How and why LNG has grown in prominence across the energy sector
Energy Digital takes a look at liquefied natural gas (LNG) and the organisations that are producing and distributing it in the fast-growing industry.
With global energy demand expected to grow by a further 18% by 2035, over the coming decades liquefied natural gas (LNG) is predicted to be a fast-growing fossil fuel of choice due to its vast quantity, lesser environmental impacts over coal and oil, versatility and safety. LNG trade increased from 100mn tonnes in 2000 to nearly 300mn tonnes in 2017.
LNG is the liquification process of natural gas – extracted from beneath the earth’s crust –predominantly comprised of methane. The natural gas is cooled to -162°C (-260°F) in order to liquify it and, as a result, occupy 600 times less space., This makes long distance and overseas transportation easier and more economical. Once transportation is complete, LNG goes through a regasification process for distribution.
Why countries are turning to LNG
LNG currently is a vastly untapped resource; the US alone has an estimated 2,384trnn cubic feet of recoverable resources (2013). When burned, natural gas produces 45% less carbon dioxide than coal, 30% less than oil, and 15% less than wood, making LNG a preferred environmental alternative. It is estimated that if LNG was used to displace coal in China it would reduce CO2 emissions by 60 to 90mn tonnes per year.
LNG has enough horsepower to be used by industrial, commercial and residential users, and can be compressed to form compressed natural gas (CNG) to allow natural gas usage in vehicles such as Ford’s new model, Ford Aspire. Compared with other fossil fuels, LNG is a much safer option. When exposed to a source of heat, LNG will vaporise back into a natural gas leaving no residue behind, as well as only being flammable when there is a gas-to-air concentration of 5-15%.
While LNG is less environmentally impactful than more traditional fossil fuels, over the long-term it is not a fix for current environmental conditions. LNG is not a renewable resource like wind and solar power; it is still a fossil fuel that will eventually run out, and still produces CO2 when it is burnt for heat or electricity by consumers. Additionally, within its own value chain, LNG requires high amounts of energy during liquefaction and regasification, resulting in the production of GHG emissions in the periphery of the gas itself.
Nevertheless, LNG is still a better alternative to coal, nuclear and oil for reasons of GHG emissions, safety and abundance. Therefore, short-term LNG is being used by companies such as NRG Energy and Origin Energy are to repower their plants with LNG so that, in the long-term, companies can naturally retire their current plants and replace them with renewable alternatives.
Who is currently providing and distributing LNG?
- LNG Canada
Formed in 2018 with support from the First Nations group, all levels of government, business, labour and the community, LNG Canada is a joint venture (JV) between Shell, Petronas, PetroChina, Mitsubishi Corporation and Korea Gas Corporation (KOGAS). Its export facilities are based in Kitimat (British Columbia), the second largest reserve in Canada that is also close to Asian markets for LNG Canada to export to. From the beginning, LNG Canada has had safety, economic, environmental and community interests at the forefront of its strategy to put Canada on the map for LNG exportation.
What will the new LNG Canada facility do?
- LNG processing units – Carbon dioxide, water, condensate, sulphur and other impurities will be removed, followed by being chilled to approximately -162°C to turn the gas into LNG. The units have the capacity to produce 14mn tonnes per year.
- Storage tanks, loading lines and marine terminals – Processed LNG will be piped to storage tanks until ready for loading on LNG carriers at the Wharf. To accommodate this two LNG loading lines will transfer the LNG to the Wharf and LNG carriers. In addition, an existing wharf will be redesigned to hold up to two LNG carriers at a time.
- Rail yard – Inside the facility, a railyard will be connected to an existing system to load and transport condensate (a petroleum liquid) for sale to customers.
- Water treatment facility – Water will be drawn from the Kitimat River to be used for predominately cooling and drinking. Water taken will be treated as needed and reused in a closed loop system to reduce water loss.
- Flare stacks – Acting as a safety device, two flare stacks – one 60m tall and the other standing at 125m – will be installed. When operating normally, a three-metre clean burning pilot light flame will be at the top of the stack.
- Workforce accommodation – To limit the impact of an influx of people at Kitimat, LNG Canada is building a workforce accommodation centre called Cedar Valley Lodge that can hold up to 7,500 people.
- Royal Dutch Shell
Established in 1907, Shell operates in over 70 countries, and is currently diversifying its offering to provide cleaner energy solutions in line with increasing demands for sustainable energy.
Shell has been a developer of LNG for over 50 years. Over those years, Shell has been involved with many LNG project including the first LNG liquefaction plant, established in 1964. Today, Shell is developing a Floating LNG (FLNG) production facility in order to gain access to resources underwater.
Shell is involved with every stage of the LNG value chain and has access to over 40mn tonnes of regasification capacity, 13 liquification plants, and operates 20% of the world’s LNG shipping with nearly 100 carriers.
Countries that Shell provide LNG to include: Japan, Korea, Spain, France, Italy, Turkey, Mexico, the US, Asia and Australia. This is along with supply projects in the West Pacific, Nigeria, Australia, Oman, Qatar, Russia, South Caribbean, Peru, Egypt, UK and India. In 2018, Shell sold a total of 71mn tonnes of LNG.
Chief Executive Officer: Ben van Beurden
- Korea Gas Corporation (KOGAS)
Incorporated by the Korean government in 1983, KOGAS is one of the world’s largest importers and distributors of LNG, and is the nation’s sole provider. Currently, KOGAS has 17 power generation plants and 10 power generation companies supplying LNG to Korea. The company operates four LNG terminals and a nationwide pipeline network to supply the imports from around the world to power generation plants, gas-utility companies and city gas companies throughout Korea.
To provide a stable supply of LNG volume to the nation, KOGAS has invested in numerous LNG research and development, exploration, production, distribution and compression projects.
President: Hee-Bong Chae
- Woodside Energy
Established in 1954, Woodside Energy is a leading LNG producer in Australia. Since 1989, Woodside Energy has delivered over 5000 LNG cargos to international customers to date, and produces 6% of the global LNG supply. Woodside Energy currently supplies LNG to Africa, India, Egypt, Kuwait, Belgium the US Gulf Coast and Asia-Pacific regions. Current LNG capacity for Woodside Energy vehicles is 63,000 tonnes of LNG.
CEO and Managing Director: Peter J Coleman
Global Offshore rebrands Enelift and invests in global hubs
Global Offshore has rebranded Enelift and will invest "a seven-figure sum" in establishing new support hubs in Houston, Dubai, Singapore, Perth and the Caspian during the next six months.
The investment will cover oil, gas and renewables, mainly concentrating on manufacturing capability with associated R&D, as well as in stock held in the hubs.
The company’s flagship Hinge Lok technology provides aluminium, non-welded light weight transportation cradle for casing and tubing. Enelift now plans to enhance its offering by augmenting its existing solutions with robotics and remote operational and training technology, which will reduce manpower for handling offshore equipment that is transported and stored using the Hinge Lok system.
Enelift is partnering with "a Japanese robotics company" and the technology will be trialed with "a Norwegian operator on a Norwegian drilling rig", according to a statement.
Operating from its bases in Aberdeen, UK and Esbjerg, Enelift was founded by 35-year industry veteran and Managing Director Paul Brebner 10 years ago to offer the offshore energy industries safe, reliable and efficient storage and transportation of equipment.
The expansion plans are bolstered by the appointment of Jim Clark of the Craigendarroch Group to Chairman, and Adam Maitland to Non-Executive Director. Maitland is the Managing Director of Hutcheon Mearns IF, and brings his wealth of expertise in the field of corporate finance.
Brebner said Enelift may be a new name in the market, but the experience it brings is "industry renowned".
"Our solutions are underpinned by safety that enables inefficiencies and their associated costs to be eradicated – meaning operational personnel can focus doing what they do best, safely. We remain committed to providing the safest storage and transportation solutions for equipment in the sector as we grow our global operations," he said.
Clark said the market is changing and its solutions fully support customers’ economic and safety aspirations.
"We are very well placed to take full advantage of increasing opportunities in the Middle East, Africa, Far East and Americas. Safety is our absolute commitment to our customers and our support hubs will facilitate this. Aligning our identity to our entire offering ensures that we will drive our expansion through new products and global support sites across the rest of this year."