technology

Shoalhaven Council’s Australia-first Bioelektra technology

Shoalhaven City Council’s West Nowra landfill facility will use an Australian-first technology to preserve its landfill and achieve a 90 per cent red bin recovery rate.

Along the coastal plains, about 200 kilometres south from Sydney, lies the City of Shoalhaven, a local government area bordered by mountains and 100 sublime beaches.

Home to almost 100,000 residents, the total waste collected at the kerbside per capita had been growing steadily.

Over the past two decades, resource recovery investment had been increasing, but there had still been no solution to the council’s landfill problem. Concerns of dwindling airspace had escalated and a long-term strategy was required.

While the council had invested heavily in forward landfill disposal capacity and planning for missed waste, Shoalhaven had been evaluating its options since the early 2000s. In 2006, an investigation into reducing waste disposal demand to maximise Shoalhaven’s Nowra Landfill facility showed limiting airspace and increasing waste was an issue.

A number of trials were conducted in 2008 on domestic waste processing, including green waste, in addition to a cost benefit analysis into a resource recovery park. Over these years, an economic analysis of domestic waste processing costs and an alternative waste treatment facility was conducted. By 2013, council resolved to call for expressions of interest for establishing a resource recovery park and alternative waste treatment facility.

The calls for tender arose as Shoalhaven City Council’s West Nowra landfill facility was tipped to reach capacity by 2031 or earlier, prompting an industry-wide consultation phase.

TENDERING FOR TECH

David Hojem, Waste Services Manager at Shoalhaven City Council, says council was looking for a novel approach to solve its landfill problem.

“We went out to tender in a fairly open process that was available to experts in the industry to find a solution to recover our waste,” David says.

David says expressions of interest occurred around 2014, taking some years to find the right technology and site and go through the relevant approvals, including environmental impact statements.

Shoalhaven discovered Bioelektra Group’s mechanical heat treatment process – an innovative technology used in Poland that sterilises and dries the mixed waste streambefore sorting it into individual fraction and then recycling. The solution would allow for the recovery of mixed waste from its red bin that was going to landfill.

The most common system for treating municipal solid waste using mechanical heat treatment is an autoclave, according to a UK Government document on the process. The 2013 document explain that it is common for sanitising clinical wastes, prior to being sent to landfill, but its application in municipal solid waste is a relatively recent innovation.

As the technology would become an Australian-first, David says the council had to do a lot of background research.

“We travelled to the only currently operating plant in Poland, spoke to their customers, downstream recyclers and regulators and did thorough research on it,” he says.

NET ENVIRONMENTAL BENEFITS

Shoalhaven in particular was looking to avoid having more vehicles on the road that could have occurred by introducing a third bin, in addition to diverting 90 per cent of its red bin waste from landfill and safeguarding its bins from contamination.

The additional cost to provide each household with a green bin would have been about $150 a year and by taking a different approach, the council would avoid having to increase its rates. As a result of reducing its waste to landfill, the council’s waste levy bill to the NSW Government is projected to reduce by nearly $7 million ($4 million for domestic waste) per year.

“We are really swimming against the flow as the NSW EPA are actively promoting the food and garden organics (FOGO) bin,” he says.

“Our philosophy is that more bins require more rules for residents to follow, and we know many people don’t follow those rules so we needed to make it simple.”

In January this year, Shoalhaven City Council announced it was entering into a long-term contract with Bioelektra Australia after the company had successfully won the tender. The new resource recovery facility will be constructed on council-owned land adjacent to the current West Nowra Landfill site. Works will commence in 2019 and the facility is expected to be fully operational by late 2021.

The facility will be funded and built by Bioelektra Australia. The 20-year contract allows for 130,000 tonnes per year of processing capacity, but the initial design capacity is 100,000. Bioelektra will apply to the EPA for an environmental protection license to operate the facility.

While council’s projected landfill will be extended from 12 years to more than 50, Shoalhaven boasts that 100 per cent of everything householders place in the red bin that can be recycled, will be. The facility will also have capacity to process material from neighbouring councils and reduce waste across the region. It will capture all recyclables, including green waste and convert them into biomass that can be used as an additive for brick manufacture and cement rendering.

THE TESTING PHASE

Fred Itaoui, Managing Director of Bioelektra Group, says he aims for the technology to act as an adjunct to good source separation. Following a more than 30-year career in facilities management, Fred’s passion had been to find a solution to landfill. In 2006, Fred embarked on a research and development phase and came across a Polish engineer that had built the mechanical heat treatment technology.

Bioelektra Group ran a pilot program in Poland for its heat treatment facility from 2010-12, located in the western Poland village of Róžanki. The success of the pilot led to the plant’s commercialisation in 2012 and it has been fully operational since.

“My whole passion is to reduce our reliance on landfill and the amount of single-use plastics we use. I feel this will provide opportunities for people to think about what they’re buying from the supermarket and make the right decision,” he says.

Bioelektra entered the Australian market in 2017 as part of a global strategy mirrored in Chile, Argentina, India, Iran and Turkey. It followed numerous testing and commercialisation of the technology over a five-year period.

“There were a lot of skeptics that said mechanical heat treatment had been tried in the UK and US and failed miserably, so we wanted to ensure we covered those aspects and answered those questions that did come up,” Fred says.

He adds that other autoclaves had been larger and therefore it was harder to dry the material.

“Since then, Shoalhaven Council have applied their own forensic analysis of the technology. It was pleasing they did that, as it showed what was scientifically proven, was also proven operationally.”

He says that as the technology makes waste inert, whatever material is sent to landfill will have no pathogen. Over the long term, this means environmental risks such as leachate, landfill gas, odour and litter associated with putrescible waste will be significantly reduced. Fred says this makes it not only easy to compact, but makes the land more usable to rehabilitate into parks and gardens post-closure.

“Sending the material to a facility like ours further enhances the recyclability of the product and extracts resources. Even if people make a mistake in the yellow bin, that waste has an alternative rather than sending 20 to 30 per cent of it to landfill because of wrongful contamination.”

He says that Bioelektra wants to solve the global challenge of landfill shortages.

HOW DOES IT WORK?

The process involves several stages. Yellow bin recyclables will continue to go to a materials recovery facility, with the residuals sent to the mechanical heat treatment facility and landfilled if required. Red bin materials will be sent directly to the site.

The process of treating mixed municipal solid waste begins after the material is loaded into a reception hall. From there, it is reviewed to ensure there is no construction waste, metals or hazardous materials the system is unable to process. It then gets placed into a shredder and autoclave, known as the RotoSTERIL BEG7000, which sterilises the material. The material remains in the autoclave for up to three hours at 150 degrees and five bars of pressure, which evaporates the waste by subjecting it to steam under pressure, and significantly reduces its volume.

The moist material then goes through an air dryer conveyor belt and the sanitised waste is separated. After the natural sterilisation process is complete, waste is unloaded to a buffer zone. Through a lifting feeder integrated with a magnetic separator, waste is transported to a set of mechanical pneumatic screens equipped with an eddy current which isolates any metal. Organics, metals, glass, plastics and paper are processed on site and recycled into various end products. Refuse-derived fuel, produced from combustible wastes such as non-recyclable plastics and paper, is isolated by near-infrared sensors. Glass is meanwhile separated and broken down in the form of a cullet.

Fred says the process complements recyclers as the dry waste allows for sorting lines to be able to separate the material more accurately.

Among the cost savings offered to councils are not paying waste levies, in addition to lower operational costs through an automated process and improved safety by not having to employ picking staff.

“My aspiration is really to have more sites around regional areas, as well as metropolitan. We are looking at two to three plants around NSW, as well as in Queensland and a similar plant in Victoria,” he says.

For David, the main goal for Shoalhaven City Council is waste avoidance. Having worked at council for the past 15 years, he has worked on numerous strategies to boost resource recovery, including the Waste Reduction Management Strategy. With all the right conditions at play, David says the only real challenge now is getting support from state agencies.

“Technology all comes with some hype and you have to cut through it to see what will really work. But having looked at the facility, I think it really will,” he says.

Veolia signs 25 year deal to operate WA WtE facility

Veolia has signed a $450 million 25-year operations and maintenance service agreement on a large-scale waste to energy facility in Kwinana, WA, capable of producing 36 megawatts of electricity – enough to power 50,000 homes.

The Clean Energy Finance Corporation (CEFC) will commit up to $90 million towards towards the $688 million and will be able to process 400,000 tonnes of household, commercial and industrial residual waste per year.

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Operations and maintenance of the facility will commence in 2021. Veolia operates 61 thermal waste to energy facilities around the world.

Macquarie Capital and Phoenix Energy Australia are co-developing the Kwinana plant, with co-investment by the Dutch Infrastructure Fund (DIF). Infrastructure company Acciona has been appointed to design and construct the facility. The project has been approved by the WA Environmental Protection Authority.

It is expected to produce cost-competitive base load power by processing household waste from local councils and contribute to grid stability in WA’s South West Interconnected System.

Technology that has been previously used in Europe will be implemented in the plant, which is expected to reduce carbon dioxide emissions by 400,000 tonnes per year – the equivalent of taking 85,000 cars off the road.

The plant will use the Keppel Seghers grate technology, which has seen use in more than 100 waste to energy plants across 18 countries. Metals recovered in the process are then able to be recycled, with the facility producing an ash byproduct that is commonly used as road base or for construction.

CEFC’s funding is part of a $400 million debt syndicate that includes SMBC, Investec, Siemens, IFM Investors and Metrics Credit Partners. The Australian Renewable Energy Agency (ARENA) is contributing a further $23 million in grant funding.

Veolia Australia and New Zealand Managing Director and CEO Danny Conlon said the project is an exciting development for Veolia in Australia.

“Adding to Veolia’s existing infrastructure in NSW and QLD, where we generate enough electricity to power 35,000 homes per year from waste, the Kwinana Project is another example where we will extract value from waste materials, delivering a clean energy source,” Mr Conlon said.

At a time when Australian businesses and households are seeing energy shortages and rising costs, Veolia is proud to be working with innovative partners to help deliver new, environmentally sustainable energy from waste”.

ARENA CEO Darren Miller said the project provides a renewable energy solution for reducing waste going to landfill.

“The use of combustion grate technology is well established in Europe and North America but has not yet been deployed in Australia,” Mr Miller said.

“More than 23 million tonnes of municipal solid waste is produced annually in Australia and this project could help to divert non-recyclable waste from landfill and recover energy in the process.”

CEFC CEO Ian Learmonth said the landmark project was the CEFC’s largest investment in WA to date.

“Creating energy from waste is an exciting and practical way to reduce the amount of waste going to landfill, while also delivering cleaner low carbon electricity,” Mr Learmonth said.

“The average red lid wheelie bin contains enough waste to produce up to 14 per cent of a household’s weekly power needs. This investment is about harnessing that energy potential, while safely diverting waste from landfill.

“We are pleased to be working alongside Phoenix Energy Australia, Macquarie Capital and DIF in bringing this state-of-the art technology to Australia. We congratulate the Western Australian government and the participating councils in embracing this 21st century approach to waste management,” he said.

Macquarie Capital Executive Director Chris Voyce said the Kwinana plant is expected to employ around 800 workers, including apprentices, during its three-year construction phase, and some 60 operations staff on an ongoing basis.

“Macquarie Capital is pleased to be contributing to the supply of sustainable and secure renewable power to Australia’s overall energy mix,” Mr Voyce said.

“As an adviser to, investor in and developer of renewable energy projects around the world, we see waste-to-energy as an effective example of adaptive reuse: reducing the pressures on landfill by diverting it toward the generation of clean energy,” he said.

Pictured: Henry Anning

CEFC Energy from Waste lead Henry Anning said the CEFC is pleased to play a role in demonstrating the business case for large-scale waste to energy investments in Australia in the future.

“Australians produce almost three tonnes of waste per person per year. While the priority is always a strong focus on recycling and organic waste management, there is still a considerable amount of household waste from red-lidded bins ending up as landfill, where it produces a large amount of emissions,” Mr Anning said.

“Energy from waste investments such as the Kwinana plant are about creating new clean energy opportunities for Australia, while offering councils and households a practical and innovative way to manage waste. Just as importantly, they can significantly cut methane emissions produced by landfill.”

With the addition of the Kwinana facility, the CEFC has now made six large scale investments to reduce waste-related emissions.

 

Community comments called for Australian Paper WtE facility

EPA Victoria has called for further community consultation on Australian Paper’s proposal to develop a large-scale waste to energy facility.

The company has provided the EPA with a health impact assessment to support its application to develop the facility within the boundaries of its site in Maryvale, Latrobe Valley.

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The proposed plant would generate both steam and electricity which can be directly in the paper mill or exported to the grid. It would replace two gas-fired boilers and would produce around 30 megawatts of electricity and 150 tonnes of steam per hour.

The EPA’s assessment of the applications will consider issues such as best practice technology, energy efficiency and greenhouse gas emissions, waste fuel composition, compliance with waste hierarchy, potential risks to human health and the environment from air, noise, disposal of fly ash, wastewater treatment and operational contingencies.

It follows a community public meeting held earlier in July, which found there was significant support for the proposals, with many submitters commenting the technology is already operating safely overseas, there are environmental benefits of less waste going to landfill and economic benefits of local job creation.

EPA Development Assessments Director Tim Faragher said the works approval application was originally open for public comment in June and EPA received 115 submissions.

“EPA also ran a community conference in July to hear concerns from those that made submissions. This further consultation period allows interested community members to make further comments on the new information that Australian Paper has submitted,” Mr Faragher said.

When making a final determination, the EPA will also consider all public submissions and the outcomes of the community conference.

CEFC invests $30M into Visy Industries

Packaging and resource recovery company Visy Industries plans to invest $30 million of Clean Energy Finance Corporation (CEFC) finance across a range of energy efficient, renewable and low-emissions technologies over the next four years.

Visy plans to use the funds to increase waste recycling and processing capabilities while also offsetting the impact of changes in the international recycling market.

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CEFC’s finance is part of a pipeline of potential projects to increase Visy’s manufacturing capacity to recycle waste materials by 10 per cent and improve the energy efficiency of the company’s large-scale manufacturing operations.

Visy’s pipeline includes better processing and sorting technology to increase the amount of material which can be recycled as well as increased energy generation to offset grid energy needs.

The company currently recycles 1.2 million tonnes of paper and cardboard each year and expects to increase its capacity by 10 per cent as a result of the $30 million investment program.

The CEFC aims to increase its investments in waste-related projects as part of its goal to reduce Australia’s overall emissions.

CEFC CEO Ian Learmonth said Visy is a leader in recycling and the use of energy efficient and renewable energy technologies and that the CEFC was proud to work with the company to respond to the waste crisis.

“As a community, we need to reduce our overall waste as well as invest in more sustainable management of remaining waste. This includes extracting energy from non-recyclable waste to replace fossil fuels, as well as increasing our ability to recycle paper and packaging waste onshore,” Mr Learmonth said.

“As a major Australian manufacturer, Visy is also leading the way in investing in energy efficient equipment and technologies to help power its 24-hour operations. We see this as a model for other manufacturers grappling with high energy prices and commend Visy on its leadership.”

According to the International Energy Agency, Australia’s manufacturers are the most energy intensive in the world and accounted for around 40 per cent of natural gas consumption in 2014-15.

Visy Chairman Anthony Pratt said the company was pleased to partner with the CEFC to improve sustainability.

“Visy has pledged to invest $2 billion in Australian manufacturing to create jobs, increase efficiencies and boost sustainability,” Mr Pratt said.

CEFC Bioenergy Sector Lead Henry Anning said with the investment into Visy, it will be able to upgrade its existing infrastructure as well as invest in new equipment.

“We see clean energy technologies playing an increasingly important role in enabling Australian industry to reduce its energy intensity and better manage its energy-related operating costs,” he said.

“Visy is already a great example of this, meeting a part of its energy needs, including heat, through its existing biomass and energy from waste investments.

“The CEFC finance will allow Visy to further complement these energy sources with new investment to lift the overall energy efficiency of its operations. These are proven technologies that can be considered right across the manufacturing sector.”

Image: Henry Anning

BP licenses new waste to energy technology for biojet fuel

Biojet fuel company Fulcrum plans to open a waste to energy facility in the US that will convert municipal waste into a low carbon, renewable jet fuel.

Biojet fuel company Fulcrum plans to open a waste to energy facility in the US that will convert municipal waste into a low carbon, renewable jet fuel.

The facility will use research developed by oil and gas company BP and chemical company Johnson Matthey (JM), which convert synthesis gas generated from municipal solid waste into long-chain hydrocarbon molecules that make up diesel and jet fuels.

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Fulcrum has secured the license to the technology and expects to convert 159,000 tonnes of municipal waste into 41.6 million litres of fuel each year, the equivalent of more than 180 return flights between London and New York.

BP’s head of group research Angelo Amorelli said BP first became interested in the technology, called Fischer-Tropsch (FT), in the 1980s while looking to turn gas into liquid fuel.

“The breakthrough came five or so years ago, when we started to explore the potential for our FT process to turn biomass into fuels,” Mr Amorelli said.

He explains that JM redesigned the reactors which looked like baked beans cans filled with the catalyst, creating ‘cans tech’.

”BP then changed the recipe for the catalyst and, by combining that with the’ baked beans’ reactors, we trebled the productivity and halved the cost of building the technology compared to traditional FT reactors,” he said.

Image Credit: BP

REMONDIS intends to develop $400M QLD waste to energy facility

REMONDIS Australia has announced its intention to develop a $400 million waste to energy (WtE) facility at its Swanbank landfill in Queensland.

The company has advised the state government that it will make an application to develop the recovered energy through the State’s Coordinated Project process, with the project expected to begin construction in 2020.

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The proposed plant aims to generate 50 megawatts of baseload electricity for Queensland households and business by redirected 300,000 and 500,000 tonnes of waste from landfill per year. This energy would be able to power 50,000 average homes and be available every day of the year.

REMONDIS Group has operated and built WtE plants for 24 years and operates 52 facilities which recover more than 4.2 million tonnes of waste per year in Europe.

REMONDIS Australia General Manager QLD Operations and Business Development Bret Collins said the WtE proposal does not rely on additional waste streams coming to the Swanbank site – instead it will divert existing waste streams to a beneficial use.

“REMONDIS has been encouraged by recent comments from governments across Australia that WtE technology could provide some relief to the challenges facing the waste management and recycling industry,” Mr Collins said.

“There is an opportunity for Australia to benefit from REMONDIS’ global experience, and other successful European and UK facilities, and incorporate waste to energy as part of the solution to sustainable, best practice waste management.

“Adopting WtE technology will ensure that wastes with recoverable value are not sent to landfill and, instead, are put to beneficial use,” he said.

Mr Collins said that while Australians may not be familiar with WtE technology, it is used throughout Europe and considered a tried and trusted contributor to best practice waste management and energy generation.

“WtE plants are constructed to the strictest European Union environment, emission and health standards and this is the technology we would bring to Australia,” Mr Collins said.

“There are hundreds of WtE plants throughout Europe, the USA and Asia, and many are part of the fabric of suburbs and communities – there are WtE plants in Paris, London, Copenhagen, Cologne, Zurich, Vienna, Palm Beach and Singapore, just to name a few.”

Infrastructure and Planning Minister Cameron Dick welcomed the news and said it establishes Queensland as a major player in the waste‑to‑energy market.

“The introduction of our government’s waste levy provides a real incentive for projects like this, building a new industry as an alternative to landfill,” Mr Dick said.

“This project could create up to 200 jobs during construction and some 70 jobs during operations.”

Mr Dick said REMONDIS Australia is expected to submit an application to Queensland’s independent Coordinator-General to declare the project a ‘coordinated project’.

“If the Coordinator-General decides to declare this project a coordinated project it will help streamline approvals and fast-track delivery of this significant project,” he said.

“A coordinated project approach also means that all the potential impacts and benefits of the project are considered in an integrated and comprehensive manner.”

Tyre pyrolysis and gasification report to inform industry

To inform the industry on the use of tyres in thermal processing plants, Tyre Stewardship Australia (TSA) has released a report into the effectiveness of both pyrolysis and gasification.

The Tyre Pyrolysis and Gasification Technologies – A brief Guide for Government and Industry report looks at the global history of operating plants and considers the economic and end-product market factors that are critical to the commercial viability of recycling technologies in the Australian market.

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High temperature thermal processing can create oil, synthetic gas, carbon black and steel, while also providing a way of handling a waste stream that can have potential environmental or health problems if stockpiled.

TSA Market Development Manager Liam O’Keefe said the motivation of the guide was to provide the industry thought leadership on both emerging technologies as possible recycling solutions and to better inform government and businesses considering investment in such technologies.

“Obviously, TSA is interested in any technology that can sensitively recycle almost 100% of a waste tyre, but we must be aware of the prevailing market conditions, investment costs and competitive pressures that play a role in establishing the economic sustainability of such projects,” Mr O’Keefe said.

“We believe the guide, by providing a high level of consultation, analysis and technical and economic detail, will be an aid to decision making around proposed facilities.

“No one technology will meet the waste tyre environmental challenge on its own. The best result with such immense global resource recovery and management challenges usually comes from a combination of options, offering the flexibility to adjust to future conditions and developing market demands.”

The report can be downloaded here, with a full report on thermal tyre processing technologies by request from TSA.

Repurpose It named Westpac Top 20 business of tomorrow

Victorian recycling and resource recovery company Repurpose It has been named one of Westpac’s Businesses of Tomorrow for 2018.

The program showcases businesses that have shown adaptability, resilience, value to customers and a readiness to meet challenges of the future.

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Repurpose It was named one of the top 20 businesses and will receive a two-week study tour to Silicon Valley and a tailored $50,000 professional services package from their choice of select providers offering legal services, PR and communications, customer relationship management and management consulting.

Repurpose It’s George Hatzimanolis said the company is extremely proud to be recognised as one of this year’s top 20 Businesses of Tomorrow by Westpac.

“Selected from over 2000 applicants across multiple industries, we are honoured to represent the resource recovery sector and hope to demonstrate the innovative spirit that is strongly engrained across our industry as we convert waste to resource for future generations,” George says.

Repurpose It is in the process of installing Australia’s first construction and demolition waste washing plant, which will treat the residual waste from materials recovery facilities (MRFs) and process it back into materials suitable for civil construction. Based in Melbourne, Repurpose It will wash materials including rail ballast, glass, excavated materials and demolition waste fines.

The top 20 will also take part in a mentor matching program with notable Australian business leaders.

Westpac Business Bank Chief Executive and 2018 program judge David Lindberg said this year’s applicants demonstrated the scale of movement of the Australian economy into a digital world.

“The digital economy is predicted to be worth $139 billion by 2020 to the Australian economy – as a key driver of change in the future. This year’s businesses reflect the drive that’s disrupting and shaping the industries they operate in,” he said.

“Almost three quarters of the top twenty businesses are directly involved in technology or software development and this year also saw an increase in microbusiness applicants, including early stage tech businesses, which increased almost threefold from 2017.”

“This tells me leading Australian businesses are capitalising on the opportunities for growth. They’re breaking new markets, developing technology that helps people with autism gain employment, providing better analysis for solar energy users, using technology to make prescription glasses more durable and affordable and transforming waste into useful materials.”

Pictured: Repurpose It’s George Hatzimanolis.

Australia could be the future of battery recycling – report

Australia could lead the world in lithium-ion battery recycling, according to a new report.

The ‘Lithium battery recycling in Australia’ report says a new battery recycling industry could be possible to reuse and recycle Australia’s annual 3300 tonnes of lithium-ion battery waste.

It looks at the growing demand for lithium-ion technology, which is currently being used in large amounts of electronics and household devices.

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The report says an effective recycling industry could also stabilise global lithium supplies to meet consumer demand.

The majority of Australia’s battery waste is shipped overseas, with the rest being sent to landfill, creating fire and environmental risks. It is a growing waste, increasing by 20 per cent each year and could exceed 100,000 tonnes by 2036.

Only 2 per cent of Australia’s lithium-ion battery waste is currently recycled, however 95 per cent of the components can be turned into new batteries or used in other industries.

In comparison, of the 150,000 tonnes of lead-acid batteries sold in 2010, 98 per cent were recycled.

CSIRO research is supporting recycling efforts, with research underway on processes for recovery of metals and materials, development of new battery materials, and support for the circular economy around battery reuse and recycling.

CSIRO battery research leader Anand Bhatt said Australia must responsibly manage its use of lithium-ion technology in support of a clean energy future.

“The value for Australia is three-fold. We can draw additional value from existing materials, minimise impact on our environment, and also catalyse a new industry in lithium-ion re-use/recycling,” Dr Bhatt said.

Dr Bhatt and his team are working with industry to develop processes that can support the transition to domestic recycling of lithium-ion batteries.

“The development of processes to effectively and efficiently recycle these batteries can generate a new industry in Australia. Further, effective recycling of lithium batteries can offset the current concerns around lithium security,” Dr Bhatt said.

Australian Battery Recycling Initiative CEO Libby Chaplin said the report came at a critical time.

“Currently we are racing towards a world where lithium batteries are a very big part of our energy supply, yet we have some real work to do to ensure we are able to recycle the end product once it has reached its use by date,” Ms Chaplin said.

“The CSIRO report provides critical information at an opportune time given the discussions around how to shape a product stewardship scheme for the energy storage sector.”

Sustainability Victoria launch e-waste campaign ahead of ban

In the lead up to Victoria’s ban on e-waste to landfill, the state government has launched a $1.5 million public education and awareness campaign.

The campaign aims to help Victorians better understand e-waste and reduce the amount sent to landfill ahead of the 1 July 2019 ban.

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Regulatory measures were made in late June to update existing statutory policies to include e-waste as a material banned from landfill and an amendment which specifies how it should be managed safely.

Current practices show that at least 90 per cent of a computer, television or mobile phone can be recovered and reused.

Victoria currently has a range of collection points for e-waste, but there is the potential to develop new collection sites and expand the range of electrical, electronic and battery powered items to be recycled.

Managers of e-waste in Victoria have a year to adapt to the new regulatory measures and gives time for Victoria’s e-waste collection network to be operational.

Victorian councils can also apply for $15 million in grants to upgrade or build collection and storage facilities in 130 areas where need has been identified. Funding applications close 14 September.

Sustainability Victoria acting CEO Jonathan Leake said Electronic waste is growing up to three times faster than general municipal waste in Australia.

“Australians are high users of technology and among the largest generators of e-waste in the world,” he said.

“It’s estimated the country’s e-waste will increase more than 60 percent, to a predicted 223,000 tonnes in 2023–24.”

“Recycling captures valuable metals like copper, silver, gold, aluminium and other metals, as well as plastics and glass so they can be re-used in the next wave of technology rather than mining or making new materials,” Mr Leake said.

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