chemical processing method that could make the country's basic chemical materials more affordable and eco-friendly.[Special coverage]

The research, which reported a new reaction process to convert coals into olefins, was published over the weekend by Science magazine and stirred attention among the international scientific community.

"Olefins are known as the mother of petrochemicals, and are important intermediates in the production of plastic and medicines. The production capacity of olefins, to some extent, represents the development level of a country's chemical industry," said Wang Zizong, assistant chief engineer at Sinopec Group, one of the nation's top producers of crude oil.

Olefins can be produced from petroleum, coal, natural gas or biomass via synthesis gas (a mixture of carbon monoxide and hydrogen).

"Due to China's limited petroleum, last year we only produced 42 million tons of olefins, 60 percent of the domestic demand," Wang said. "That is why we need new technologies to produce olefins from other feedstocks."

As early as 1923, Franz Fischer and Hans Tropsch of the Max Planck Institute for Coal Research in Germany had developed a technology for converting coal into liquid hydrocarbons using metal catalysts - so-called Fischer-Tropsch synthesis - which was extensively used in industrial applications and has been constantly improved over the past century by scientists worldwide. However, conversion of synthesis gas directly to light olefins via Fischer-Tropsch synthesis technology remains limited.

The new process reported by Bao's team used a bifunctional catalyst containing partially reduced metal oxides and zeolite, which selectively converted synthesis gas to light olefins.

A review by Krijn P. de Jong from Utrecht University in the Netherlands said the research "should be of interest to both academia and industry". The review also appeared in Science on Friday. "The new process could become a serious competitor for industrial processes such as FTO (Fischer-Tropsch to olefins) and MTO (methanol to olefins)," de Jong wrote.

Currently Bao and his team are trying to extend the fundamental study to explore possible industrial applications.

"Back in June 2014, President Xi Jinping said the country needed a revolution in energy technology, together with related industries as a new driving force. From my point of view, the technological revolution should be combined with China's actual conditions," Bao said.

"While the U.S. focuses on unconventional gas resources, the EU emphasizes renewable energy. We should fully understand the major energy challenge we are facing," he said, adding that development should focus on "technologies for the coal-based chemical industry"

NPC deputy, a chemist, publishes breakthrough for oil industry
科学网
9月20日 09:29 来自 微博 weibo.com
【 三年,这项成果走出《科学》、走进工厂
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】 2016年,包信和与中科院大连化物所研究员潘秀莲领导的团队,取得了OX-ZEO原创性基础研究成果。把煤制烯烃的步骤从3步变成了1步。今年9月15日,煤经合成气直接制低碳烯烃技术的工业试验取得成功,成为世界上首套基于该项创新成果的工业中试装置。
Translation:
ScienceNet.cn

September 20th 09:29 from Weibo

[Three years ago, this research published in Science magazine, now went into the factory [China praise]]

In 2016, Bao Xinhe and the team led by Pan Xiulian, a researcher at the Dalian Institute of Chemical Physics of the Chinese Academy of Sciences, obtained the ground breaking basic research results of OX-ZEO. The step of making coal to olefins was changed from 3 steps to 1 step. On September 15 this year, the industrial test of coal-syngas direct conversion to light olefins was successful and became the world's first industrial pilot plant based on this innovation.

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Oil giant acclaims breakthroughs for South China Sea
By Sun Haoran Source:Global Times Published: 2019/9/22 22:03:40

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The Xingwang deep-sea semi-submersible drilling platform at the Liwan 3-2 gas field in the South China Sea. Photo: Xinhua

A state energy giant's announcement it had overcome temperature and pressure obstacles shows that China has overcome technological obstacles to develop and explore deep water oil and gas in the South China Sea, a Chinese expert said on Sunday.

Nanhai West Oil Production, affiliated with the China National Offshore Oil Corporation (CNOOC), has established a theory of natural gas accumulation in the high temperature and pressure areas of the Ying-qiong Basin, a newly discovered gas region in waters near the island of Hainan Province, media reported on Sunday.

Besides theoretical innovations, the drilling and completion team of the company have carried out supporting technical researches, such as accurate prediction based on multi-source and multi-mechanism pressure, and won the First Class Award of the 2017 State Science and Technology Prizes of China.

Lin Boqiang, director of the China center for energy economics research at Xiamen University, hailed the breakthroughs as an important contribution to China's energy security and economic and social development.

"China has the world's most advanced land oil and gas exploration technology, but the land resources have become saturated," Lin told the Global Times on Sunday.

Developing marine mining technology in the South China Sea is one of the feasible solutions to solve the energy crisis and ensure energy security in the future, said Lin.

The company has found six gas fields such as Dongfang 13-1 and 13-2 in Hainan waters since 2010 and built China's first offshore high temperature and pressure gas field in 2015, indicating that China has formed a comprehensive technology system in high temperature and pressure gas field exploration and development.

The company has also established a high-quality reservoir development model and natural gas accumulation model in deep waters, forming a set of technologies in surface drilling and wellbore strengthening.

The company built Yacheng and Dongfang two natural gas production bases, together with the already explored offshore gas fields and the Yacheng-Hong Kong pipeline, establishing a network connecting the offshore gas fields of the Guangdong-Hong Kong-Macao Greater Bay Area and the Hainan Pilot Free Trade Zone.

The future task is how to reduce the cost of the technology to achieve a wide range of applications to ensure China's energy supply and security, he said.
 
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SEPTEMBER 24, 2019 / 6:42 PM / 2 DAYS AGO
China CNOOC to start pumping at large deepsea gas field at end-2021: official - Reuters
Muyu Xu, Chen Aizhu

SANYA, China/SINGAPORE (Reuters) - China’s national offshore producer CNOOC Ltd expects its major deepwater gas field Lingshui 17-2 in the South China Sea to start its first gas production at the end of 2021, a company executive said on Tuesday.

Chinese state-run energy producers are raising spending on domestic oil and gas drilling to multi-year highs this year, with a focus on cleaner-burning natural gas in a response to Beijing’s call to boost energy supply security.

The Lingshui field, with an average water depth of 1,450 meters (4,757 ft) at a distance of about 150 km (93 miles) southeast from Sanya city of Hainan province, is the first deepsea gas project operated by CNOOC and a key new field to contribute to the firm’s gas output.

Annual production of Lingshui 17-2 is estimated at 3.2 billion cubic meters (bcm), with maximum production likely to reach 3.39 bcm, the executive told reporters and analysts in Sanya, or roughly two percent of China’ total gas output.

The executive did not give a timeline on when peak output is expected to be reached.

The start-up timeline is about a year behind an earlier indication by CNOOC, but analysts said development of such a sizeable deepwater gas project can easily take four years from 2018 when Lingshui was first approved.

“We forecast first production in early 2022, because a four-year timeframe is far more realistic for a new deepwater project in an area with little existing infrastructure,” said Angus Rodger, research director for Asia-Pacific upstream business with Wood Mackenzie.

“As CNOOC’s first fully-operated deepwater project Lingshui is a key test of its capabilities and the progress of its in-house R&D in development technologies,” Rodger said.

CNOOC is building a semi-submersible production platform for the project, said the official, who declined to be named as he is not the company’s spokesman.

CNOOC is already a deepwater player in offshore Nigeria, the Gulf of Mexico and Brazil, but mostly in tie-ups with seasoned global players such as Total and Exxon Mobil.

When on stream, Lingshui 17-2, first discovered in the Qiongdongnan basin in September 2014, will be the second deepsea gas producer offshore China after Liwan, also in South China Sea and which is operated by Canada’s Husky Energy.

CNOOC Zhanjiang is the state oil firm’s unit responsible for developing the offshore waters in the western part of the South China Sea including key projects such as Lingshui and Liwan.

The unit makes up about 18 percent of CNOOC’s total oil and gas output in offshore China.

While the Zhanjiang unit aims to maintain its crude oil production at 4.5 to 5 million tonnes by 2025, its natural gas output is expected to rise to 10 bcm by 2025, said the CNOOC official, without giving current output levels for comparison.

New gas production will also come from expanding development at existing fields such as Dongfang, Yuedong and Yacheng, the official said.

An annual average of 16 billion yuan ($2.25 billion) will be allocated for capital spending during the period.

Reporting by Muyu Xu in Sanya; Writing by Chen Aizhu in Singapore; Editing by Clarence Fernandez, Aditya Soni and David Evans
 
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From Xinjiang: Key power transmission project sends clean energy across China
Sep 27, 2019
CGTN

China's key ultra-high voltage (UHV) transmission project was put into use Thursday, sending clean power all the way from northwest China's Xinjiang Uygur Autonomous Region to central and east regions. The Suzhou-Nantong pipe rack project, a key part of it, puts 1,000-kilowatt UHV lines into six airtight pipelines which cross China's longest river, the Yangtze River via a 5,468-meter underwater channel.
 
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In pics: new bridge over Dongting Lake on Haoji Railway line in C China's Hunan
Source: Xinhua| 2019-09-20 11:23:56|Editor: Li Xia

Aerial photo taken on Sept. 19, 2019 shows a new bridge over Dongting Lake on the Haoji Railway (originally named Menghua railway) line in central China's Hunan Province. With an annual delivery capacity of 200 million tonnes, the 1,837-km railway linking north China's Inner Mongolia Autonomous Region and east China's Jiangxi Province is soon to be the longest heavy-loaded railway in China when completed in October. (Xinhua/Chen Sihan)

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China's coal transportation artery opens to traffic
Source: Xinhua| 2019-09-28 16:03:36|Editor: Li Xia

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Aerial photo taken on Sept. 17, 2019 shows the Haoji Railway, which passes through the Mu Us Desert. The Haoji Railway, a heavy-duty railway for coal transportation spreading over 1,800 km, opened to traffic Saturday in China, according to China Railway Xi'an Group Co., Ltd. As one of the world's longest heavy-load railways, the Haoji Railway starts from Haolebaoji in city of Ordos in northern China's Inner Mongolia Autonomous Region and end in Ji'an City, in eastern China's Jiangxi Province, spanning seven provinces including Shaanxi, Henan, and Hubei. (Photo by Tang Zhenjiang/Xinhua)

XI'AN, Sept. 28 (Xinhua) -- A heavy-duty railway for coal transportation spreading over 1,800 km opened to traffic Saturday in China, according to China Railway Xi'an Group Co., Ltd.

As one of the world's longest heavy-load railways, the Haoji Railway starts from Haolebaoji in city of Ordos in northern China's Inner Mongolia Autonomous Region and end in Ji'an City, in eastern China's Jiangxi Province, spanning seven provinces including Shaanxi, Henan, and Hubei.

In its initial stage, the railway will have 77 stations and allow trains to travel at 120 km per hour. It is expected to transport 200 million tonnes of coal from north China to central regions.

The railway can promote resources development in western China, guarantee the energy supply in central China and help curb pollution by reducing coal transportation via highway, according to the group.

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SEPTEMBER 29, 2019 / 6:05 PM / UPDATED 5 HOURS AGO
UPDATE 1-Petrochina reports big shale gas additions in Sichuan basin - Reuters

* Petrochina reports 740.97bln cubic metres of shale gas reserve

* Reports 358mln tonnes of reserve at Qingcheng oil field

* Says made breakthrough in unconventional oil, gas exploration (Adds details)

SINGAPORE, Sept 29 (Reuters) - Petrochina said on Sunday that certified, newly added proven shale gas geological reserves at Changning-Weiyuan and Taiyang blocks in the Sichuan basin totaled 740.97 billion cubic metres.

China’s state-run energy producers are raising spending on domestic oil and gas drilling to a multi-year high this year, answering Beijing’s call to boost energy supply security as import reliance soars amid an escalating trade war with the United States.

Petrochina released the latest estimates in a statement posted on the Shanghai stock exchange.

The company also said it had newly proven geological reserve at Qingcheng oil field in Ordos basin certified at 358 million tonnes.

PetroChina said the firm has made a breakthrough in unconventional oil and gas exploration. The newly proven reserves at both Qingcheng oilfield and the Sichuan shale gas blocks have been certified by the Ministry of Natural Resources.

Qingcheng has a total estimated geological reserve at 693 million tonnes, while the Sichuan shale gas blocks have a total proven geological reserve at 1.06 trillion cubic meters, the firm said.

Reporting by Aizhu Chen in Singpore Writing by Engen Tham in Shanghai; Editing by Kim Coghill
 
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Large gas field discovered in Xinjiang
Source: Xinhua| 2019-10-03 23:33:44|Editor: Mu Xuequan

URUMQI, Oct. 3 (Xinhua) -- The Tarim oilfield branch of PetroChina, China's largest oil and gas producer, said Thursday that they discovered a huge gas field with an estimated reserve of 115.3 billion cubic meters in Xinjiang's Tarim Basin.

Tian Jun, the company's vice general manager, said they completed a successful test of a well in the gas field, with a daily output of 418,200 cubic meters of natural gas and 115.15 cubic meters of gas condensate.

The gas field has been estimated to contain 115.3 billion cubic meters of natural gas and 21.66 million tonnes of gas condensate, Tian said, adding that the field is expected to start production in November.

The Tarim oilfield provides natural gas to a total of 15 provincial-level regions in northern and eastern China via the country's West-to-East gas pipelines.
 
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