Overview
Mount Stuart is a 423 MW oil-fired power plant in Queensland, Australia, operated by Origin Energy. It plays a key role in the state's electricity grid.
Mount Stuart is an oil-fired power plant located in Queensland, Australia, with a capacity of 423 MW. It is owned and operated by Origin Energy, one of Australia's leading energy companies. The plant is operational and contributes to the region's power supply. As an oil-fired facility, Mount Stuart operates using liquid fuel, which is less common in Australia's predominantly coal and gas power generation mix. The plant's capacity places it in the medium-to-large scale for oil-fired plants globally. Australia's power sector is regulated under national frameworks including the National Electricity Market (NEM) and environmental standards set by the Australian government. The plant's location in Queensland supports the state's energy needs, particularly during peak demand periods. Oil-fired plants like Mount Stuart can provide flexible generation to complement renewable sources. The facility's operational status ensures continued reliability for the local grid.
Environmental context
Oil-fired power generation produces higher CO2 emissions per MWh compared to natural gas, and emits SOx and NOx. The plant's proximity to populated areas and its capacity of 423 MW contribute to its environmental footprint. Australia's regulatory framework, including emissions standards and the Safeguard Mechanism, applies to such facilities.
Frequently asked questions
Mount Stuart is located in Queensland, Australia, near the city of Townsville.
Mount Stuart is an oil-fired power plant, using liquid fuel for electricity generation.
Mount Stuart is owned and operated by Origin Energy, a major Australian energy company.
Oil-fired power plants in Australia must comply with national emissions standards under the National Environment Protection Measures and the Safeguard Mechanism, which sets limits on greenhouse gas emissions.
Mount Stuart provides 423 MW of flexible generation capacity to Queensland's grid, helping to meet peak demand and support grid stability.