place

Cockburn Power Station

Australian power station stubsBuildings and structures in Perth, Western AustraliaNatural gas-fired power stations in Western AustraliaUse Australian English from October 2019

Cockburn Power Station (CKB) is a power station in Naval Base, Western Australia within the City of Kwinana. The station was commissioned by Western Power Corporation in 2003 and is immediately south of the closed Kwinana Power Station. It has a 160 MW natural gas powered Alstom GT13E2 gas turbine which provides steam to an 80 MW steam turbine that together generate a total 240 MW of electricity. It was the first combined cycle gas turbine power station in Western Australia. It came under the control of Verve Energy in 2006 when Western Power was split, and since 2014 has been under control of Synergy.

Excerpt from the Wikipedia article Cockburn Power Station (License: CC BY-SA 3.0, Authors).

Cockburn Power Station
Leath Road, City Of Kwinana

Geographical coordinates (GPS) Address Nearby Places
placeShow on map

Wikipedia: Cockburn Power StationContinue reading on Wikipedia

Geographical coordinates (GPS)

Latitude Longitude
N -32.200335 ° E 115.774085 °
placeShow on map

Address

Leath Road
City Of Kwinana, Naval Base
Western Australia, Australia
mapOpen on Google Maps

Share experience

Nearby Places

Kwinana Power Station
Kwinana Power Station

Kwinana Power Station (KPS) was Synergy's second-largest power station, located in Naval Base, Western Australia within the City of Kwinana. At its peak, power was produced from six turbines driven by steam from boilers fired by coal, natural gas or fuel oil, and one gas turbine. The steam turbines closed in 2015; however, two gas turbines continue to operate on the site. This is not to be confused with Cockburn Power Station to its immediate south. KPS was originally built in 1970 as an oil-fired power station, however it was later converted to coal due to the rising price of oil caused by the 1973 oil crisis. This project received an 'Engineering Excellence Award' from the Institution of Engineers Australia (Engineers Australia) in 1980.A 20 MW gas turbine, able to be operated on natural gas or diesel fuel, was added in 1972 and took the total nameplate rating to 900 MW which was the station's peak. With greatly increased availability of natural gas from the North West Shelf Venture project, natural gas firing was introduced in the mid 1980s. In 2005 oil burning was re-introduced making the power station unique in Western Australia as it could burn the three fuels: coal, natural gas and oil. The original station operated: Two 120 MW steam turbines (oil/gas/coal fired) as A units 1 & 2 from 1970/1 to September 2010 Two 120 MW steam turbines (oil/gas/coal fired) as B units 3 & 4 from 1972/3 to December 2008 Two 200 MW steam turbines (oil/gas/coal fired) as C units 5 & 6 from 1978/9 to October 2015 One 20 MW gas turbine from 1972

Perth Seawater Desalination Plant
Perth Seawater Desalination Plant

The Perth Seawater Desalination Plant, located in Naval Base, south of Perth, Western Australia, turns seawater from Cockburn Sound into nearly 140 megalitres of drinking water per day, supplying the Perth metropolitan area.The salt water reverse-osmosis (SWRO) plant was the first of its kind in Australia, and became operational in 2006. It covers several acres in an industrial park near the suburb of Kwinana Beach. Electricity for the plant is generated by the 80 MW Emu Downs Wind Farm located in the state's Midwest region near Cervantes. The wind farm contributes 270 GWh/year into the general power grid, more than offsetting the 180 GWh/year requirement from the desalination plant.The desalination plant, with 12 SWRO trains with a capacity of 160 megalitres per day and six BWRO (brackish water) trains delivering a final product of 144 megalitres per day, was expected to have one of the world’s lowest specific energy consumptions, due in part to the use of pressure exchanger energy recovery devices supplied by Energy Recovery Inc. The devices are isobaric chamber types which recover energy in the brine stream and deliver it to water going to the membrane feed at a net transfer efficiency at up to 98%. As a condition of its continued operation, the Perth plant has a comprehensive environmental monitoring program, measuring the seawater intake and brine outfall.Excess water from the plant is stored in the hills dams. In early 2008, the plant was shut down on two occasions due to reduced dissolved oxygen levels in Cockburn Sound.