, Australia

490MW Ichthys LNG-fired power plant in Australia gets fired up

It will be fully operational in 2018.

Enerdata reported that Inpex has initiated the start-up of the 490 MW LNG-fired onshore combined cycle (CCGT) power plant linked with the Ichthys LNG project in Western Australia (Australia) and the facility will enter the commercial power generation phase later in 2017.

When fully operational in 2018, the Ichthys LNG liquefaction project will have the capacity to produce up to 8.9 Mt/year of LNG. The project owners are the Japanese oil and gas company Inpex (62.24%), Total (30%), Tokyo Gas (1.57%), Osaka Gas (1.2%), Kansai Electric (1.2%), JERA (0.735%), Toho Gas (0.42%) and CPC Corporation Taiwan (2.62%). The project cost is estimated by Inpex at US$34bn.

The article was originally published by Enerdata.

Join Asian Power community
Since you're here...

...there are many ways you can work with us to advertise your company and connect to your customers. Our team can help you dight and create an advertising campaign, in print and digital, on this website and in print magazine.

We can also organize a real life or digital event for you and find thought leader speakers as well as industry leaders, who could be your potential partners, to join the event. We also run some awards programmes which give you an opportunity to be recognized for your achievements during the year and you can join this as a participant or a sponsor.

Let us help you drive your business forward with a good partnership!

Exclusives

India removes licence requirement to build transmission lines for bulk consumers
The rule applies to those with at least 25 MW of load for inter-state connection and at least 10 MW for intra-state.
NEFIN Group works double time to catch up on projects
CEO Glenn Lim explains how a delay turned out good as the company aims to reach 667 MW of capacity by 2026.
Summit Power International provides vital LNG support to Bangladesh
Without cross-border electricity supply, LNG is needed by a country facing geographical constraints to deploy renewables.