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Lynas’ rare earths miner: its troubles are a reminder that even renewables technologies involve radioactive trash

Toxic waste: Lynas Corporation and the downside of renewable energy, Independent Australia, 28 April 2019  In some cases, renewable energy can have profoundly harmful environmental effects if not managed correctly, writes Noel Wauchope.AUSTRALIA’S LYNAS CORPORATION is currently under the business and political spotlight. The current controversy over Lynas rare earth elements company is a wake-up call to an area of vulnerability in renewable technologies – the radioactive pollution produced by developing the rare earth elements essential for today’s hi-tech devices. Electric cars, batteries, energy efficient lighting, smartphones, solar panels, wind turbines and so on all need some of the 17 mineral elements classed as rare earth. The mining and processing of this produces radioactive trash.

Environmentalists, in their enthusiasm for renewable energy, seem unaware of this fact, while they rightly condemn coal and nuclear power, for their toxic by-products.

Australia’s Lynas Corporation has two major rare earth facilities — mining at Mount Weld, Western Australia, and processing at Kuantan, Malaysia. For years, there’s been a smouldering controversy going on in Malaysia, over the radioactive wastes produced by the refining facility at Kuantan.

Now, this has come to a head. On 17th April, the Malaysian Government insisted that Lynas Corp must remove more than 450,000 tonnes of radioactive waste from the country, for its licence to be renewed in September.

Australian Government legislation and policy prohibits the import of radioactive waste. However, some categories of radioactive waste are exempt from this law, if they contain very low levels of radioactivity.

Here’s where it all gets terribly complicated.

Wesfarmers wants to take over Lynas. The Australian Securities and Investments Commission (ASIC) is examining this, and especially Wesfarmers’ involvement with the Malaysian government. The Age on 16 April, reported that Prime Minister Mahathir, following discussions with Wesfarmers, announced that a company interested in acquiring Lynas had promised to extract the radioactive waste before exporting the ore to Malaysia.

All this raises the question of exactly what would an Australian company, such as Wesfarmers, do with that radioactive waste? This is a thorny problem. And what would Lynas do about their current problem?……

It is complicated to grasp the methods used and just what is required for the proper cleanup of the Lynas rare earth elements refining. Lynas CEO Amanda Lacaze maintains that the wastes left behind are only marginally radioactive. ……

culture and history really have their impact, precisely in Malaysia’s experience of rare earth processing. Even if the Lynas waste really is only slightly radioactive, Malaysians remember the environmental and health disaster of Bukit Merah; where, early this century, rare earth processing left a toxic wasteland.

China’s rare earth element processing disaster in Inner Mongolia is better known, an environmental catastrophe from the 1960s which lingers today. Modern processing has improved safety in waste management. In relation to nuclear power, there is an abundance of information on radioactive waste management, for China and for other countries. However, there’s little or no information that’s easily available to specifically discuss radioactive waste from rare earth processing.

Australia does have another, smaller, rare earth elements mining and processing operation, Arafura Resources, in Central Australia. The Northern Territory Environment Protection Authority (EPA) found this acceptable…..

What is clear, is that the production of the world’s hi-tech devices is not a simple matter as far as the environment goes. Climate change activists, anti-nuclear activists and environmentalists in general can keep on promoting renewable energy and electric cars.

But they seem to be blind to the total picture, which includes the downside. Obviously, it is necessary to ensure safer disposal of the trash from rare earth mining and processing. A better idea is to develop the design of devices so that the minerals can be retrieved from them and recycled, thus greatly eliminating the need for mining rare earth. And this is beginning to happen.  …..

Energy conservation is the biggest factor in the change that is needed. Social change, however difficult that will be, is going to be the most important answer — the transition from a consumer society to a conserver society.

The Lynas radioactive trash controversy is not going to go away quickly, however much governments and corporations want to keep it under wraps. And it also could be a catalyst for discussion on that downside of renewable and hi-tech devices. This is something to think about as we throw away last year’s iPhone in favour of the latest model.  https://independentaustralia.net/environment/environment-display/toxic-waste-lynas-corporation-and-the-downside-of-renewable-energy,12619#disqus_thread

April 29, 2019 Posted by Christina Macpherson | AUSTRALIA - NATIONAL, energy, rare earths | Leave a comment

Western Australian Aboriginal community uses solar hydropanel to solve problem of uranium in water

Buttah Windee in remote WA now has clean water thanks to solar hydropanel technology   https://www.abc.net.au/news/2019-03-31/solar-hydropanels-fix-water-supply-in-remote-community/10941788?fbclid=IwAR2j446RfOuRIZNBC0K1xY6CWBq3Jnn48zx0b-WiuI8o96Jklb-bL1pfZHQ

ABC Mid West and Wheatbelt

By Dominique Bayens  31 Mar 19 A fight for safe drinking water at Buttah Windee in Western Australia has been a fight for the survival of the community, and a battle they are proud to have won on their own.

Key points:

  • Six solar hydropanels have been installed in the small WA community, capturing 900 litres of water a month from the air
  • The community had discovered its water supply contained uranium more than twice the national health standard, and the State Government deemed it too expensive to address
  • With the help of crowdfunding and technology donated by a WA company, the residents of the community no longer need to live elsewhere

The remote Aboriginal community is 760 kilometres north-east of Perth on the outskirts of Meekatharra.

Almost a decade ago, resident Andrew Binsiar discovered the community’s water was tainted with naturally occurring uranium at more than twice the national health standard.

“I was actually very surprised,” he said.

“You’d imagine people would test the water for human consumption before people are allowed to drink it.”

Unable to drink the community’s tap water, most of the 50 people who lived at Buttah Windee left.

Too expensive to fix: State Government

But for Andrew Binsiar and his wife Janine, leaving the home where they had raised their five children was not an option.

He turned to the State Government for help, but was told fixing the water supply would be too expensive.

“They come out and put up ‘do not drink the water’ signs and that was their solution to it,” Mr Binsiar said.

The State Government offered to move the remaining residents into state housing in Meekatharra, but Mr Binsiar was apprehensive about exposing his family to the town’s social issues.

“We knocked them back … for the simple reason I’d already been there and done that. My life changed when I moved here,” he said.

“I wasn’t a very good father when I lived in Meeka.”

Solar hydropanels pull water from air

Almost a decade on, Buttah Windee is the first remote Aboriginal community in Australia to use innovative technology for its water supply.

Six solar hydropanels have been installed at the outback community, donated by a WA company who heard about the community’s plight and wanted to help out.

Director of Wilco Electrical Frank Mitchell said the units captured water from the air and produced up to 900 litres of water a month.

“Those fans, you can hear them whirring away, are just drawing in air all day, all around, and the piece of material inside collects … the moisture in the air, then condenses down into the tank where it’s got a pump straight out to the tap,” he said.

Mr Binsiar said it was a simple idea, which should be introduced to all remote communities.

“Water is a basic human right that everyone deserves,” he said.

“It could mean better health for your children … I would guarantee that most communities have bad water.”

Crowdfunding rallies support

The near decade-long battle for clean drinking water has not come easily for the Buttah Windee residents, with Mr Binsiar turning to crowdfunding as a last resort.

Word spread quickly when Mr Binsiar began the fundraising campaign last year, and people from across Australia donated nearly $26,000 in three months.

“It was a huge success. The Australian public have been awesome,” he said.

Mr Binsiar used the funds to install a reverse osmosis water treatment plant.

“Reverse osmosis takes out all the contaminants in the water … on the back end of it, it puts the minerals your body needs back into the water,” he said.

“They’ve given us a chance where no-one else would and we are really proud of what we have done here.”

Barramundi fish farm to boost employment

The two separate systems now supply the community with safe drinking water and enough water to run a small barramundi fish farm.

Mr Binsiar and several residents built the fish farm hoping it would eventually provide local employment and a potential source of income.    “Hopefully we can continue on and make it bigger and provide this region with fresh barramundi,” he said.

“I’d like to welcome everyone out to Buttah Windee and come and look at the work we do.”

April 1, 2019 Posted by Christina Macpherson | aboriginal issues, environment, solar, Western Australia | Leave a comment

New South Wales Labor’s pledge for ‘solar schools’

Labor promises $100 million for ‘solar schools’ https://www.smh.com.au/nsw-election-2019/labor-promises-100-million-for-solar-schools-20190315-p514i9.html, By Lisa Visentin, March 17, 2019 Labor leader Michael Daley has pledged to spend $100 million installing solar panels on hundreds of public schools across NSW.

Mr Daley linked his “solar schools package” to the recent student strike over climate change inaction, and said the policy would help teach students about renewable energy.

“As we saw at rallies across the country on Friday, the next generation is demanding real action on climate change,” Mr Daley said.

“Putting solar panels on schools will help students further their knowledge about renewable energy, as well as bring down their school’s power bills and reduce emissions.”

Under Labor’s plan, solar panels would be installed at 350 government schools. The $100 million package would be funded as part of the Labor’s $800 million “cool schools” policy to install airconditioning in every single classroom in the state.

Mr Daley’s announcement comes after he publicly backed the striking school students during a speech earlier in the week, describing their actions as a “demonstration of young leadership”.

His endorsement drew fire from Premier Gladys Berejiklian who said she was “appalled” the alternate premier was encouraging students to skip school.

It comes as a recent ReachTEL poll revealed climate change was a pressing concern for most NSW voters, with 57.5 per cent of voters saying it would influence the way they voted.

As part of the state election campaign, Ms Berejiklian has announced interest-free loans to 300,000 households for solar and battery systems while Labor has pledged to put solar on 500,000 homes over the next decade through rebates.

Labor has championed its policies on climate change as a key point of difference with the Coalition, with Mr Daley promising to appoint NSW’s first minister for climate change if elected premier.

Ms Berejiklian earlier this week restated her government’s support for action on climate change and said NSW had the largest renewable projects in Australia.

“We’ve had a consistent position since we’ve been in government, that climate change is real and that as a government we need to do everything we can to deal with it and we have been,” she said.

March 18, 2019 Posted by Christina Macpherson | New South Wales, politics, solar | Leave a comment

Australia’s Previous Chief Scientist spells it out on global warming

Repeating this item. What a pity that the excellent full article has been removed from the Australian government website!

Why we must act now to reduce greenhouse gas emissions

Australian Government 8 Dec 09 Despite world attention, humans emit more greenhouse gases every year than they did the year before. It’s a situation that Australia needs to help turn around if we don’t want to bear the brunt of climate change, says Chief Scientist Professor Penny Sackett……

…..The Greenhouse Effect
The sun continuously bathes the Earth with energy in the form of sunlight. Much of this energy is absorbed by the Earth, and then emitted as infrared radiation, or heat. Greenhouse gases prevent the Earth from discarding as much of this heat as it otherwise would back into space.

Without naturally occurring greenhouse gases, the Earth would be a much colder place, inhospitable to modern human existence. But by the same token, the additional greenhouse gases added to this store by humans is slowly increasing the average temperature of the Earth system.

Due to the quantity in which it is emitted by humans, its longevity in the atmosphere, and its effects in trapping heat, carbon dioxide is the most important of the greenhouse gases currently causing changes in the Earth’s climate……

In Australia, extreme fire danger days are already becoming more numerous in many parts of the country, and floods and cyclones more intense.

Research by the CSIRO indicates that the frequency of days with very high and extreme Forest Fire Danger Index ratings is likely to increase by 15 to 70 per cent by 2050 in southeast Australia…..

Why we must act now to reduce greenhouse gas emissions | Chief Scientist of Australia

March 16, 2019 Posted by Christina Macpherson | 1, AUSTRALIA - NATIONAL, climate change - global warming, energy | climate change, climate change - global warming, energy | 1 Comment

Climate and Energy Policies – Liberal/National versus Labor

Libs v Labor: climate and energy policies, https://www.sbs.com.au/news/libs-v-labor-climate-and-energy-policies

A comparison of the climate and energy policies of the Morrison government and the Labor Party.

Liberal-Nationals

– $2 billion boost to the Emissions Reduction Fund over 10 years, rebranded as the Climate Solutions Fund.

– The Paris agreement target for emissions of 26 to 28 per cent below 2005 levels by 2030.

– Renewable Energy Target, to deliver 33,000 gigawatt hours of additional electricity from renewable energy sources in 2020.

– Continuing to fund the Australian Renewable Energy Agency until 2022, and investing  what’s left of the $10 billion Clean Energy Finance Corporation.

– Default market prices for energy.

– Underwriting new generation plan to inject more energy into the network.

Labor

– $10 billion for the Clean Energy Finance Corporation over five years.

– $5 billion to set up an independent Energy Security and Modernisation Fund.

– $31 million for an Energy Productivity Agenda.

 45 per cent emissions reduction target by 2030.

– 50 per cent of power from renewables by 2030.

SOURCE AAP

February 26, 2019 Posted by Christina Macpherson | AUSTRALIA - NATIONAL, climate change - global warming, energy, politics | Leave a comment

Morrison govt stalls Australia’s first offshore wind farm

Australia’s first offshore wind farm being stalled by Morrison Government http://www.mua.org.au/australia_s_first_offshore_wind_farm_being_stalled_by_morrison_government?fbclid=IwAR03wrT3rnusfJfKqLdcDaHlm2qGTdLjKAUBBcVQbhTv-PfxC3_CmeSwEFE

by Mua Comms on February 21, 2019

Development of Australia’s first offshore wind farm, which would power up to 1.2 million homes, has been stalled by Energy Minister Angus Taylor’s failure to sign off on an exploration license allowing a detailed assessment of the wind resource to commence.

Development of Australia’s first offshore wind farm, which would power up to 1.2 million homes, has been stalled by Energy Minister Angus Taylor’s failure to sign off on an exploration license allowing a detailed assessment of the wind resource to commence.

The Department of the Environment and Energy confirmed during Senate Estimates that an evaluation of the project has been undertaken, a plan for a customised exploration license developed, and a briefing and recommendations provided to the Energy Minister, but that the project can progress no further without the Minister granting the exploration license.

The Star of the South project seeks to construct 250 wind turbines in Commonwealth waters off the coast of Victoria’s Gippsland region, generating up to 20 per cent of Victoria’s electricity needs and feeding the power into the National Electricity Market via an underground cable to the Latrobe Valley.

The Maritime Union of Australia said the project — which the company claims will create up to 12,000 manufacturing and construction jobs and slash Australia’s carbon emissions — appeared to be falling victim to the Morrison Government’s ideological hatred of renewable energy.

MUA Deputy National Secretary Will Tracey said the exploration license awaiting approval did not allow construction to commence and was simply about allowing the use of floating buoys and platforms off the Gippsland coast to gather wind and wave observations.

“We have a major wind project that would create thousands of jobs and provide clean, reliable energy for more than a million Australian households, but because of their ideological hatred of renewable energy the Morrison Government appears to be actively stalling its development,” Mr Tracey said.

“The Star of the South project has been in the works since 2012, yet in this time no legislation has been put forward, no regulatory framework put in place, and no responsible agency nominated, despite offshore wind being an established industry internationally.

“Now we have revelations from Senate Estimates that Energy Minister Angus Taylor has been briefed on the project and presented with recommendations, yet the exploration license continues to sit on his desk gathering dust.

“Rather than support renewable energy projects, under the Morrison Government we can’t even get approval for a few wind measurement buoys off the Gippsland coast.

Energy Minister Angus Taylor must get off his hands and immediately allow the Star of the South wind project to move forward to the exploration stage.”

Mr Tracey said offshore wind generation was a mature industry internationally which has successfully operated for two decades, but Australia was falling behind, putting future employment opportunities at risk.

“This project isn’t just about generating renewable energy and tackling climate change, it’s about creating secure jobs for the future, particularly for workers who are being displaced from the offshore oil and gas industries,” he said.

“The Federal Government urgently needs to put in place a plan to support the development of the offshore wind industry, including a clear regulatory framework, along with the right port infrastructure and specialised construction vessels to roll out this project and others like it as quickly as possible.”

February 25, 2019 Posted by Christina Macpherson | AUSTRALIA - NATIONAL, climate change - global warming, politics, wind | Leave a comment

New South Wales Labor announces plan for 500,000 households to get rooftop solar

Labor announces plan for 500,000 households to get rooftop solar, https://www.smh.com.au/national/nsw/labor-announces-plan-for-500-000-households-to-get-rooftop-solar-20190209-p50wrl.html, By Laura Chung,February 9, 2019 NSW Labor has announced it will support a program to help 500,000 households to install rooftop solar, reducing electricity bills in the next 10 years.

Under Labor’s Solar Homes policy, owner-occupied households in NSW with a combined income of $180,000 or less would be eligible for a rebate, to be capped at $2200 per household.

Shadow Minister for Energy and Climate Change, Adam Searle, said the policy could add solar to an additional million homes over the next decade, and could save the average household anywhere between $600 and $1000 a year on electricity bills.

“This is a bold program to push NSW to the front of the energy revolution,” he said. “This will significantly cut electricity bills and carbon emissions.”

“We will have much more to say about energy and tackling climate change.”

The program would be phased in during the 2019-2020 financial year. The policy announcement comes ahead of the launch of Labor’s campaign bus, which will travel around the state from Sunday.

The Smart Energy Council said Labor’s policy addressed two of NSW residents’ main concerns: the cost of living and climate change.

It shows “a strong commitment towards climate change” and is a “sign of confidence in renewable energy, a critical part of NSW’s future,” a spokesman said.

The council said it would like to see a stronger commitment from both the NSW Government and the Opposition to supporting families’ purchases of household solar batteries, which would provide people “with a greater sense of control of power and how they use power.”

In a statement, deputy leader of NSW Liberals Dominic Perrottet said Labor “cannot be trusted” to deliver more affordable, reliable and clean energy, “with a history of energy cost blowouts and blunders”.

The NSW Coalition government “is getting on with the job of taking pressure off electricity prices, while maintaining energy security,” Mr Perrottet said.

February 10, 2019 Posted by Christina Macpherson | New South Wales, politics, solar | Leave a comment

Renewable power costs less than nuclear

PAT CONROY: Renewable power costs less than nuclear https://www.theherald.com.au/story/5880610/renewable-power-costs-less-than-nuclear/?fbclid=IwAR0-Upp9z0ZN2kv9P_fItO6uDJEf89pKvl2t0fXLK14roYCbNq69EWwtSlo Nuclear power is the fool’s gold of energy policy. On the surface, beautiful, but when tested it proves to be a mirage.

Senator Brian Burston (Opinion 31/1) argued nuclear power was a panacea to the current energy policy crisis that would make energy affordable for all.

But even if we could build a nuclear power industry from close to scratch, and even if we could persuade a community to accept a station in their neighbourhood, it would actually increase electricity prices.

Nuclear power is among the most expensive forms of electricity generation.

The UK government is paying the owners of the Hinkley Nuclear Power Station about $200 per megawatt hour (MWh) for nuclear power, indexed for inflation for the next 35 years. By contrast the current NSW wholesale electricity price is about $80/MWh. When you compare cost of alternatives, nuclear loses. The levelised cost of energy is the best way to compare technologies. It accounts for the fact that solar produces electricity about 30 per cent of the time, wind 40 per cent and coal 85 per cent.

The levelised cost of energy of a solar farm is $60MWh and wind is $50/MWh. The cost of nuclear in nations with established industries is between $160/MWh and $270/MWh. To make solar and wind completely reliable, you need to firm it up with back-up sources, usually a combination of gas plants, pumped hydro storage and batteries.

Power companies and government estimates put this cost at $15/MWh.

Wind power made completely reliable will cost Australians about $75/MWh. That is less than the current cost of producing electricity and a third of the cost of nuclear.

The Australian Energy Market Operator has found that the cheapest new energy for Australia is renewable energy backed up by pumped hydro storage and gas.

As the cost of generating electricity makes up 35 per cent of a consumer’s bill, by arguing for electricity produced at three times the cost, Senator Burston is arguing for a consumer’s electricity bill to be 70 per cent higher. Labor’s policy of supporting a national energy guarantee has been overwhelmingly supported by the energy industry, unions and environment groups. It will deliver 50 per cent renewable energy in a planned way that ensures electricity is as cheap as possible and reliable.

Independent modelling predicts that the 50 per cent renewable plan will lead to wholesale energy prices being 25 per cent lower and the creation of 71,000 jobs from construction through to maintenance.

February 2, 2019 Posted by Christina Macpherson | AUSTRALIA - NATIONAL, energy | 1 Comment

How our electricity system of the future could be powered by sun, wind and waves

What would Australia look like powered by 100% renewable energy? https://www.theguardian.com/commentisfree/2019/jan/28/what-would-australia-look-like-powered-by-100-renewable-energyNicky Ison

Our electricity system of the future could be powered by sun, wind and waves @nickymison

Mon 28 Jan 2019 iberal party donor and coal plant owner Trevor St Baker is proposing with the help of his mates in government to build two new coal power stations in Australia at the expense of taxpayers.

However, the big four banks and the big three energy companies are not having a bar of it. Indeed the majority of Australia’s energy companies are working towards a very different future for the country’s energy system, a future powered by clean, renewable energy.

There are now at least nine studies conducted during the decade that have analysed how Australia can move from an electricity system based on polluting coal and gas to one powered by the sun, wind and waves.

The Australian Energy Market Operator (AEMO) – the body tasked with making sure we have energy when we need it – found there were “no fundamental limits to 100% renewables”, and that the current standards of the system’s security and reliability would be maintained.

These studies show different pathways towards 100% renewable energy, but what they all agree on is that it can be achieved.

So how would it work? If we get our policies and regulation right, the electricity system of the future could look something like this:

1. Big on wind and solar

In future, the bulk of our electricity will come from the most affordable technologies – wind and solar photovoltaic (PV). In areas with the best renewable resources, big wind and solar projects connected to transmission lines will generate electricity to power Australia’s industry, transport, cities and exports.

Modelling by the University of New South Wales suggests that wind generation could supply up to 70% of Australia’s electricity needs, while modelling by CSIRO and Energy Networks Australia found that wind and solar could provide nearly all generation in future. UNSW’s analysis, backed up by AEMO’s Integrated System Plan, also found that many of the best solar and wind sites in Australia were in remote locations – renewable energy zones, needing new transmission investments to harvest these amazing resources.

2. Lots of different technologies in different locations

These solar and wind farms will be spread across the country, sharing their output, because in a huge continent the size of Australia, the wind is almost always blowing somewhere.

The supply gaps will then be filled with a range of on-demand renewables and storage, such as concentrating solar thermal with storage, pumped hydro, batteries (grid and domestic), sustainable bioenergy and more.

A study by Andrew Blakers at Australian National University found that pumped hydro could provide enough backup for a grid entirely powered by wind and solar power.

Hold on … hydropower in the dry continent of Australia? Yes, they have identified 22,000 potential sites, mainly off-river reservoirs in hilly terrain or abandoned mine sites, and just 0.1% of those could meet all of Australia’s storage needs in a 100% renewable grid.

This means we will move from a power system paradigm of baseload (big thermal generators) and peaking plants (quick-start gas) to one where our bulk energy is supplied by variable renewables and dispatchable renewables, and storage will fill the gaps.

3. Small, so everyone can benefit

According to CSIRO and Energy Networks Australia, between 30% and 45% of the country’s future energy generation will be local and customer-owned – in homes, businesses and communities. This means solar panels on every sunny roof, and batteries in households and commercial buildings. In apartment blocks, there will be microgrids powered by solar and batteries. Renters will join community solar projects and landlords will be required to make properties more energy efficient. When you go to the shopping centre and plug in your electric car, it will be shaded by solar panels.

. Demand is as important as supply

Future electricity use will be much more dynamic. When the sun is shining or a gale is blowing, smart software will send a signal to energy users to turn on their pumps and fill up their batteries.

When wind generation is low, batteries will be signalled to turn on. This is called demand response. As the Alternative Technology Association’s 100% Renewable Grid report found, this approach can deliver reliable grid electricity and lower energy bills – a win-win.

We will also need to use energy much more efficiently, and more thandouble productivity. Our houses, buildings, equipment, appliances, transport and industrial processes all need to become more efficient.

5. Poles and wires – we’ll build them only when we need them

Our electricity grid will continue to act as an essential service. However, households and businesses will be incentivised to use the local grid infrastructure through revised tariffs and peer-to-peer energy trading.

And while households will draw less electricity from the grid than they do now (thanks to energy efficiency or rooftop solar), the demand for electricity overall will increase as we power up domestic transport and industrial processes, ensuring that the grid we need is affordable for all.

In some places though, where it’s cost effective, edge of grid communities will be slowly taken off the grid. As the poles and wires become too expensive to maintain for just a few users, these communities will be powered by renewable microgrids and storage.

6. Industry and transport go renewable too, and not just in Australia

A pathway that gets us zero pollution energy by 2050 requires that we get to zero-pollution electricity as soon as possible. The electrification of many things that currently run on gas or liquid fuels is a crucial step.

Taking the pollution out of our transport and industrial sectors means helping them make the switch from fossil fuels to other energy sources. As our grid gets cleaner, it will make even more sense to switch from other fuels to electricity. Examples include switching from:

  • petrol to electric vehicles, which according to University of Technology Sydney could save Australians $400bn in imported oil between now and 2050;
  • gas to electric (or geothermal) heat-pumps for heating.
  • Transforming our transport sector to make it powered by 100% renewable energy will also require mode-shifting to greater public and active transport. In future, heavy transport, such as our garbage trucks, are likely to be powered by renewable hydrogen.

    In the industrial sector, we will see the rise of renewable industry precincts where heat-intensive industries can access renewable heat from bioenergy, concentrating solar thermal and renewable hydrogen production. These precincts will also be the key locations for Australia’s renewable export industries – energy-intensive products and the production of renewable hydrogen and ammonia. Our renewable exports will support countries such as Japan, South Korea and Indonesia to move towards 100% renewable energy.

  • 7. Resilient to extreme weather

    While doing our fair share to cut pollution will help avert the worst aspects of climate change, we cannot avoid the warming that is already locked into the system. As such our future electricity system will have to cope with more extreme weather events. During these, urban and rural areas will be able to island themselves, having sufficient capacity to power themselves as standalone grids for at least six to 12 hours. This creates a more resilient and reliable electricity system – the Danish electricity system operator already does this to better manage their system.

    Such a transition has engineering and policy challenges that must be addressed, but with our smartest minds on the job, creating this energy system of the future is already under way. The biggest question that remains is – will we do it at the speed that climate change demands?

    • Nicky Ison (@nickymison), founding director of the Community Power Agency and research associate at the Institute for Sustainable Futures at the University of Technology Sydney. This article was adapted from theRepower Australia Plan.

January 28, 2019 Posted by Christina Macpherson | AUSTRALIA - NATIONAL, energy, reference | Leave a comment

Despite grid problems, Australia’s solar, wind, energy boom to power ahead in 2019

Australia’s solar, wind boom to power past grid woes in 2019, Sonali Paul, MELBOURNE (Reuters) 21 Jan 19 – Australia’s wind and solar boom looks set to power through 2019 following a record year, despite grid constraints and extra scrutiny from network operators to make sure new projects don’t spark blackouts like ones that hit two years ago.

Abundant wind and sun, falling turbine and panel costs, and corporate demand for contracts to hedge against rising power tariffs have attracted dozens of international developers looking to build wind and solar farms Down Under.

Even though the developers have met with flip-flops on energy policy, a strained grid that has trouble integrating intermittent renewable power, and unexpected hook-up costs, they still see Australia as a growth market.

“We believe that we have a great future in Australia, because we have the right answers,” said Xavier Barbaro, Chief Executive of France’s Neoen (NEOEN.PA), whose biggest market is Australia.

Companies like Neoen, its compatriot Total-Eren (TOTF.PA), India’s Adani (ADEL.NS), U.S. utility AES Corp (AES.N) and Germany’s Sonnen are expanding in Australia, looking to fill a gap as ageing coal-fired plants are retired over the next two decades.

“Confidence is high as the industry enters 2019, with unprecedented levels of construction activity under way,” said Anna Freeman, a director at the Clean Energy Council, an industry group.

Australia generates nearly 20 percent of its electricity from renewables. This is forecast to jump to 75 percent over the next 20 years.

A total of 14.7 gigawatts (GW) of large-scale solar and wind projects worth A$20 billion ($14 billion) were under construction or reached financial close last year, more than double 2017’s record, according to the Clean Energy Council.

……….HOOK-UP HICCUPS

A Clean Energy Council survey of senior executives in December found grid connection is the biggest industry concern heading into 2019, Freeman said.

UK-based solar investor Octopus Investments said grid issues were what took it two years to choose its first investment in Australia. The Darlington Point solar farm is about to begin construction and will be the country’s largest.

“The grid is the biggest issue where assets fail in our project filter,” Octopus Managing Director Sam Reynolds told Reuters, declining to name projects the company rejected……..https://www.reuters.com/article/us-australia-renewables/australias-solar-wind-boom-to-power-past-grid-woes-in-2019-idUSKCN1PE0V8

January 22, 2019 Posted by Christina Macpherson | AUSTRALIA - NATIONAL, energy | Leave a comment

CSIRO/AEMO study says wind, solar and storage clearly cheaper than coal 

REneweconomy, Giles Parkinson21 December 2018 Australia’s leading scientific research group and the country’s energy market operator have released a benchmark study that shows the cost of new wind and solar – even with hours of storage – is “unequivocally” lower than the cost of new coal generation.

Even adding two and six hours of storage with batteries or pumped hydro still leaves the cost of “firm” solar and wind power cheaper than any fossil fuel alternative…….https://reneweconomy.com.au/csiro-aemo-study-says-wind-solar-and-storage-clearly-cheaper-than-coal-45724/

January 22, 2019 Posted by Christina Macpherson | AUSTRALIA - NATIONAL, energy | Leave a comment

Thanks to Leonardo Di Caprio’s foundation, Australia leads in research on renewables plus energy efficiency

‘Not too late’: Australians develop carbon model with DiCaprio’s help  https://www.canberratimes.com.au/environment/climate-change/not-too-late-australians-develop-carbon-model-with-dicaprio-s-help-20190121-p50sq5.html, By Peter Hannam, 21 January 2019  Renewable energy can supplant fossil fuels across the global economy, with Australia among the three regions best placed to benefit because of its rich solar and wind resources, according to a new study funded by the Leonardo DiCaprio Foundation’s One Earth project.
The work – based on a two-year project between the University of Technology Sydney, the University of Melbourne and German Aerospace Centre – found a combination of renewables and energy efficiency can achieve the net-zero emissions outcome needed by 2050.

“The main barrier is neither technical nor economic – it’s political,” Sven Teske, research director at the UTS’s Sydney’s Institute for Sustainable Futures, said, adding “it’s not too late” to restrict global warming to 1.5 degrees, the lower end of the Paris climate target.

The research, released on Monday at the World Economic Forum in Davos, modelled 72 regional energy grids at hourly increments through 2050, including the Australian states on the National Electricity Market and other regions.

Costs would be moderated in Australia because the average age of coal-fired power plants was about 40 years, and would soon have to be replaced anyway. Solar and wind-generated electricity was also already cheaper than new coal, he said.

Fossil-fuel use in other sectors, such as transport and agriculture, could also be phased out and replaced by synthetic fuels, particularly hydrogen. Australia’s abundant sun and wind resources gave the nation an advantage only matched by north Africa and the Middle East as a renewable powerhouse, Dr Teske said.

Australia would benefit from the transition from the export of hydrogen-based or other synthetic fuels, and from shipments of cobalt and silver used for storage and solar panels, respectively.

While biofuels offered potential to supplement renewables, the sector would be constrained by the need to maintain farm land to feed growing populations. Reforestation would also be needed to provide a carbon sink to help reduce carbon-dioxide levels, he added.

“Citing a growing body of research, we show that using land restoration efforts to meet negative emissions requirements, along with a transition to 100 per cent renewable energy by 2050, gives the world a good chance of staying below the 1.5-degree target,” Malte Meinshausen, founding director of the Climate and Energy College at the University of Melbourne, said.

The research, understood to cost in the range of $1 million, was the first in Australia by the foundation set up by prominent actor and environmentalist Leonardo DiCaprio.
Given the scant carbon budget left to keep warming from reaching dangerous levels, “every year of delay is a huge problem”, Dr Teske said.

January 22, 2019 Posted by Christina Macpherson | AUSTRALIA - NATIONAL, energy | Leave a comment

Australia’s energy trends: we could be 100% renewable sooner than you think

Australia could hit 100% renewables sooner than most people think, Guardian, Nicky Ison , 14 Jan 19.There are still people talking up coal and talking down renewable energy but we have installed more solar panels and wind turbines than ever before.

Not since the invention of the steam engine have we seen the pace of change occurring in energy systems around the world. In Australia our electricity system is changing rapidly, from new technologies and business models to changes in policy and perhaps even regulation. As the year begins, here are five energy trends you should expect to see in 2019.

1. More action towards 100% renewable energy

Last year was a boom year for renewables. Despite rhetoric from some political quarters talking up coal and talking down renewable energy, we installed more solar panels and wind turbines than ever before. There are at least 40 large-scale wind and solar projects in construction in Australia, totalling over 6000MWs of new generation capacity. This means renewables will continue on a steep growth curve as analysis by the Melbourne University Climate and Energy College shows.

This rapid growth in renewables and soon battery storage is at least in part driven by a corresponding reduction in cost. Bloomberg New Energy Finance analysis reveals a compound annual reduction in cost of battery storage of 21% over eight years. Facts such as these are the engine driving us towards 100% renewables at a pace much faster than most pundits think.

At a political level California has just legislated a move to 100% renewables, while at home South Australia, Tasmania and the ACT are on track to be net 100% renewables in the next few years. With everyone from tech billionaires to school students demanding 100% renewables, pressure for a more rapid shift to renewables is likely to continue to build.

Many still think that 100% renewables can’t be done. In 2017 ANU, Energy Networks Australia and CSIRO joined the ranks of Australia’s leading institutions on energy that have now done their own plans to show Australia can reliably achieve 100% renewables. This takes the number of 100% renewables plans for Australia to more than 10.

In the corporate sector, global initiative The RE100 has arrived in Australia. This initiative which encourages companies to commit to 100% renewables has seen global companies headquartered outside of Australia such as Carlton United Breweries and Ikea lead the way. In late 2018 Commonwealth Bank became the first Australian company to join, signing a large power purchase agreement in the process.

2. Solar for renters and other locked-out energy users……..For a long time these households have been in the too-hard basket for policymakers and industry alike. However, there are signs that in 2019 this could be changing. The Victorian and South Australian governments have announced policies to support 50,000 rental properties to access solar, and for South Australia, batteries also. In NSW the government is trialling a program of solar for 15,000 low-income energy rebate customers. These are small steps, but if scaled could start to change the current trend towards solar energy haves and have-nots.

3. Community energy going gangbusters

Communities are also taking matters into their own hands, developing innovative community-owned clean energy projects and implementing plans to move to 100% renewables. Despite a lack of interest from mainstream energy players and little policy support, Australia’s community energy sector has grown to more than 105 groups and 174 operating projects. Most famously the communities of Yackandandah and Daylesford……

4. A battle between good and bad hydrogen

Hydrogen fuel is not a new idea, yet in 2019 hydrogen is likely to make significant strides towards becoming a major part of our global energy ecosystem……..

5. Clean energy elections

No 2019 trend article is complete without mentioning the upcoming elections. According to researcher Rebecca Huntly climate change is a top issue with the electorate and as such both the NSW and federal elections are going to have a focus on climate and energy policy whether politicians like it or not…….https://www.theguardian.com/commentisfree/2019/jan/14/australia-could-hit-100-renewables-much-sooner-than-most-people-think

January 15, 2019 Posted by Christina Macpherson | AUSTRALIA - NATIONAL, energy | Leave a comment

The problem of hazardous waste from discarded old solar panels

I have long been worried that environmentalists are seen to be enthusiastic about renewable energy, seeing it as the panacea for the world’s climate woes.  Solar power is a great technology for replacing polluting fossil fuel power, but it’s only a part of what needs to be done – in the urgently needed transition from our wasteful CONSUMER SOCIETY to a CONSERVER SOCIETY.  It must not become a contributor to the waste disaster. 
Waste crisis looms as thousands of solar panels reach end of life,  https://www.theage.com.au/politics/federal/waste-crisis-looms-as-thousands-of-solar-panels-reach-end-of-life-20190112-p50qzd.html By Nicole Hasham, 13 Jan 19,Thousands of ageing rooftop solar panels represent a toxic time-bomb and major economic waste unless Australia acts swiftly to keep them out of landfill, conservationists and recyclers say.

Australia’s enthusiastic embrace of rooftop solar has brought clear environmental and economic benefits, but critics say governments have dragged their feet in addressing the looming waste crisis.

As of December more than 2 million Australian households had rooftop solar installed. The uptake continues to grow due to the technology’s falling cost and rising electricity bills.

Photovoltaic panels last about 30 years, and those installed at the turn of the millennium are nearing the end of their lives. Many have already been retired due to faults or damage during transport and installation.

The nation’s environment ministers in April last year agreed to fast-track the development of new product stewardship schemes for photovoltaic solar panels and associated batteries. Such schemes make producers and retailers take responsibility for an item across its life cycle.

However, Total Environment Centre director Jeff Angel, a former federal government adviser on product stewardship, said action was long overdue and the delay reveals a “fundamental weakness” in Australia’s waste policies.

“We’ve had a solar panel industry for years which is an important environmental initiative, and it should have been incumbent on government to act in concert with the growth of the industry so we have an environmentally responsible end-of-life strategy,” he said.

Mr Angel said photovoltaic panels contain hazardous substances and “when we are sending hundreds of thousands of e-waste items to landfill we are also creating a pollution problem”.

“It’s a systemic problem that [applies to] a whole range of products”, he said, saying schemes were badly needed for paint, batteries, floor coverings, commercial furniture and many types of electronic waste.

Photovoltaic panels are predominantly made from glass, polymer and aluminium, but may also contain potentially hazardous materials such as lead, copper and zinc.

Australian Council of Recycling chief executive Peter Schmigel attributed delays in product stewardship schemes to both “bureaucratic malaise” and unfounded concern about cost.

The national television and computer recycling scheme, which since 2011 has required manufacturers and importers to participate in industry-funded collection and recycling, showed that regulatory measures can work, he said.

“Recovery rates have been out of sight since the beginning of the scheme, nobody has said anything at all about there being an inbuilt recycling cost. It generates jobs, it generates environmental outcomes and yet for some reason we have policymakers who are hesitant about [establishing similar schemes] for solar PVs and batteries,” he said.

Victoria will ban electronic waste in landfill from July 2019, including all parts of a photovoltaic system, mirroring schemes imposed in Europe.

Sustainability Victoria is also leading a project examining end-of-life management options for photovoltaic systems, which may progress to a national program. The issue is particularly pertinent in Victoria where a new $1.3 billion program is expected to install solar power on 700,000 homes.

Sustainability Victoria resource recovery director Matt Genever said there was strong support from industry, government and consumers for a national approach to photovoltaic product stewardship. Final options are due to be presented to environment ministers in mid-2019.

He rejected suggestions that plans were progressing too slowly.

“The analysis we’ve done in Victoria … shows that it’s in 2025 that we see a real ramp up in the waste being generated out of photovoltaic panels. I certainly don’t think we’ve missed the boat,” he said.

A report by the International Energy Agency and the International Renewable Energy Agency in 2016 found that recoverable materials from photovoltaic panel waste had a potential value of nearly $US15 billion by 2050.

Reclaim PV director Clive Fleming, whose business is believed to be the only dedicated photovoltaic recycler in Australia, said it recycles 90 per cent of materials in a panel. The company has been lobbying for state bans on solar panels entering landfill.

The NSW Environment Protection Authority said it has commissioned research to better understand how e-waste, including solar panels, was managed. The panels can be dumped in NSW landfill, however given their life span they were “not a common item in the waste stream”, it said.

The Queensland government is developing an end-of-life scheme for batteries used in solar systems and other appliances.

A federal review of the Product Stewardship Act was expected to be completed last year, but the Department of the Environment and Energy is yet to present a report to the government.

Mr Genever hoped the review would result in a broader range of products being subject to stewardship programs and take steps to ensure voluntary schemes were effective.

Both the Smart Energy Council and the Clean Energy Council, which represent solar industry operators, said a well-designed product stewardship scheme was important and should be developed through cooperation between industry, governments and recyclers.

January 14, 2019 Posted by Christina Macpherson | AUSTRALIA - NATIONAL, solar | Leave a comment

Despite Tony Abbott, renewable energy investment has been promoted by Labor and the crossbench

Senate crossbench gave renewables $23bn boost by thwarting Abbott’s plan https://www.theguardian.com/environment/2019/jan/06/senate-crossbench-gave-renewables-23bn-boost-by-thwarting-abbotts-plan, Paul Karp @Paul_Karp Sun 6 Jan 2019 

 Decisions by Labor and crossbench to save clean energy agencies encouraged investment, report says The Senate’s decisions to stop Tony Abbott abolishing clean energy agencies helped create renewable energy projects worth $23.4bn, a new report says.

The Australia Institute says decisions taken by Labor and the crossbench between 2013 and 2015 to save the Clean Energy Finance Corporation and Australian Renewable Energy Agency (Arena) have now secured $7.8bn in public funding and investment for clean energy.

Together with the renewable energy target – which was retained but reduced to 33,000GWh by 2020 – these measures will cut greenhouse gases by 334m tonnes over their lifetime, compared with 192m tonnes through the Coalition’s emissions reduction fund.

The Australia Institute released the Saved by the Bench report alongside polling that showed Australians supported the Senate’s role as a check on government power but were split on whether it blocked government legislation too often. Continue reading →

January 6, 2019 Posted by Christina Macpherson | AUSTRALIA - NATIONAL, climate change - global warming, energy, uranium | Leave a comment

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Chernobyl: The Lost Tapes – A good documentary on Chernobyl on SBS available On Demand for the next 3 weeks– https://www.sbs.com.au/ondemand/tv-program/chernobyl-the-lost-tapes/2352741955560

15 April – Zoom –Nuclear Power is Not the Solution

Apr 15, 2026 01:00 AM  in  Canberra, Melbourne, Sydney

Join the International Physicians for the Prevention of Nuclear War (IPPNW) on Tuesday, April 14th for a timely webinar exploring the risks associated with nuclear power and challenging the myth that it offers a simple, safe, carbon-free solution to the climate crisis

21 April Webinar: No Nuclear Weapons in Australia

Start: 2026-04-21 18:00:00 UTC Canberra, Melbourne, Sydney (GMT+10:00)

End: 2026-04-21 19:30:00 UTC Canberra, Melbourne, Sydney (GMT+10:00)

Event Type: Virtual
A virtual link will be communicated before the event.

Host Contact Info: australia@icanw.org

of the week – Australians for War Powers Reform (AWPR)

​To see nuclear-related stories in greater depth and intensity

– go to https://nuclearinformation.wordpress.com/

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