Hazelwood Power Station

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Hazelwood Power Station
Hazelwood Power Station.jpg
Hazelwood Power Station
Location of the Hazelwood Power Station in Victoria, Australia.
CountryAustralia
Location Latrobe Valley, Victoria
Coordinates 38°16′22″S146°23′30″E / 38.27278°S 146.39167°E / -38.27278; 146.39167
StatusDecommissioned
Commission date 1964
Decommission date2017
Owner(s)
Thermal power station
Primary fuel Lignite
Turbine technology Steam turbine
Power generation
Units operational6 x CA Parsons & Company 2 aei units
Nameplate capacity 1,600 MW (2,100,000 hp)
Annual net output 12,000 GWh (43,000 TJ)
External links
Website www.gdfsuezau.com/about-us/asset/Hazelwood
Commons Related media on Commons
[ edit on Wikidata]

The Hazelwood Power Station was a decommissioned brown coal-fuelled thermal power station located in the Latrobe Valley of Victoria, Australia. Built between 1964 and 1971, the 1,600-megawatt-capacity power station was made up of eight 200MW units, and supplied up to 25% of Victoria's base load electricity and more than 5% of Australia's total electricity demand. [1] [ unreliable source? ] It was a 'subcritical' pulverized coal-fired boiler. [2] The station was listed as the least carbon efficient power station in the OECD in a 2005 report by WWF Australia, making it one of the most polluting power stations in the world. [3] At 1.56 tonnes of CO2 for each megawatt hour of electricity, it was 50% more polluting than the average black coal power station in New South Wales or Queensland. Hazelwood emitted 14% of Victoria's annual greenhouse gas emissions and 3% of Australia's greenhouse gas emissions.

Contents

International Power plc purchased Hazelwood Power Station and the adjoining mine from the Victorian Government in 1996 with an expected 40-year life. In 2005, the Bracks government approved an environmental effects statement (EES) that allowed Hazelwood to relocate a road and a section of the Morwell River to allow access to an additional 43 million tonnes of coal in addition to that allowed under the mining licence boundaries set at the time of privatisation. This was estimated to provide sufficient coal for the plant to operate to at least 2030 (prior to decommissioning plans). The EES also capped its expected total greenhouse output at 445 million tonnes of carbon dioxide over its life, after which Hazelwood may have been made to cease operation.

Hazelwood was jointly owned by Engie with a 72% share and Mitsui & Co with a 28% share. [4] In 2014, Hazelwood employed 495 staff directly and on average 300 contractors. On 3 November 2016, Engie announced that the entire Hazelwood plant would be closed at the end of March 2017 giving five months notice of the closure. [5] [6] The power station closed in March 2017. [7] When the power station closed, wholesale prices in Victoria were up 85% on 2016, according to the Australian Energy Regulator, and for the first time in almost a decade, the state relied on energy from interstate to meet its needs. [8]

A 150 MW one-hour grid battery opened in June 2023. [9]

History

A map of the major towns and coal-fired power stations in the Latrobe Valley LaTrobe Valley CFPS.png
A map of the major towns and coal-fired power stations in the Latrobe Valley
Hazelwood Power Station at night in 2016 Hazelwoodpowerstationatnight.jpg
Hazelwood Power Station at night in 2016

Development of the brown coal reserves at Morwell was started by the State Electricity Commission of Victoria (SECV) in 1949 as the 'Morwell Project', which included the Morwell open cut mine, and the Morwell briquette works. [10] The Morwell Interconnecting Railway linked the power station and briquette works to the Yallourn open cut mine until 1993. [11]

Hazelwood Power Station was approved in 1959, and was to consist of six 200-megawatt (270,000 hp) generating units, giving a total of 1,200 MW of generating capacity. The first unit was to enter service in 1964, and the sixth in 1971. Growing electricity demand saw a review carried out by the SECV in 1963, with commissioning of the generating units moved forward to 1969. Additional capacity was provided when in 1965 two additional generating units at Hazelwood were approved, to be commissioned in 1970 and 1971 respectively. [12]

Hazelwood relied on brown coal deposits from the nearby Morwell open cut mine. In 2003, the plant used 17.2 million tonnes (16,900,000 long tons; 19,000,000 short tons) of coal, while a further 1.6 million tonnes (1,600,000 long tons; 1,800,000 short tons) of coal was supplied from the Morwell mine to Morwell Power Station Energy Brix Australia 2.5 km North East of Hazelwood Power Station.

Privatisation

Hazelwood Power Station and associated mine were privatised by the Kennett government in 1996 after many years of downsizing under a 'structural efficiency' model undertaken by the then state Liberal government. It was sold for A$2.35 billion, and it operated as 'IPR-GDF SUEZ Hazelwood', an Australian public company, which was owned by United Kingdom company, International Power (91.8% share)- part of the GDF SUEZ group - and the Commonwealth Bank (the remaining 8.2%). The business office was near Morwell, 150 kilometres (93 mi) east of Melbourne. Prior to January 2011, IPR-GDF SUEZ Hazelwood had been known as International Power Hazelwood and Hazelwood Power before that.

After privatisation the new owners engaged in capital investment, with A$800 million invested in Hazelwood since 1996, such as replacement of boilers, rotors, turbines and the completion of an A$85 million project to reduce dust emissions by 80%. If Hazelwood had not been sold to private interests, activist groups say the SECV would have shut the station down in 2005. [13]

EES approval

Before privatisation the power station was due to be decommissioned by the SECV by 2005, [14] as had older plants at Newport and Yallourn. However, Hazelwood had its mining licence realigned by the Victorian Government along with EES approvals to move a river and a road on 6 September 2005. This agreement ensured security of coal supply to the plant until at least 2030 by allowing access to 43 million tonnes of brown coal deposits in a realignment of Hazelwood's mining licence boundaries that were originally set in 1996. Hazelwood returned over 160 million tonnes of coal to the State Government as part of that agreement.

The agreement required Hazelwood to reduce its estimated emissions by 34 million tonnes (33,000,000 long tons; 37,000,000 short tons) and capped its total greenhouse output at 445 million tonnes (438,000,000 long tons; 491,000,000 short tons) of carbon dioxide over its life, after which point it may have been made to cease operation. However, credits for investment in renewable energy and low emission technology were expected to allow the business to operate within the cap and extend its life. In spite of this, the station was still decommissioned.

Hazelwood's West Field development involved completing a new 7.5-kilometre (4.7 mi) section of the Strzelecki Highway, replacing over 10 kilometres (6.2 mi) of the Morwell River from an old concrete pipe into a natural open channel riverine setting, and acquiring privately owned land which was earmarked for future coal supply. Environment Victoria, Greenpeace and Australian Conservation Foundation opposed the development approvals, while business groups such as Minerals Council of Australia, VECCI, Aust Industry Group and Institute of Public Affairs welcomed the government's decision.

Closure and decommissioning

Hazelwood shutting down Unit 1 for the last time on 29 March 2017. The thick plume of smoke is caused by a combination of the electrostatic precipitators switching off automatically during the shut down to eliminate the risk of them igniting, and what's left of the auxiliary fuel (briquettes) stored on site being fed into the boiler to empty their stores. Hazelwood Power Station Closure 1.jpg
Hazelwood shutting down Unit 1 for the last time on 29 March 2017. The thick plume of smoke is caused by a combination of the electrostatic precipitators switching off automatically during the shut down to eliminate the risk of them igniting, and what's left of the auxiliary fuel (briquettes) stored on site being fed into the boiler to empty their stores.

Hazelwood's coal supply would likely have run out around 2009 without the 2005 coal mine extension. This extension, and the associated environmental impacts, have led to significant criticism by environmental groups, and civil disobedience actions (see below).

During 2011 and 2012, the Australian Government considered a Contract for Closure program [15] to complement the Clean Energy Act policy. Hazelwood would likely have been closed under this program had it been pursued. However, this program was scrapped in September 2012 and no plants were closed.

On 3 November 2016, Engie announced that Hazelwood would be closed by the end of March 2017, citing the company's transformational policy of investing solely in low-carbon and renewable energy, as well lower energy prices and oversupply within Victoria. [5] In May 2016, CEO Isabelle Kocher said the company was reviewing its remaining coal plants one by one and would close those with the most outdated technology. [16]

The largest shareholder in Engie is the French government, which owns 33% of the company. The French Environment Minister said Engie would 'disengage' from Hazelwood power station during a documentary that aired on French TV in May 2016. The Minister's response came after receiving a petition about the Hazelwood mine fire from Environment Victoria. [17]

The decommissioning and rehabilitation of the site is estimated to cost at least $743 million, six times the previously predicted amount. [18] This includes $439 million to rehabilitate the mine, and $304 million to demolish the plant and restore the surrounding area. This is in addition to $324 million payable by the owners for redundancy and leave entitlements over the two years after closure, bringing the total cost of closing the plant to almost $1.1 billion. [19]

In the lead up to the closure, there was insecurity around the numbers of Hazelwood workers Engie would keep employing in the decommissioning and rehabilitation processes, the redundancy packages offered, as well as the future of other workers and the local community in and around Morwell directly and indirectly impacted by the closure of the power station. [20]

On 27 March 2017, units #8, #6 and #4 were permanently shut down, followed by units #2, #7 and #5 on 28 March 2017, and units #3 and #1 on 29 March 2017. Unit #1 was shut down last at 4.56pm. It was chosen to be last because Unit 1 was the first Hazelwood generating unit to come into operation on 30 November 1964. [21] Decommissioning of mine and power station plant and equipment was expected to take 12 months. [21]

In a press release on the subject of the closure, Engie in Australia's Chief Executive, Alex Keisser, acknowledged the contributions of past and present Hazelwood employees, and the role the power station has played in the Latrobe Valley. "While Friday will be the end of an era and a very sad day for everyone who has had an involvement with Hazelwood over the past 52 years, it should also be a very proud day," Keisser said. "The decision to close Hazelwood was extremely difficult and was made only after we investigated all options to keep the business open. While it was state-of-the-art when it opened in 1964, it has now reached the end of its productive life, lasting far longer than anyone would have anticipated when its life began. Our employees past and present, as well as contractors, local suppliers and businesses, and the broader Latrobe Valley community have all played their part in ensuring that Hazelwood has been a key player in the nation's electricity system over that time. Victoria should be very proud that Hazelwood has continued operating for more than 50 years, producing the electricity that has under-pinned the state's economic development and well-being." [21]

The eight chimneys at the power station were demolished on 25 May 2020. Reclamation works are being undertaken at the site to restore it. Replacement s for the electricity generation infrastructure that was on the site will not be built. [22] [23]

Environmental impacts

Unit number three is coming back online following a shut down, resulting in a plume of visible smoke due to the electrostatic precipitators being offline for the duration of the start-up. The station's emissions (42 tonnes per minute at full production) were typically invisible under normal conditions. Hazelwood Power Station Pollution.jpg
Unit number three is coming back online following a shut down, resulting in a plume of visible smoke due to the electrostatic precipitators being offline for the duration of the start-up. The station's emissions (42 tonnes per minute at full production) were typically invisible under normal conditions.

CO2 emissions

The station was listed as the least carbon efficient power station in the OECD nations in a 2005 report by WWF Australia. The WWF reported that the power station produced 1.58 tonnes (1.56 long tons; 1.74 short tons) of CO2 per megawatt-hour of electricity generated in 2004 (official result was 1.55), [24] which was a reduction of 6.6% from the 1996 levels of 1.66 Mt/TWh when the plant was privatised. This is still 50% more polluting than the average black coal power station in NSW or Queensland.

Hazelwood emitted up to 15% of Victoria's annual greenhouse gas emissions and 3% of Australia's greenhouse gas emissions before closure. [25]

With a 60% increase in power generation since 1996, Hazelwood averaged up to 16 million tonnes (16,000,000 long tons; 18,000,000 short tons) of carbon dioxide each year and, after Loy Yang A Power station, was the second highest emitter in the Latrobe Valley until 2015.

Hazelwood had been the site of two carbon capture trials to lower its CO2 emissions (see below).

In late 2008, International Power stated the financial viability of the power station would be in question under a greenhouse gas emissions trading scheme (ETS), unless the company received significant compensation. [26]

Water usage

In 2005, 1.31 megalitres (46×10^3 cu ft) of water was consumed per 1 gigawatt-hour (3.6 TJ) of power generated. [27] Cooling water for the power station was supplied by the Hazelwood Pondage, built for this purpose in the 1960s. The pondage is supplied with water from the Moondarra Reservoir and runoff pumped from the adjacent mine. Within the mine, water was sprayed onto the coal surfaces to reduce the chance of fire and to suppress fugitive dust. [27]

Public access to the pondage for sailing, boating and other recreational water sports is permitted. Cichlids and other tropical fish that were released into the lake by the public have established populations, including Convict cichlids ( Cryptoheros nigrofasciatus ) and the African cichlid spotted tilapia ( Tilapia mariae ). Other fish include carp, goldfish (Carassius auratus), Gambusia ( Gambusia holbrooki ), and the native short-finned eel ( Anguilla australis ) and Australian smelt ( Retropinna semoni ).

Pollutants

Hazelwood Power Station as seen from an aircraft in 2009. Hazelwood Power Station seen from the air.jpg
Hazelwood Power Station as seen from an aircraft in 2009.

In a 2007-2008 report, the National Pollutant Inventory (NPI) rated the power station's polychlorinated dioxins and furans as "high 100", hydrochloric acid as "high 87", oxides of nitrogen as "medium 57", particulate matter 2.5 μm as "low 21", and boron & compounds as "low 15". [28]

The 2005-2006 NPI data showed that Hazelwood released 100 tonnes (98 long tons; 110 short tons) of boron and compounds into the air and 5.2 tonnes (5.1 long tons; 5.7 short tons) into water. Also released into the air: 7,700 tonnes (7,600 long tons; 8,500 short tons) hydrochloric acid, 2,700 tonnes (2,700 long tons; 3,000 short tons) of oxides of nitrogen, 2,900 tonnes (2,900 long tons; 3,200 short tons) of particulate matter 10 μm, and 15 grams (0.53 oz) of polychlorinated dioxins and furans. Many pollutants are not measured. [29]

Air pollution from the normal operations of Hazelwood alone had been estimated to kill at least 18 people a year in Gippsland, and make many more people sick. The Greenpeace report attributed 37 deaths in the south-east Gippsland region to pollution from coal plants, with almost half of those in the Latrobe Valley. [1] The estimated annual health burden on the community of Hazelwood's air pollution was $100 million each year, calculated using methodology developed by the US National Academy of Sciences. [30]

Coal mine fire

A fire, commonly referred to as the Hazelwood Coal Mine Fire, started at the mine on 9 February 2014 and was officially considered controlled on 10 March 2014. [31] [32] The Chief Officer of the Country Fire Authority described the fire as "one of the largest, longest running and most complex fires in the State's history." [33]

Thousands of residents in nearby towns were affected by smoke and ash from the fire. On 28 February the Chief Health Officer of Victoria advised the vulnerable groups of people in Morwell South to temporarily relocate due to the danger of PM2.5 particles. [34] Power lines and connectors at the Morwell substation were washed for ash buildup to reduce the risk of short circuiting. [35] Tim Flannery questioned whether GDF Suez was taking sufficient action to keep the community informed and said the fire highlighted the need for better preparation and inquiry into the state of mines around the country, and the risks they posed to nearby communities. [36] On 11 March 2014, Premier Dennis Napthine announced a judicial inquiry into the circumstances and impacts of the fire. [37]

The Hazelwood Mine Fire Inquiry Report was published in 2016 and stated that the community has experienced adverse health effects and may be affected for an indeterminate period into the future. The inquiry found that 11 premature deaths were attributed to the mine fire. [38] [39] Many people and local businesses have experienced financial impacts for a range of reasons including a downturn in business, medical costs, veterinary costs, time taken off work, relocation from their homes, cleaning their homes and businesses, and possible decreases in property value. The Board estimated the total cost borne by the Victorian Government, the local community and the operator of the Hazelwood mine, GDF Suez, to exceed $100 million. [40]

In July 2015, Hazelwood owners GDF Suez announced that the company would refuse to pay the 18 million dollar bill for fighting the fire presented by the Country Fire Authority. According to a statement released by the company, the firefighting effort should be provided to it at no further charge as it had already paid routine taxes and levies in previous years, although the inquiry identified that the areas of the mine which burned were unrehabilitated, whereas rehabilitated areas did not catch fire. [40]

In May 2020 the Hazelwood Power Corporation was fined $1.56 million fine for occupational health and safety breaches associated with the fire. [41]

Asbestos

The rate of pleural and peritoneal mesothelioma among power industry workers was found to be seven times the national average. (Victorian State Government study, 2001). Latrobe Valley power industry workers die 15 years younger than the national average. [42]

The power stations of the Latrobe Valley used asbestos widely in their construction and in the maintenance of the power plant. The substance was banned in Victoria in 2003. However, it's estimated that 146,000 employees and contractors, who worked in SEC plants from 1921 to the 1980s, were exposed to it. Between 1976 and 2008, $52.6 million has been paid to former SEC employees by the State Government insurance authority, and a further $369 million is expected to be paid out by the Victorian Managed Insurance Authority to former employees. [43]

In June 2010, the EPA confirmed it was investigating reports asbestos could be in one of Hazelwood's smoke stacks. A former worker claims to have lost his job after speaking out about asbestos at a health and safety meeting. Speaking to The Express newspaper he said, "It is not just in the stacks, it's everywhere, the place is riddled with it, Hazelwood has no duty of care to its workers or the public." Another worker, trained in asbestos identification, said for years Hazelwood management had ignored workers' concerns. International Power Hazelwood spokesperson Neil Lawson has responded, "It is well documented that there is still an amount of contained asbestos material which, if required, is being progressively and safely removed by specialised licensed contractors during major plant outages and maintenance activities." [44] The same newspaper subsequently reported comments by the EPA that the Hazelwood business had no case to answer and that asbestos fibres were not present in its smokestacks.

Criticisms and responses

The Australian Conservation Foundation has put the A$400 million 2005 Hazelwood expansion [45] in context by comparing it to Victoria's five-star energy efficient homes standard, which is expected to save 200,000 tonnes (200,000 long tons; 220,000 short tons) of greenhouse gases per annum. The ACF reasons that Hazelwood's operations would cancel out that benefit every four days. Former ACF Executive director Don Henry said he would follow formal objections with legal action to prevent the grant of 'new' coal to IPRH. Most of the West Field coal reserves were allocated to Hazelwood in 1996 in the privatisation process.[ citation needed ] The ACF did not mount any legal objection to Hazelwood's allocated coal reserves.

Environment Victoria had been campaigning for the closure of Hazelwood power station since 2005 and has pushed for alternative baseload generation through: biomass energy, wave energy, geothermal energy, new combined cycle gas fired generation plants, new cogeneration facilities, or increased imports of baseload electricity from interstate. In January 2005, the Clean Energy Future Group together with Environment Victoria released the report "Toward Victoria's Clean Energy Future", a plan to cut Victoria's Greenhouse gas emissions from electricity by 2010. It largely focused on cleaner alternatives to Hazelwood, and warned that continued support of coal-fired power development would lock the State into CO2 emissions that would dwarf any current proposed measures for reducing emissions. Following the 2014 Hazelwood mine fire, Environment Victoria worked with locals in the Latrobe Valley to ensure national attention to the pollution disaster by generating media coverage and urging an inquiry into the fire; releasing a report by Harvard University researchers about the hidden health costs of Hazelwood; appearing at both inquiries, cross-examining both government regulators and ENGIE executives and ensuring mine rehabilitation was on the agenda; and petitioning the mine owner to pay its firefighting bill to the Country Fire Authority. It afterwards entered into a campaign to improve coal mine rehabilitation efforts in Victoria and to ensure that mine rehabilitation bonds cover the actual costs of rehabilitation. in 2015, it started a petition signed by thousands of Victorians to call on the French government to phase out Hazelwood. In May 2016 the petition postcards were handed to French Environment Minister Segolene Royale on TV, which led to her response announcement that ENGIE would disengage from Hazelwood. Environment Victoria currently closely follows the Hazelwood closure process, engaging with LaTrobe Valley communities and campaigning for a just transition for the Valley. [46]

Greenpeace has pushed for a target of 20% clean energy for Victoria by 2020, expecting Hazelwood to have been retired, and to invigorate the Latrobe Valley as a clean energy hub.

In June 2009, an anonymous letter purporting to come from the Earth Liberation Front was sent to the home of the CEO of the power station, Graeme York. The letter threatened to harm property, but did not threaten physical harm against any individuals or animals, despite being portrayed as such in commercial media due to the ELF activities overseas. [47] ELF media spokesperson Jason Crawford defended the letter, but was unable to confirm that it had been sent by his organisation. [48] The ELF letter was publicly condemned by Greenpeace, whose activists had engaged in nonviolent direct action at the plant six weeks earlier. [49]

In late 2009, in response to the "Switch Off Hazelwood—Switch on Renewables" protests, the State of Victoria introduced penalties of one years' imprisonment for trespass, and two years' imprisonment for damaging, interfering, tampering, or attaching something to electricity infrastructure. This was legislated in the Electricity Industry Amendment (Critical Infrastructure) Act 2009 (Vic). The legislation has been welcomed by the power industry but criticised by green groups for supposedly criminalising non-violent civil disobedience, and has been compared to the lockdown powers of the Major Events Act 2009, which has been reportedly used to intimidate and disperse peaceful protesters in NSW. [50]

Protest and civil disobedience at Hazelwood

On 11 August 2005 approximately 50 student environmentalists and Greenpeace volunteers unfurled a "Quit Coal" banner outside the plant while 12 activists occupied the brown coal pit, with two locking themselves to coal dredging equipment. This action drew worldwide attention to Hazelwood's CO2 emissions and their harmful impacts on the global climate.

On 6 November 2008 a group of seven people protesting against Australia's inaction on climate change walked onto the site of the Hazelwood power station and temporarily stopped one conveyor belt which carries coal from the mine to the power station. No production was lost due to adequate reserve bunker stocks of coal. [51]

On 28 March 2009, a group of around 30 people took part in a rally at the power station ahead of the 2009 Earth Hour. Two protesters chained themselves to a conveyor belt, briefly disrupting the supply of coal between the Hazelwood mine and the power plant. Again, electricity production was not disrupted from the power station despite large community outcry against the plant's operations. Three people were charged by Victoria Police for unspecified reasons. [52] On 21 May 2009, 14 Greenpeace members illegally entered the site and thought they had temporarily shut down coal production after chaining themselves to an excavator. That 'excavator' was out for routine maintenance and again, no production from either mine or station was lost. All seven were later charged by Victoria Police. [26]

September 2009 rally

500 people symbolically decommissioned the developed world's dirtiest power station at the "Switch off coal, switch on renewables" event in September 2009. Civil disobedience rally at Hazelwood September 2009.jpg
500 people symbolically decommissioned the developed world's dirtiest power station at the "Switch off coal, switch on renewables" event in September 2009.

A large mass civil disobedience rally, the largest of its kind at any Australian power station, was undertaken by a network of organisations under the banner Switch Off Hazelwood. On 13 September 2009, an estimated 500 people participated in near freezing conditions, with many camping nearby on the previous night on Hazelwood's own property beside the pondage. [53] The rally was supported by organisations and groups including the Australian Conservation Foundation, Environment Victoria and the Australian Greens. [53] Many of the participants were families and many were professional activists from Melbourne and interstate. [53] In the week before the rally, a community meeting entitled "Clean energy or coal: What future for Latrobe jobs?" was held in the nearby town of Morwell. A large number of Hazelwood employees turned up to engage the protest organisers in a spirited debate about the reality of local jobs. [54]

Organisers liaised with Victoria Police prior to and during the demonstration and publicly declared intentions to undertake "peaceful civil disobedience" by entering the grounds of the power station to place symbolic decommission notices on the plant building. The organisers also distributed guidelines asking participants to use "peaceful protest tactics" and held a number of training sessions on civil disobedience and nonviolence prior to the event. The company responded by installing a temporary perimeter fence around the plant, with police helicopters and mounted police patrolling the site on Saturday evening. On the Sunday, police contingencies included a large number of officers on foot deployed within the perimeter fence. Many were issued with handheld video recorders and digital cameras and filmed people attending the rally. Police also deployed personnel in dingies in adjacent pondage lakes. A large number of activists also deployed video recording during the day. The rally began at 11am with speeches from Australian Greens Scott Ludlam, Dave Sweeney from the Australian Conservation Foundation, author David Spratt and Melbourne based paediatrician Merryn Redenbach, amongst others, with several speakers stressing that protesters had no argument with police or plant workers and emphasising the organising group's calls for new wind turbine, solar water and insulation manufacturing capacity to be developed in the Latrobe Valley. The group then marched to the front of the power station, where several participants, including some dressed in mock Carbon Police outfits, climbed temporary fencing in an attempt to issue a "Community Decommission Order" to the power station. [55]

Part of the crowd advanced on the temporary fencing and some participants and police clashed. 22 people were arrested during the rally, many for illegally trespassing on Hazelwood property after climbing the temporary fence. One person was also charged with assault after a police officer was allegedly "thrown backwards" while trying to stop a protester who was running towards the plant gates after scaling a temporary fence. [56] Many protesters were officially charged and subsequently were recipients of diversion orders and various 'fines'. Many were able to donate their fines to charities of their choice which in some cases included their own activist groups. [57] Supporters of the protest said that nonviolent direct action and civil disobedience was necessary because other avenues to achieve change, such as petitions, letters, rallies and community meetings, had been explored and exhausted. [53] Environment groups had also lodged application to have the impact of greenhouse gas emissions considered in the Environmental Effects Statement which approved the access to Hazelwood's own coal fields in 2005. [58]

The rally was featured in the main group of lead items on every Victorian television and radio news broadcast that same evening, and in Newspapers the following morning. Hazelwood had subsequently installed permanent fencing marking its property boundary.

October 2010 rally

The replica Solar Thermal plant at the 2010 rally. Human made solar thermal plant hazelwood victoria.JPG
The replica Solar Thermal plant at the 2010 rally.
150 attendees - most from Melbourne - marched to the station on the International Day of Climate Action, 10 October 2010. Rally October 2010 Hazelwood power station.JPG
150 attendees - most from Melbourne - marched to the station on the International Day of Climate Action, 10 October 2010.

Another rally took place at the station at 11am on 10 October 2010. Approximately 150 people attended, protesters were well behaved and there were no arrests., [59] most travelling on the train from Melbourne. The rally coincided with the International Day of Climate Action. There were two training sessions held prior to the rally for participants in non-violent direct action, these occurred 18 September and 2 October at Trades Hall, Melbourne. In preparation for the rally, around 250 Police officers were stationed around the perimeter of the station. The Hazelwood business had erected several kilometres of permanent fencing in contrast to the previous year's rally, before which only temporary fencing was erected. The march caused local roads to be closed to the disruption of local community. The march to the station began at 11am and upon reaching the station's entrance, participants heard speeches from several speakers including Australian Greens Eastern Victorian upper house candidate Samantha Dunn and Beyond Zero Emissions' Mark Ogge, with Rod Quantock as the MC. Protesters were not allowed access beyond the road reserve outside the station itself. Following speeches, participants then built the largest ever replica Solar Thermal plant.

ASIO surveillance of protestors

In 2012 the media revealed that ASIO had been increasing its activity in monitoring anti-coal protestors. Minister Martin Ferguson named the Hazelwood power station as a focus of key concern. The surveillance measures were described as "intolerable" by then Australian Greens leader, Bob Brown. [60]

Carbon capture trials

A two-year pilot trial of an algae photobioreactor was undertaken at Hazelwood in the early 2000s by Energetix, a division of the Victor Smorgon Group. The apparatus housed algae that feed on emissions from the smoke stacks, which were then harvested and turned into biofuels. The technology Hazelwood used was developed at MIT and was licensed from Greenfuels. The trial was successful and has now concluded. [61] However, the technology was found not to be commercially viable and was not pursued further. [61]

In July 2009, International Power opened a carbon capture and storage demonstration plant at Hazelwood. The process takes emissions from the power station smoke stacks, extracts CO2 and uses a chemical process to turn it into calcium carbonate. The resulting solid can then be stored above ground or sold to industry. The trial facility captured 25 tonnes or 0.05% of daily emissions from the plant, and had the possibility to scale up to 50 tonnes per day. [62]

Unit 6 starting up after a shut down, March 2008 Hazelwood Power Station ESP.jpg
Unit 6 starting up after a shut down, March 2008
Unit 1 shutting down for the closure of Hazelwood, 29 March 2017 Hazelwood Power Station Closure 2.jpg
Unit 1 shutting down for the closure of Hazelwood, 29 March 2017
Smoke plume seen from across the Hazelwood pondage Hazelwood Power Station Closure 3.jpg
Smoke plume seen from across the Hazelwood pondage
Demolition of Hazelwood Power Station 30 November 2020 Hazelwood Power Station Demolition.jpg
Demolition of Hazelwood Power Station 30 November 2020

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The Loy Yang Power Station is a brown coal- fired thermal power station located on the outskirts of the city of Traralgon, in south-eastern Victoria, Australia. It consists of two sections, known as Loy Yang A and Loy Yang B. Both Loy Yang A and B are supplied by the Loy Yang brown coal mine. The Loy Yang power stations are located in the brown coal rich Latrobe Valley, along with the Yallourn Power Station.

EnergyAustralia is an electricity generation, electricity and gas retailing private company in Australia. It is one of the "big three" retailers in the National Electricity Market. It generates electricity primarily using coal fired generation, at the Yallourn Power Station in Victoria, and the Mount Piper Power Station in New South Wales. 10% of its generation is from wind power, 32% from gas, and 58% from coal. It is Australia's second biggest emitter of greenhouse gases, after AGL Energy. As a loss making company in 2023, its parent in Hong Kong, CLP Group, has stated that it is looking for partners for renewable energy investment, however as of this time, there were no plans to build new renewable energy itself.

<span class="mw-page-title-main">Yallourn Power Station</span> Australian coal-fired power station

The Yallourn Power Station, now owned by EnergyAustralia a wholly owned subsidiary of the Hong-Kong-based CLP Group, is located in the Latrobe Valley of Victoria, Australia, beside the Latrobe River, with the company town of Yallourn located to the south west. Yallourn PS was a complex of six brown coal–fired thermal power stations built progressively from the 1920s to the 1960s; all except one have now been decommissioned. Today, only the 1,450 megawatts (1,940,000 hp) Yallourn W plant remains. It is the second largest power station in Victoria, supplying 22% of Victoria's electricity and 8% of the National Electricity Market. The adjacent open cut brown coal mine is the largest open cut coal mine in Australia, with reserves sufficient to meet the projected needs of the power station to 2028. On 10 March 2021, EnergyAustralia announced that it will close the Yallourn Power Station in mid-2028, four years ahead of schedule, and instead build a 350 megawatt battery in the Latrobe Valley by the end of 2026. At the time, Yallourn produced about 20% of Victoria's electricity.

<span class="mw-page-title-main">State Electricity Commission of Victoria</span> Government electricity supplier in Victoria, Australia

The State Electricity Commission of Victoria is a government-owned renewable electricity investment enterprise in Victoria, Australia. Originally a major energy supplier in the state, the SEC was privatised in the 1990s before being revived in 2023 to invest in renewable energy and storage.

<span class="mw-page-title-main">Munmorah Power Station</span>

Munmorah Power Station is a demolished coal-fired power station with four 350 MW English Electric steam driven turbo-alternators for a combined capacity of 1,400 MW. The station was located near Doyalson, on the shores of Lake Munmorah, New South Wales, Australia and was owned and operated by Delta Electricity, a company owned by the New South Wales Government.

<span class="mw-page-title-main">Anglesea Power Station</span> Former brown coal power station in Australia

The Anglesea Power Station was a brown coal–powered thermal power station located at Anglesea, in Victoria, Australia. The station had one steam turbine, with a capacity of 150 megawatts (200,000 hp). It was operated by Alcoa of Australia and supplied almost 40% of the electricity used by the company's Point Henry aluminium smelter, until the smelter's closure in August 2014.

<span class="mw-page-title-main">Energy Brix Power Station</span>

The Energy Brix Power Station was a brown coal–fired thermal power station located at Morwell, in Victoria, Australia. The power station was used to supply electricity for the retail market, as well as the production of briquettes in the adjacent Energy Brix briquette works. It was shut down in August 2014 and is currently the earliest surviving large-scale power station designed to provide electricity to the state electricity network.

<span class="mw-page-title-main">Coal-fired power station</span> Type of thermal power station

A coal-fired power station or coal power plant is a thermal power station which burns coal to generate electricity. Worldwide there are over 2,400 coal-fired power stations, totaling over 2,000 gigawatts capacity. They generate about a third of the world's electricity, but cause many illnesses and the most early deaths, mainly from air pollution.

<span class="mw-page-title-main">Newport Power Station</span>

The Newport Power Station was a complex of power stations located on the west bank of the Yarra River, approximately 6 km south-west of Melbourne, Victoria, Australia, in the suburb of Newport. Newport A, B, and C were coal-fired plants which operated at the site between 1919 and the 1980s, and were claimed to be the largest power station in the southern hemisphere in 1953 with 42 boilers and 14 turbo-alternators producing 327 megawatts (439,000 hp).

<span class="mw-page-title-main">Energy in Victoria</span>

Energy in Victoria, Australia is generated using a number of fuels or technologies, including coal, natural gas and renewable energy sources. Brown coal, historically, was the main primary energy source for the generation of electricity in the state, accounting for about 85% of electricity generation in 2008. The amount of coal-fired power has decreased significantly with the closure in 2017 of the Hazelwood power station which supplied around 20% of Victoria's electricity, and to a lesser extent with the exit of Anglesea power station in 2015. Brown coal is one of the largest contributors to Australia's total domestic greenhouse gas emissions and a source of controversy for the country. Australia is one of the highest polluters of greenhouse gas per capita in the world.

<span class="mw-page-title-main">Engie</span> French multinational utility company

Engie SA is a French multinational utility company, with its headquarters in La Défense, Courbevoie, which operates in the fields of electricity generation and distribution, natural gas, nuclear, renewable energy and petroleum. It is active in both upstream and downstream activities.

<span class="mw-page-title-main">Coal in China</span>

China is the largest producer and consumer of coal and the largest user of coal-generated electricity in the world. The share of coal in the Chinese energy mix declined to 55% in 2021 according to the US Energy Information Agency.

<span class="mw-page-title-main">Yallourn 900 mm railway</span>

The Yallourn 900 mm railway was a 900 mm narrow gauge railway operated by the State Electricity Commission of Victoria in the Latrobe Valley of Victoria, Australia. The railway was built for the haulage of brown coal and overburden between the Yallourn open cut mine, briquette works, and power station. The Morwell Interconnecting Railway (ICR) was later constructed, linking the Yallourn mine complex with the Hazelwood open cut, briquette works, and power station.

Carbon capture and storage (CCS) is a technology that can capture carbon dioxide CO2 emissions produced from fossil fuels in electricity, industrial processes which prevents CO2 from entering the atmosphere. Carbon capture and storage is also used to sequester CO2 filtered out of natural gas from certain natural gas fields. While typically the CO2 has no value after being stored, Enhanced Oil Recovery uses CO2 to increase yield from declining oil fields.

Refined coal is the product of the coal-upgrading technology that removes moisture and certain pollutants from lower-rank coals such as sub-bituminous and lignite (brown) coals, raising their calorific values. Coal refining or upgrading technologies are typically pre-combustion treatments and processes that alter the characteristics of coal before it is burned. Pre-combustion coal-upgrading technologies aim to increase efficiency and reduce emissions when coal is burned. Depending on the situation, pre-combustion technology can be used in place of or as a supplement to post-combustion technologies to control emissions from coal-fueled boilers. A primary benefit of refined coal is the capacity to reduce the net volume of carbon emissions that is currently emitted from power generators and would reduce the number of emissions that is proposed to be managed via emerging carbon sequestration methodologies. Refined coal technologies have primarily been developed in the United States. Several similar technologies have been researched, developed, and tested in Victoria, Australia, including the Densified coal technology developed to alter the chemical bonds of brown coal to create a product that is cleaner, stable, exportable and of sufficiently high calorific value to be a black coal equivalent.

<span class="mw-page-title-main">Energy in Australia</span> Overview of the production, consumption, import and export of energy and electricity in Australia

Energy in Australia is the production in Australia of energy and electricity, for consumption or export. Energy policy of Australia describes the politics of Australia as it relates to energy.

A carbon pricing scheme in Australia was introduced by the Gillard Labor minority government in 2011 as the Clean Energy Act 2011 which came into effect on 1 July 2012. Emissions from companies subject to the scheme dropped 7% upon its introduction. As a result of being in place for such a short time, and because the then Opposition leader Tony Abbott indicated he intended to repeal "the carbon tax", regulated organizations responded rather weakly, with very few investments in emissions reductions being made. The scheme was repealed on 17 July 2014, backdated to 1 July 2014. In its place the Abbott government set up the Emission Reduction Fund in December 2014. Emissions thereafter resumed their growth evident before the tax.

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