Korea's resolutions for 2022 focus on clean gas development

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Korea's resolutions for 2022 focus on clean gas development

Kogas natural gas terminal in Incheon. [Korea Gas Corp.]

Kogas natural gas terminal in Incheon. [Korea Gas Corp.]

Near the end of 2021 the world was grappling with surging energy prices as Russia threatened to turn off gas pipelines to European countries over geopolitical tensions regarding Ukraine.    
Gas prices, which seemed to have been stabilizing at the beginning of the year, are again showing signs of accelerating including in the U.S. as temperatures dropped.  

Gas is currently one of the world’s biggest energy sources, accounting for 23 percent of global primary energy demand and nearly a quarter of electricity generation, according to the International Energy Agency (IEA).  

Natural gas in 2022 is expected to become one of the key energy sources with demand growing rapidly as countries, including Korea, are committed to aggressive cutbacks on carbon emissions.  

Natural gas not only releases the least carbon dioxide among fossil fuels but it is also economical. Carbon dioxide emitted from combustion of natural gas is roughly half of coal and 30 percent less than burning oil.
Not only has natural gas become the second-largest energy source, it is also the No.1 source for electric power generation in several countries including the U.S.  

Clean hydrogen gas development is expected to expand this year with Korea announcing last month plans to produce 27.9 million tons of “blue” and “green” hydrogen gas by 2050 as part of its carbon neutrality goal.  

Although hydrogen is considered the cleanest source of energy as its only by-product is water, the process to produce hydrogen is not so clean.  

The cleanest hydrogen is green hydrogen, which emits no carbon in the process of its production. The hydrogen itself is produced through clean renewable energy.  
The process of manufacturing blue hydrogen is similar to that of grey hydrogen. They are both produced through a carbon emitting process that includes the burning of liquefied natural gas (LNG).  

However, in the case of blue hydrogen, the carbon emitted is captured and utilized, creating a semi-clean hydrogen production process.  

While technologies are still in development and private companies including SK E&S have announced plans to dive into those technologies, many are setting their sights on the hydrogen economy.  

The Korean government laid out a plan last month to increase the use of such clean hydrogen gas to 60 percent of the total by 2050.  

Transition fuel  
So far 44 countries, including Korea and even China, which is responsible for the largest amount of the world’s carbon emissions, have pledged commitment to net-zero carbon emissions around 2050.  
According to the IEA’s estimate, in order to reach net-zero carbon emissions by 2050, renewable energy has to be increased to 60 percent from the current 10 percent in the energy mix while the use of fossil fuel has to be cut from 80 percent to 20 percent.
Korea was one of the first countries to lay out plans to aggressively increase its renewable energy consumption.  
The Moon Jae-in government from its first year in office announced an energy policy of raising the shares of renewable energy to 20 percent by 2030.  
Although, renewable energy shares in recent years have increased significantly and many countries have been active in utilizing solar and wind power to realize their goals, roughly 60 percent of the world’s energy still relies on fossil fuel.  
The biggest concern related to renewable energy is that it is still considered unreliable not only in terms of production but also because it faces the problem of being intermittent.  
While an outdated power grid was considered the primary cause of a blackout in Texas last year that even halted Samsung's production plant, frozen wind turbines and solar panels were also blamed. Renewable energy accounts for 23 percent of Texas energy source.  
Many expect natural gas to become a major energy source until renewable energy, including clean hydrogen technologies, have the ability to replace current energy sources.  
The IEA roadmap to carbon neutrality by 2050 proposes shares of low-carbon gas such as bio methane and hydrogen to be raised to 20 percent by 2030 and to 80 percent by 2050.  
Natural gas is considered the most versatile fuel among current energy sources as it not only provides heat and is used in cooking but can also be generated into electricity and used as transportation fuel.
“Natural gas is considered the bridge fuel in the transition toward hydrogen economy,” said Choi Jae-hak, head of sales and strategy department at the Korea City Gas Association. “The technology and cost problems in achieving carbon neutrality by 2050 will be eased through the reuse of natural gas pipelines in supplying hydrogen gas.  
“[Also] by transitioning high-carbon emitting fuels such as coal and gasoline to natural gas, various problems that could emerge before securing the foundation for renewable energy supplies could be solved.”  
LNG drive in the private sector  
The private sector is expanding its LNG related business plans including expanding its infrastructure.  
Among leading Korean business groups, SK is one of the most aggressive.  
In October, during a meeting among top SK executives, the group’s chairman Chey Tae-won announced a plan for SK businesses to reduce their carbon emissions by 200 million tonnes by 2030. 
One of the company's key energy subsidiaries with an aggressive plan is SK E&S.  
It is the largest private LNG company in Korea, importing 3 million tonnes a year.  
SK E&S in September laid out a grand plan of transforming into a major clean energy supplier whose value could reach 35 trillion won by 2025.  

The plans include securing 10 million tonnes of clean LNG and 280,000 tonnes of hydrogen and generating 7 gigawatts of electricity via renewable sources.  

SK E&S is planning of expanding its LNG terminals overseas including China and South America. 
Especially,the gas company is working to secure clean LNG.
SK E&S is the first private Korean companies to import U.S. shale gas.  

“We will lead in the global energy ecosystem by establishing a ‘green portfolio’ consisted of four key differentiated businesses — hydrogen, renewable energy, energy solution and environmentally-friendly LNG,” said Choo Hyeong-wook, SK E&S CEO.  

“SK E&S will not settle as the country’s No.1 supplier of city gas but challenge the LNG business by becoming the first private company to succeed in completing the world’s first and biggest LNG value chain,” Choo added.

The company in March last year announced its decision to invest 1.6 trillion won over the next five years in the development of the Barossa gas field on the northern coast of Australia.
SK E&S, which owns a 37.6 percent stake in the project, said through the gas field, 1.3 million tonnes of the total 70 million tonnes produced from the gas field annually, will be imported to Korea every year for 20 years starting 2025.  

GS Energy has also laid out a plan to transform into a clean energy company by expanding its LNG business including building additional LNG terminals and developing blue hydrogen production using carbon capturing technologies. 
GS Energy has recently been expanding its business overseas including becoming the first Korean company to be selected to build and operate a LNG power plant in Vietnam last year.

Some 3.5 trillion won will be invested in the project, building two LNG power plants generating a combined 3 megawatts of electricity. 
The power plants are expected to go into operation from 2026. 
The company said it plans to set up an LNG value chain in Vietnam, which will include storage and vaporization facilities.
The company, along with Tokyo Gas, was the first in the world to receive carbon neutral LNG cargo from the Dutch company Shell in 2019.
Kogas in 2020 reduced its carbon emissions produced in the process of its LNG value chain.  
The efforts included improvement in the LNG vaporization system and reuse of unused energy, which are surplus energies that were previously wasted.  
According to the company in the process of vaporizing LNG from minus 162 degrees Celsius to 0 degrees Celsius, 200 kilocalories of cold energy is generated per 1 kilogram of LNG.  

Cold energy can be reused in freezing technologies that could conserve 50 to 70 percent of electricity used in deep freezing.  
Kogas plans to establish a frozen storage system that runs 100 percent on LNG cold energy at the port in Incheon.  
Not only could such facility store frozen food but it could also be used to stockpile medical drugs.  
As its first step, Kogas signed an agreement to set up a special purpose company, Korea Superfreeze, with private equity firm EMP Belstar, a private equity fund.
Kogas has reduced its carbon emissions by 9.8 percent in 2020 compared to 2019. When compared to 2018 carbon emission have dropped 19.9 percent.  
The shipbuilding industry has recently been enjoying a huge surge in orders for LNG vessels and the global movement toward carbon emissions cutbacks is expected to further fuel this trend.  
According to the Ministry of Trade, Industry and Energy, Korea in 2021 secured 17.4 million compensated gross tonnage (CGT) of new ship orders in volume. That’s the biggest amount in eight years. In 2013 orders amounted to 18.5 million CGT.  
When compared to 2020, orders jumped 112 percent. Even when compared to 2019 before the pandemic outbreak, orders made last year increased 82 percent.  

Korea while lost its position as No.1 shipbuilder in the world by volume to China last year, it still holds the second place in market share with 37 percent and leads in high value-added orders such as LNG vessels.
Among the orders secured last year, Korea accounted for 65 percent of the 19 million CGT orders of high value-added ships including containers, very large crude-oil carrier (VLCC) and LNG vessels.  

In particular, Korea accounted for 89 percent of global LNG vessel orders with 5.8 million CGT.  

Among orders for environmentally-friendly vessels that Korea secured, 82 percent are LNG. 

Growing demand  

Demand for natural gas is growing.  
Natural gas consumption in Korea in the first seven months of 2021 saw a 17 percent increase year-on-year thanks to economic recovery and the government policy of phasing out nuclear reactors.  

LNG in the first half of 2021 accounted for 32 percent of electricity generated, becoming the second largest energy source after coal with 33 percent.  

This is a stark contrast to nuclear energy, whose contribution fell from 31 percent in the first half of 2020 to 28.3 percent last year.  

“The future of LNG compared with other fossil fuel is more favorable, and it is likely to emerge as an alternative to coal until the mid-2020s,” said Chang Woo-seok, researcher at Hyundai Research Institute. 
The researcher projected demand in Asia to surge with many countries, including Vietnam and Indonesia, which relied heavily on coal for electricity, making the switch to natural gas.  

Natural gas investment is likely to see an uptick starting this year as the European Commission is expected to officially label nuclear and natural gas as “green investment,” within this month.  

The EU regulator will reportedly label natural gas as a “transitional” energy and apply stricter conditions than nuclear energy.  
Center left, Kogas CEO Chae Hee-bong signs a long-term contract with Saad Sherida Al-Kaabi, Minister of State for Energy Affairs, President & CEO, Qatar Petroleum, in Qatar on LNG supply in July 2021. [MINISRY OF TRADE, INDUSTRY AND ENERGY]

Center left, Kogas CEO Chae Hee-bong signs a long-term contract with Saad Sherida Al-Kaabi, Minister of State for Energy Affairs, President & CEO, Qatar Petroleum, in Qatar on LNG supply in July 2021. [MINISRY OF TRADE, INDUSTRY AND ENERGY]

Securing supply and expanding infrastructure  
The Korean government in July was able to secure a stable supply of gas from Qatar.  
Kogas signed a contract that sees 2 million tonnes of natural gas supplied to Korea annually between 2025 and 2044.  

Qatar is Korea’s biggest supplier of natural gas. Korea imported 9 million tonnes in 2019, which is 23 percent of all the natural gas that Korea imports from overseas. 
Australia trails behind, accounting for 20 percent or nearly 8 million while 5.8 million tonnes is imported from the U.S. 
Korea’s current contract with the UAE expires in 2024.  
Although the government did not disclose the details of the long-term contract, it said it is the cheapest among the long-term contracts that Kogas has signed, which will save about $1 billion over the course of two decades.  

“The long-term contract is meaningful on the grounds that we have been able to secure a stable supply of natural gas at a competitive price when local demands have been increasing not only due to an increase in electricity consumption but also due to [the transition toward] hydrogen economy,” said Yoo Beop-min, director of raw materials industry policy at the Ministry of Trade, Industry and Energy.  
To meet growing demand, the Korean government said it plans to secure storage with a total capacity of 18.4 million kiloliters by 2034 including constructing a fifth LNG facility in Dangjin, South Chungcheong.  

As of 2020 Korea’s storage facilities have the capacity to hold 13.7 million kiloliters. Kogas takes up 89 percent.  

Other infrastructure plans include extending the main gas pipeline from 4,945 kilometers as of 2020 to 5,734 kilometers by 2034.  

The Korean government plans to invest nearly 5.6 trillion won including 2.36 trillion won on supply pipes and nearly 3 trillion won on production facilities for LNG by 2034.  


BY LEE HO-JEONG [lee.hojeong@joongang.co.kr]
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