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Long-distance power line from Xinjiang to E China under construction
New China TV
Published on Apr 2, 2018

An ultra-high-voltage power line, which will transmit electricity from Xinjiang to the east of China, is under construction.
 
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China’s Bold Energy Vision
Apr 2, 2018 JEFFREY D. SACHS

China’s proposed Global Energy Interconnection – based on renewables, ultra-high-voltage transmission, and an AI-powered smart grid – represents the boldest global initiative by any government to achieve the goals of the Paris climate agreement. It is a strategy fit for the scale of the most important challenge the world faces today.

BEIJING – The boldest plan to achieve the targets set by the 2015 Paris climate agreement comes from China. The Paris accord commits the world’s governments to keeping global warming to well below 2º Celsius (3.6º Fahrenheit) relative to the pre-industrial level. This can be accomplished mainly by shifting the world’s primary energy sources from carbon-based fossil fuels (coal, oil, and natural gas) to zero-carbon, renewable (wind, solar, hydro, geothermal, ocean, biomass), and nuclear energy by the year 2050. China’s Global Energy Interconnection (GEI) offers a breathtaking vision of how to achieve this energy transformation.

Few governments appreciate the scale of this transformation. Climate scientists speak of the “carbon budget” – the total amount of carbon dioxide that humanity can emit in the coming years while still keeping global warming to under 2º. Current estimates put the mid-point estimate of the world’s carbon budget at around 600 billion tons. Humanity currently emits around 40 billion tons of CO2per year, implying that the world has only until mid-century or even sooner to phase out fossil fuels and move entirely to zero-emission sources of primary energy.

Here’s what needs to be done. Today’s electricity is largely generated by burning coal and natural gas; these thermal power plants need to be phased out and replaced by electricity generated by solar, wind, hydro, nuclear, and other non-carbon sources. Today’s buildings are heated mostly by boilers, radiators, and furnaces fueled by heating oil and natural gas; these need to be replaced by buildings heated by electricity. Today’s vehicles run on petroleum products; these need to be replaced by electric vehicles.

Today’s ships, heavy trucks, and airplanes run on petroleum products as well; in the future, they will need to run on synthetic fuels produced with recycled CO2and renewable energy, or with hydrogen produced by renewable energy. And the fossil fuels that power today’s industrial processes, such as steel production, will have to be replaced by electricity.

The short answer, therefore, is the massive use of zero-carbon energy, especially renewable energy such as wind and solar power, in the form of electricity. The world has enough zero-carbon energy sources to power the entire global economy – indeed to power a global economy much larger than today’s.

A key step is to bring zero-carbon energy to the population centers that need it. This is where China’s grand vision comes in. In recent years, China has faced the energy-transformation challenge domestically. China’s best supplies of renewable energy (especially wind and solar power) are in Western China, while most of China’s population and energy demand are concentrated on the Pacific (eastern) seaboard. China has been solving this problem by building a massive distribution grid based on ultra-high-voltage (UHV) transmission, which minimizes heat loss along the way. Long-distance UHV transmission is efficient and economical, and China has made major strides in developing this technology.View attachment 464577

Now China proposes to help connect the entire world with a UHV global grid. In most of the world, as in China, the highest concentrations of renewable energy (such as the sunniest and windiest places) are far from where people live. Solar power must be carried from deserts to population centers. The potential for wind power is often highest in remote places as well, including offshore. Tremendous hydroelectric potential can be found on distant rivers flowing through unpopulated mountain regions.

The logic behind China’s proposal of a globally connected grid is that renewable energy is intermittent. The sun shines only during the day, and even then, cloud cover disrupts the solar energy reaching photovoltaic panels. Likewise, wind fluctuates in strength. By linking these intermittent sources together, the energy fluctuations can be smoothed. When clouds diminish solar energy in one region, solar or wind power can be used from elsewhere.

Thinking big, China has created an impressive organization – the Global Energy Interconnection Development and Cooperation Organization (GEIDCO) – to bring together national governments, grid operators, academic institutions, development banks, and United Nations agencies to launch the global renewable energy grid. At its global meeting in March, GEIDCO gathered delegates from countries as far-flung as Argentina and Egypt to work together to realize the vision of globally interconnected clean energy.

China is taking several further steps. GEIDCO is mobilizing research and development on several key technology challenges, such as large-scale energy storage, superconductivity in power transmission, and artificial intelligence to manage large interconnected power systems. GEIDCO is also proposing new international technical standards so that countries’ power grids can fit together in a seamless global system. And China is investing heavily in R&D on low-cost renewable energy generation, such as advanced photovoltaics, and end-uses, such as high-performance electric vehicles.

The United States and the European Union should be engaging in the same kind of energy problem-solving, and both should be cooperating with China and others to accelerate the transformation to zero-carbon energy. Regrettably, under President Donald Trump, the US government and its regulatory agencies are entirely in the hands of the fossil-fuel lobby, while the EU bickers with its coal-producing member states about how and when to phase out coal.

China’s proposed global energy interconnection – based on renewables, UHV transmission, and an AI-enabled smart grid – thus represents the boldest and most inspiring global initiative by any government to achieve the goals of the Paris climate agreement. It is a strategy fit for the unprecedented scale of the energy transformation facing our generation.


JEFFREY D. SACHS
Writing for PS since 1995
280 Commentaries

Jeffrey D. Sachs, Professor of Sustainable Development and Professor of Health Policy and Management at Columbia University, is Director of Columbia’s Center for Sustainable Development and of the UN Sustainable Development Solutions Network. His books include The End of Poverty, Common Wealth, The Age of Sustainable Development, and, most recently, Building the New American Economy.


China’s Bold Energy Vision by Jeffrey D. Sachs - Project Syndicate
 
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Thinking big, China has created an impressive organization – the Global Energy Interconnection Development and Cooperation Organization (GEIDCO) – to bring together national governments, grid operators, academic institutions, development banks, and United Nations agencies to launch the global renewable energy grid.

GEIDCO is especially cooperating with Korea, Japan (Softbank), Russia and Mongolia to first create a regional grid.

I believe there is communication with the ASEAN, too, which has its own regional grid plan.

This is a potential trillion dollar industry. China, if acts quick and invests enough human and financial capital, can grab a large slice from the cake.

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China's Q1 power generation up 10%

Xinhua | Updated: 2018-04-08 11:04
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Technicians check wind power facilities in Tianchang, Anhui province.[Photo by Song Weixing/for China Daily]
BEIJING - China's power generation rose 10 percent year on year in the first quarter of 2018 to 1.57 trillion kilowatt-hours, the top economic planner said Sunday.

The growth was higher than a 5.9-percent increase for the full year of 2017, according to data from the National Development and Reform Commission (NDRC).

Electricity from thermal power plants, which account for more than 70 percent of total power generation, rose 8.7 percent year on year, while that from hydropower plants rose 2.7 percent.

Wind, solar, and nuclear power production surged by 37.9 percent, 58.7 percent, and 12.7 percent, respectively, the NDRC said.
 
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40-mln-tonne oil field discovered in north China
Source: Xinhua| 2018-04-18 19:28:59|Editor: ZX


HOHHOT, April 18 (Xinhua) -- An oil field with estimated reserves of about 40 million tonnes has been discovered in north China's Inner Mongolia Autonomous Region, an oil company said Wednesday.

Located at Temurtei Town in Ulanqab City, the oil field has produced around 50,000 tonnes of crude oil in trial operation, said Shi Yuanpeng, an official with PetroChina Huabei Oilfield Company.

The annual output of the oil field is expected to reach up to 150,000 tonnes in three to five years, Shi said.
 
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Long-distance power line from Xinjiang to E China under construction
New China TV
Published on Apr 2, 2018

An ultra-high-voltage power line, which will transmit electricity from Xinjiang to the east of China, is under construction.
Gansu section of world’s first 1,100 KV direct current line connected
CGTN
Published on May 7, 2018

The Gansu section of the world's first 1,100 KV ultra-high-voltage direct current transmission link was fully connected last Friday in Shandan County, northwest China's Gansu Province. It stretches for 1,279.6 kilometers and is connected by 2,289 transmission towers. The project sets a new world record in terms of voltage level, transmission capacity, and distance. It is expected to be put into operation by the end of 2018.
 
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China's power generation up 6.9% in April

Xinhua | Updated: 2018-05-28

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Smoke is discharged from chimneys at the Datang Taiyuan No 2 Thermal Power Plant in Taiyuan city, North China's Shanxi province, Oct 28, 2017. [Photo/IC]
BEIJING - China's major power plants generated 510.7 billion kilowatt-hours of power in April, up 6.9 percent year-on-year, data showed.

Thermal power production reached 378.4 billion kilowatt-hours with a year-on-year increase of 7.3 percent in April, while hydropower and nuclear power plants created 70.1 billion kilowatt-hours and 21.5 billion kilowatt-hours, respectively, according to the National Bureau of Statistics.

Electricity generated by wind and solar farms in April saw strong year-on-year growth of 22.6 percent and 26.4 percent, generating 32.84 billion kilowatt-hours and 7.7 billion kilowatt-hours, respectively, as China has been promoting renewable energy such as wind and solar power in recent years to cope with pollution and boost growth quality.

Power generation rose 7.7 percent year-on-year in the first four months of 2018 to reach 2.08 trillion kilowatt-hours.

China's total electricity consumption was 2.1 trillion kilowatt-hours in the Jan-April period, up 9.3 percent from a year earlier, indicating the economy continued to stabilize and improve, according to the National Development and Reform Commission.

http://www.chinadaily.com.cn/a/201805/28/WS5b0b92b7a31001b82571cb03.html
 
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Oil, gas exploration and development make significant progress in NW China
CGTN
Published on Jun 2, 2018

Mahu is an expanding oildom which was discovered in 2017 in northwest China. An official report says that 1.24 billion tons of crude oil has been discovered, of which more than 500 million tons are proven reserves. This oildom will definitely play an important role in stabilizing crude oil production in China.
 
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Plan to merge pipeline assets of three energy giants on track
By Yu Xiaoming | chinadaily.com.cn | Updated: 2018-06-12 13:34
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Technology staff of China Petroleum & Chemical Corporation inspect production facilities in Puyang, Central China's Henan province. [Photo by Tong Jiang / for China Daily]

China is pushing ahead with a plan to combine oil and gas pipeline assets of three State-owned energy giants into a new company, Bloomberg reported.

The specific reform plan is expected to be unveiled before this winter, people with knowledge of the matter said.

China National Petroleum Corp (CNPC), China Petrochemical Corp (Sinopec) and China National Offshore Oil Corp (CNOOC) will spin off their pipeline assets and transfer employees to this new company, and determine the equity ratio based on the valuation of their pipeline assets.

The new company, which would be provisionally named China Pipelines Corp, will be valued at as much as 500 billion yuan ($78 billion), Bloomberg said.

Under the plan, State-controlled and private funds will inject capital to lower the combine stake held by the three oil majors to about 50 percent.

The new company may seek an initial public offering, the report added.

China's gas pipeline network spans 70,000 kilometers, according to estimates from Bernstein. The tally from the three energy giants is about 66,000 kilometers, based on company disclosures in 2016.

SOE reform, aimed at improving efficiency and competitiveness through innovation, remains a priority for local governments this year.

In this year's Government Work Report, Premier Li Keqiang said the government will advance the reform of State capital and SOEs this year by formulating lists of investor rights and obligations related to oversight and regulation, and also deepen reform of State capital investment and management companies.
 
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China Focus: China proceeds development of coal-to-oil conversion
Source: Xinhua| 2018-06-14 17:06:13|Editor: Li Xia


HOHHOT, June 14 (Xinhua) -- China is developing new energy sources by converting coal into diesel.

The world's first coal to diesel conversion production line, in China's Inner Mongolia Autonomous Region, produced 860,000 tonnes of diesel last year.

Coals entering the production line can be converted into diesel in just 24 hours. The core technology was developed by Shenhua Group, China's largest coal enterprise. The production line has achieved a steady output since its establishment in 2008.

"The diesel we produce has much lower quantities of sulphur content, and will not freeze even at minus 60 degrees Celsius. It has better qualities than ordinary diesel," said Hu Qingbin, deputy general engineer of the Inner Mongolia-based coal-to-oil subsidiary of Shenhua.

According to Hu, 3.5 tonnes of coal can generate one tonne of diesel, and when the price of diesel is at about 50 U.S. dollars per barrel the company could achieve a profit and loss balance.

China is rich in coal deposits while short in petroleum and gas. In 2017, China imported more than 400 million tonnes of petroleum and 94.6 billion cubic meters of gas, and the volume is expected to rise in the future.

However, the heavy use of coal will cause environmental problems.

"China's energy resource structure has determined the importance of the clean use of coal," said Wang Limin, deputy director of the economic and information commission of Ordos City.

The Inner Mongolia Yitai Group Co., Ltd. was one of the earliest coal enterprises in China to experiment with coal-to-oil conversion. The company has developed an indirect coal liquefaction technology and built a pilot project with an annual output of 160,000 tonnes during the past 10 years.

Shenhua enhanced the technology based on Yitai's success and has built several indirect coal-to-oil production projects with capacity of millions of tonnes.

Yet as technology improves, China remains cautious about the development of coal liquefaction.

"Now we are still at the trial period, which means that each project will go through a very strict approval process," said Zhang Donghai, chairman of the board of Yitai Group.

Every coal-to-oil project has a supporting sewage treatment plant built to minimize the industry's damage to the environment.

"Meanwhile, water consumption during coal-to-oil conversion has more than halved to 6 tonnes per tonne of oil," said an engineer with Yitai Group.

"Innovation has accelerated the development of China's clean use of coal," said Hu Qingbin of Shenhua. "And this will hopefully promote the clean use of coal in the world and benefit mankind in the long run."
 
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JUNE 21, 2018 / 3:09 PM / UPDATED 4 HOURS AGO
Stepping on the gas: China's home-built fracking boom
Chen Aizhu

CHONGQING, China (Reuters) - On a flattened mountaintop a two-and-half-hour drive south of Chongqing in southwest China, a fleet of towering, red fracking trucks pumps chemicals and sand into a 1,500-metre horizontal well deep under the ground.

The equipment was designed and built by China’s state-owned energy major Sinopec, the result of a decades-long government drive to develop low-cost domestic technology to tap the country’s vast shale gas resources buried in the region’s mountainous terrain.

It is the latest key technology that China has learned to master.

Except for a handful of higher-end tools, Sinopec and a crop of independent companies make everything from trucks and pumps to drilling fluid and proppants - treated sand or man-made ceramics used to “prop” open a fracture to allow gas to escape.

“We’re doing 95 percent or more of the service jobs ourselves. The amount of work handled by foreign firms is minimal,” said Shi Yuanhui, a senior Sinopec service engineer.

The government-backed push, motivated in part by cost cutting amid the oil price slump of 2014, has seen international firms like oil services group Schlumberger (SLB.N), Halliburton (HAL.N) or Baker Hughes (GE.N) scale back operations in China.

Meanwhile, Chinese firms are starting to export equipment including pressure pumps, even to the home of the shale boom in the United States.

Over the past 8 years, the cost of building a well has nearly halved to an average of under 50 million yuan per well ($7.8 million), and drilling speed has improved by two-thirds to 45-60 days, according to interviews with state oil officials, equipment makers and service providers.

“China has over the years developed its unique practice that employs home-manufactured compact drilling equipment to suit the terrains, and improved greatly on drilling efficiency,” said Lynn Lin of energy consultancy Wood Mackenzie.

Schlumberger and Baker Hughes declined to comment on their China shale business. Halliburton did not respond to a request for comment.

OUTPUT RISING
State energy giants Sinopec (0386.HK) and PetroChina (0857.HK) pumped 9 billion cubic meters (bcm) of shale gas in 2017, up from scratch a decade ago and equivalent to about 6 percent of the country’s total natural gas production.

Still, the hilltop scene illustrates some of the problems facing the world’s biggest energy consumer in exploiting its unconventional gas.

Unlike the flatter U.S. regions containing shale, Chinese firms operate in tricky environments, including mountainous, arid, remote and also highly populated regions, leading to higher costs.

China’s shale is also buried deeper and is more fractured, making it difficult and expensive to extract.

China is expected to nearly double output to 17 bcm by 2020, according to Wood Mackenzie.

While below Beijing’s 2020 target of 30 bcm, set out four years ago, and just a fraction of 474 bcm produced in the United States last year, domestic gas is a major focus as the country looks to ease its reliance on dirtier coal.

China’s leading manufacturer of fracking equipment is Jianghan No.4 Machinery Plant, which accounts for more than half of the country’s production of fracking trucks and pumps.

The firm, under the supervision of what was then the Ministry of Petroleum, bought several dozen U.S. fracking trucks in 1988 on condition the manufacturer allowed access to its technology, said a Jianghan marketing executive who declined to be named as he was not authorized to speak to media.

The know-how was initially applied to conventional wells before Jianghan No.4, now part of Sinopec, China’s top shale gas firm, built the country’s first shale fracker in 2012.

Baoji Machinery, a unit of state-run CNPC, and independent equipment builders Honghua Group (0196.HK) and Jereh Group (002353.SZ) have also expanded into shale, and are competing in new, more efficient electric-powered frackers.

Jereh and Honghua are also leading an export push, said company officials, competing with the likes of Halliburton.

Jereh exports trucks, pressure pumps and pipes, with total overseas sales making up half of its 3.2 billion yuan ($495 million) in revenue in 2017, a company spokeswoman said, declining to give a breakdown by country.

Lucrative export contracts will be needed as China’s shale industry still struggles to make cash at home.

Sinopec has acknowledged it would be difficult to break even without government subsidies, currently at roughly 20 percent of well-head prices.

Helping increase efficiency, Chinese firms can now drill multiple wells at a single pad, known as “well factory” drilling.

They can also carry out extended horizontal fracturing up to 3,000 meters, Sinopec engineers said.

BARRIERS
The expertise will be needed if China is to make the most of its shale gas, estimated by the U.S. Energy Information Administration as the world’s largest.

Western majors like Exxon Mobil (XOM.N), Royal Dutch Shell (RDSa.L), Total (TOTF.PA), ConocoPhillips (COP.N) and Chevron (CVX.N) largely abandoned China’s shale scene after disappointing initial results.

Geologists at Sinopec said they have struggled to replicate a find like Fuling, the largest commercial field, a gas field similar, but smaller, to the hugely successful U.S. Marcellus formation.

There are also complaints that Sinopec’s and PetroChina’s domination is a barrier to future development, as these state behemoths hinder competition.

Only in late 2017, as shale drilling quickened on the back of rising oil prices LCOc1, did the two majors start awarding service contracts to independent firms like SPT Energy (1251.HK), Anton Oilfield (3337.HK) and Honghua Group (0196.HK).

(Additional reporting by Liz Hampton in Houston; Editing by Henning Gloystein and Richard Pullin)



Stepping on the gas: China's home-built fracking boom | Reuters
 
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China’s offshore wind power ranks 3rd in the world


(People's Daily Online) 14:03, June 23, 2018


China’s offshore wind power has been developing so fast over recent years that its installed capacity has grown to be the world’s third largest, the Economic Daily reported on June 21.

Statistics indicate that by the end of 2017, China’s installed offshore wind power capacity had reached 2.79 million kilowatts.

China has a broad space and great potential for developing offshore wind power, said Zhou Maoping, president of China Association of Oceanic Engineering.

Zhou explained that different from onshore wind power, offshore wind power embraces a broad prospect for consumption as it is close to China’s power load center.

China has natural advantages in developing offshore wind power, as the country boasts 18,000 kilometers of coastline, an exploitable sea area of over 3 million square kilometers and rich wind energy resources.

No matter the technological or policy levels, China possesses conditions for scale development of offshore wind power after years of stable development. For example, Chinese enterprises including Goldwind Science & Technology Co. Ltd, Shanghai Electric Group and Dongfang Electric Corporation are now able to produce high-capacity machine units of 5 megawatts that can adapt to the complicated marine environment of China’s coastal areas.

Despite rapid development, there is still a gap between China’s offshore wind power industry and international advanced ones in areas such as oceanographic engineering, product reliability and maintenance.

Construction cost will also be a factor that decides the future offshore wind power market in China.

Zhai Endi, chief engineer at Goldwind, suggests machine units with higher capacity should be used in China, as the cost in construction, operation and maintenance will be much lower than those with lower capacity.

According to the 13th National Five Year Plan for Wind Power Development, the Chinese government plans to increase its total installed capacity for wind power to 5 million kilowatts by 2020.

http://en.people.cn/n3/2018/0623/c90000-9474186.html

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Why still not No 1? o_O


China’s offshore wind power ranks 3rd in the world


(People's Daily Online) 14:03, June 23, 2018


China’s offshore wind power has been developing so fast over recent years that its installed capacity has grown to be the world’s third largest, the Economic Daily reported on June 21.

Statistics indicate that by the end of 2017, China’s installed offshore wind power capacity had reached 2.79 million kilowatts.

China has a broad space and great potential for developing offshore wind power, said Zhou Maoping, president of China Association of Oceanic Engineering.

Zhou explained that different from onshore wind power, offshore wind power embraces a broad prospect for consumption as it is close to China’s power load center.

China has natural advantages in developing offshore wind power, as the country boasts 18,000 kilometers of coastline, an exploitable sea area of over 3 million square kilometers and rich wind energy resources.

No matter the technological or policy levels, China possesses conditions for scale development of offshore wind power after years of stable development. For example, Chinese enterprises including Goldwind Science & Technology Co. Ltd, Shanghai Electric Group and Dongfang Electric Corporation are now able to produce high-capacity machine units of 5 megawatts that can adapt to the complicated marine environment of China’s coastal areas.

Despite rapid development, there is still a gap between China’s offshore wind power industry and international advanced ones in areas such as oceanographic engineering, product reliability and maintenance.

Construction cost will also be a factor that decides the future offshore wind power market in China.

Zhai Endi, chief engineer at Goldwind, suggests machine units with higher capacity should be used in China, as the cost in construction, operation and maintenance will be much lower than those with lower capacity.

According to the 13th National Five Year Plan for Wind Power Development, the Chinese government plans to increase its total installed capacity for wind power to 5 million kilowatts by 2020.

http://en.people.cn/n3/2018/0623/c90000-9474186.html

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Why still not No 1? o_O
 
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JUNE 27, 2018 / 4:47 PM
Breakingviews - China’s homegrown shale is worth the bother
Clara Ferreira-Marques

SINGAPORE (Reuters Breakingviews) - China’s shale gas push is a fully justified insurance policy. The People’s Republic produces a fraction of U.S. output: its fracking spurt started later, terrain is rough and wells deep. Yet fast-improving domestic technology and state support are helping push output up and costs down. With trade tensions rising, Beijing’s hedge is worth the effort.

China has one of the world’s largest shale gas resources, and is one of very few countries producing it commercially outside North America. Yet output was just 9 billion cubic metres (bcm), or 318 billion cubic feet, last year - largely from Sinopec’s Fuling field in Sichuan - amounting to less than 4 percent of rapidly rising annual demand. That’s meagre even if output nearly doubles, as forecast by Wood Mackenzie analysts, to 17 bcm by 2020. Such a level would only put it at roughly where the United States was in 2005, when shale took off.

In almost everything, though, the two experiences differ. Chinese wells are in mountainous, arid and often populous areas - a problem, given water is required for hydraulic fracking, and more is needed for deep formations. Deposits are structurally more complex. State players, and not innovative ‘wildcat’ operators, lead the way; Western majors are virtually absent and pipeline infrastructure is poor.

Strategic considerations nevertheless make the effort worthwhile, even just to offset rising overseas purchases. China currently imports roughly 40 percent of its gas needs, including liquefied natural gas (LNG) and pipeline gas from central Asia. While the United States is not a key supplier, heightened trade tensions will underline the need to diversify.

In any case, Chinese shale costs should fall. Technology has transformed shale before, and homegrown innovation, combined with a local supplier base, is already helping here. The cost of building a well has nearly halved over the past 8 years. Firms are also catching up with techniques to boost efficiency, like drilling multiple wells at a single pad.

There is also ample state support in the form of generous subsidies and tax cuts. That’s a powerful driver, at least while Beijing supports gas over, say, renewables. It may not be a Permian boom with Chinese characteristics yet, but options are valuable too.


Breakingviews - China’s homegrown shale is worth the bother
 
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New gas field to help meet domestic demand
By Zheng Xin | China Daily | Updated: 2018-07-06 08:52
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A worker checks one of CNOOC's deep-water drilling platforms in the South China Sea. [Photo/Xinhua]
CNOOC begins work on ultra-deep Lingshui 17-2 in the South China Sea

Construction of China's first self-supporting deepwater gas field has started in order to further tap oil and gas resources in the South China Sea and meet huge domestic gas demand, according to China National Offshore Oil Corporation, the nation's largest producer of offshore oil and gas.

This is the latest move by CNOOC, which is strengthening its presence in the area, after it formed a partnership with Australia-based Roc Oil Co and British Virgin Islands-registered Smart Oil Investment to jointly develop oil blocks in the South China Sea.

The company also signed a similar agreement in May with Canada's Husky Energy, after putting 38 offshore blocks up for bidding to seek overseas partners for joint development, the most in recent years.

Construction of the ultradeep Lingshui 17-2 gas field in the South China Sea with certified proven reserves exceeding 100 billion cubic meters will further ensure China's energy security as the nation phases out coal and other fossil fuels and shifts toward clean energy, said Li Li, energy research director at ICIS China, a consultancy specializing in the energy market.

Li said oil companies in China had revived production this year as oil prices recover following three years of decline. Crude prices climbed above $70 a barrel in 2018 after falling as low as $30 in early 2016. The company's deepwater drilling rig CNOOC 981 discovered Lingshui 17-2 in September 2014, which has an average operational depth of 1,500 meters below the sea surface, according to CNOOC.

While increasing US shale gas output might pose a threat to deepwater gas field exploration, which has relatively higher costs, gas production will help meet ever-increasing domestic gas demand, Li said.

According to CNOOC, China has mastered the design, construction and installation technology for semi-submersible production platforms to be used in volatile conditions in the South China Sea, it said.

The South China Sea has strong winds and cold temperatures, while constant moisture from storms and mist from the high winds make the region one of the most demanding of all offshore oil and gas exploration territories, along with the North Sea and the Gulf of Mexico, according to Li Yanjun, an engineer with CNOOC's Zhanjiang branch.

To further tap the gas resources in the South China Sea, CNOOC has also been eyeing more opportunities in the South China Sea in recent years, including the high-temperature and high-pressure gas fields in the region.

According to the Ministry of Land and Resources, nearly 15 trillion metric tons of natural gas lie in the high-temperature and high-pressure gas fields of the South China Sea, one-third of the total in the region.

However, Li from ICIS China said in addition to a sufficient supply of gas resources, what is as important is that the most significant contributor to the gas shortage is the limited capacity of distributed gas storage infrastructure.

China's imports of gas currently account for more than 30 percent of domestic consumption, and the figure is expected to continue growing, she said.

"It's necessary that China develops massive gas storage facilities to avoid large-scale gas shortages," said Li.
 
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Known reserves of minerals up sharply
By Yang Wanli | China Daily | Updated: 2018-07-11 09:36
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China's known mineral and energy reserves have grown significantly over the past five years, the Ministry of Natural Resources said on Monday.

Many new deposits of major strategic minerals - including gold, natural gas, shale gas, flake graphite and tungsten - were discovered from 2012 to 2017, according to a report by the ministry.

Flake graphite, which has a wide range of applications, including fuel cells, coatings and thermal materials, saw the biggest increase in reserves - nearly doubling.

Gold reserves grew by 61 percent while those for tungsten rose 47.9 percent during the period.

Shale gas, a new energy source that China began to explore in 2005, has the greatest potential, according to Ju Jianhua, leader of the ministry's working group that handles the protection of mineral resources.

Last year, recoverable shale gas reserves hit 198 billion cubic meters, an increase of 62 percent over 2016, while last year's new total shale gas reserves were estimated to be as high as 377 billion cubic meters.

Four big shale gas fields were discovered in the Sichuan Basin in Southwest China, of which two, found last year, were estimated at more than 100 billion cubic meters each.

"China is now among the few countries in the world that are conducting large-scale commercial extraction of shale gas," Ju said.

He said mineral resources are fundamental to China's social and economic development. Currently, the country faces challenges including a lack of technological innovation and an increasing dependence on imports of some minerals from foreign countries, including chrome and cobalt, which are commonly used in gas turbines, as well as in dental and orthopedic implants.

Last year, a total of 77 billion yuan ($11.6 billion) was invested in mineral exploration, the ministry said.
 
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