Will New LNG Terminals Cut The Price Of Gas?
Australia has more than 257 trillion cubic feet (TCF) of gas resources and 885 TCF in prospective resources.* And we’ll soon be the largest gas exporter in the world. But, somewhat shockingly, new gas import terminals are about to be built on our east coast to cut the price of gas. I hate to be a doomsayer, but I don’t think this is going to work.
As I have written previously, the main reason that Australia has high wholesale electricity prices is the high price of gas which sets the marginal price in the electricity market. (The main reason retail electricity prices are high is the historical gold plating of the networks.)
It is therefore no surprise that projects looking to capitalise on high domestic gas prices are starting to pop up. Unfortunately, some of them continue to represent a misallocation of capital away from productive investments towards investments looking to extract a rent on a limited resource.
One prime example of this is the four Liquefied Natural Gas (LNG) import terminals that are currently under consideration for the east coast of Australia. The most public and seemingly well advanced of these is the Andrew Forrest backed Australian Industrial Energy (AIE) who is looking to build a gas import terminal in Port Kembla, 1.5 hours drive south of Sydney. AGL is also reasonably well progressed on its proposal to build a gas import terminal in Crib point just outside Melbourne.
In my view, just the situation that LNG import terminals are even being considered at all for Australia represents a very damning indictment on the state of Australian energy planning and policy. Australia is one of the world’s largest exporters of LNG, both from Western Australia and Northern Territory and from the east coast. Something must surely have gone seriously wrong for such a country to have to even contemplate importing LNG?
As a quick recap, four things went wrong that enabled this situation to occur:
- Three competing LNG exporters got approval to each build their separate liquefaction capacity with associated other infrastructure just next to each other on Curtis Island outside Gladstone in Queensland. This was from a macro perspective a significant overinvestment as it would have been much cheaper to build the same capacity as one larger plant meaning that the cost base of the combined capacity is much higher than it could have been.
- Out of the three exporting companies, Santos in particular had not secured enough controlled gas resources the fulfil the export volumes they committed to, so the total export capacity were short on gas which had to be fulfilled by the exporters buying gas in the domestic marketplace.
- As domestic producers now have a choice whether to sell domestically at the prices they had traditionally done or to sell to someone looking to export the gas, the domestic price has reset to LNG netback prices (i.e. the international price of LNG minus the cost of liquefaction and transport) and this is what has driven up the east coast gas prices from the long term historical level of $3-5/GJ to the current level of ~$9/GJ (the chart below shows the average Victorian prices but the picture is the same for the whole east coast given that it is interconnected).
Source: Australian Energy Regulator
- Given that the price the LNG exporters receive is tied to the oil price, this also means that domestic prices are also tied to the international oil market, creating significantly more volatility than before.
Now, lets think about the proposition of an LNG import terminal for a bit and it is easy to conclude that for it to be worthwhile to import LNG into Australia, an importer has to be able to sell the gas for a price that is above the cost of buying the gas, transporting it to Australia and making a return on the infrastructure required to get it into the Australian gas market.
- Buying gas in the international market means most likely that they would have to buy LNG on the North Asian spot market. The chart below shows the historical cost of doing this (note that the scale is in AUD/mmBTU and not AUD/GJ as the international gas market works on a BTU basis. The difference is only about 5 per cent so just take the scale on the right and divide by 1.05). Currently, it costs about 13.9AUD to buy one Gigajoule of gas on the spot market. As can be seen from the chart, this is close to an all-time high but the average over the last couple of years is ~10 AUD/GJ.
- To get gas from Australia to China currently costs about 0.65 USD/mmbtu or about 0.82 AUD/GJ. I guess it would be fair to assume that importing gas to Australia should cost about the same (if not more as the export facilities are further north than the proposed import facilities).
Source: Timera Energy
- Finally we have the cost of getting the gas into the Australian market which will be achieved through an LNG import terminal. There are two different principal designs for import terminals, onshore or offshore. All the currently proposed solutions involve an offshore solution which is basically a permanently moored LNG carrier with extra regasification equipment which other LNG carriers can tie up to an offload their cargoes. In addition to a ship, a jetty for mooring and a pipeline for connecting to the gas grid is required. The total cost for the proposed solutions are in the range of AUD250-300m. AGL in their proposal describes using a ~200.000m3 ship and as the density of LNG is about 470kg/m3and with an energy content of ~53.6MJ/kg, we arrive at the following calculation using AGL’s estimated 10 cargoes per year and a very simplified return requirement of 10% per year. This shows that an importer will have to add at least 50 cents/GJ to recover the infrastructure cost alone and that is completely ignoring any operating costs from running the terminal (salaries, energy for the heat exchanger, security, lost gas in connection with the regasification, maintenance etc.).
If we add 1, 2 and 3 above together, we see that we arrive at a minimum price of gas delivered to the Australian gas grid of 13.9 + 0.82 + 0.51 = 15.23 AUD/GJ and if we use the average historical North Asian LNG gas price 10 + 0.82 +0.51 = 11.33 AUD/GJ. This is (unsurprisingly) significantly higher than the current east coast gas prices of about 9 AUD/GJ.
Hence, we can safely draw the conclusion that building import LNG gas terminals on the east coast of Australia is a capital destroying exercise in macro terms.
The only alternative would be if supply could be secured from the West Australian market where, thanks to a very successful domestic gas reservation policy, domestic gas prices are about 4-5 AUD/GJ. It would though most likely take a lot to convince the WA government to allow this to happen as it would put upwards pressure on the WA gas prices.
So what should be done instead?
It is clear that the government through its Australian Domestic Gas Security Mechanism has already managed to get the LNG exporter to release more gas to the domestic market which has brought down gas prices already. Given that the LNG exporters are suggested to be to blame for not securing enough production by themselves, I do not see any inherent problem with them continuing to be the major part of the solution by forcing them to divert additional gas to the Australian market at reasonable prices.
Victoria and New South Wales should also be put under pressure to drop their blanket moratoriums against gas exploration as there are plenty of gas reserves that can be (most likely very safely) developed to secure additional supply for domestic consumption.
What is clear though, is that building LNG import terminals will do nothing to bring gas prices down on the east coast of Australia…
Roger's step-by-step guide to valuing the best stocks and buying them for less than they're worth, Value.able, is available exclusively at rogermontgomery.com. Skaffold is an online stock-picking application that rates ASX-listed stocks from A1 to C5. Watch a demo of Skaffold at www.skaffold.com.