enrich360 is applying a unique reverse logistics model that sees major commercial and industrial operators form a closed loop partnership to convert their food waste into compost.
A vacuum powered system used on cruise ships to reduce food waste could soon be used to separate the waste streams in hotels, hospitals and hospitality precincts.
A project that converts food waste to energy has won an award at the Bioenergy Innovation Awards dinner in Queensland.
Four bioenergy projects and the Premier of Queensland Annastacia Palaszczuk were awarded top honours at the awards night, which showcases Australia’s bio-based alternatives for heat, power, and liquid fuels.
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Perth based Biogas Renewables has commissioned a plant that will take between 35,000 and 50,000 tonnes of food waste per year and is capable of producing between 2.4 to 2.6 megawatts of energy.
The company was awarded the Large Scale Bioenergy Innovation Award for the project, with Bioenergy Australia CEO Shahana McKenzie saying the application of anaerobic digestion is a major advancement of the Australian market.
Biotechnology company Microbiogen was awarded a commendation for its development and launch of a superior biocatalyst for the global bio-ethanol industry.
Ms Palaszczuk was awarded the Government Leadership Award for the Queensland Government’s 10-year Roadmap and Action Plan to support the growth of the state’s bio-economy. The plan identifies 15 current projects which represents a potential investment of around 41.4 billion and the creation of 2500 new jobs in rural and regional communities.
“The integrated approach is paving the way for Australia to develop a sustainable, export-oriented industrial biotechnology and bioproducts sector by 2026,” Ms McKenzie said.
“The plan shows a pathway which recognises Queensland’s mix of natural resources, skilled workforces, world-class research and development and supporting supply chain industries.”
The research Leadership Award was presented to the Australian Biomass for Bioenergy Assessment platform, which is a collaboration of states, industry and universities to enable better links between biomass suppliers and end users.
Victorian Pyrenees Shire Council won the Community Leadership Award for its large-scale project which focused on converting straw and straw pellets to energy.
Ms McKenzie said the awards are recognition for the breadth and scope of the bioenergy work being undertaken across Australia.
“Bioenergy is the subject of considerable interest and investment world-wide, due to its enormous potential to reduce carbon emissions and drive a more sustainable energy future,” she said.
Full list of winners:
BIOENERGY INNOVATION AWARD – LARGE SCALE
Winner: Biogass Renewables Pty Ltd, the Richgro Anaerobic Digestion Project
Commendation: Microbiogen Pty Ltd, the Development and Launch of World’s First Superior Biocatalyst for Global Bio-Ethanol Industry
BIOENERGY INNOVATION AWARD – SMALL SCALE
Winner: Dragon NRG Pty Ltd, the Meredith Dairy Bioenergy Project Commendation: ReNu Energy Limited, Goulburn Bioenergy Project
BIOENERGY COMMUNITY LEADERSHIP AWARD
Winner: Pyrenees Shire, the Pyrenees Straw Project
Commendation: CLEAN Cowra, Goulburn Bioenergy Project, CLEAN Cowra BioEnergy Hub Commendation: Mt Alexander Sustainability Group, Integrated Community Bioenergy from Waste project
BIOENERGY CORPORATE LEADERSHIP AWARD
Commendation: MSM Milling, MSM Milling Biomass Fuel Switch Project
AWARD – BIOENERGY RESEARCH LEADERSHIP AWARD
Winner: Australian Biomass for Bioenergy Assessment
Commendation: Queensland University of Technology Industrial Biotechnology, Bioproducts and Biorefining Team, Achieving bio-economy impact through industry focused research
BIOENERGY GOVERNMENT LEADERSHIP AWARD
Winner: Premier of Queensland, the Honourable Annastacia Palaszczuk MP
JustWaste’s research into social behaviour provided Tasmania’s Launceston City Council the information it needed to roll out its food and garden organics collection program.
A new $10.9 million research consortium is set to increase the value of agricultural waste by turning it into new products, led by the University of Adelaide.
A total of 18 partners will come together to develop high-value products from agricultural waste, including nine South Australian based companies from the agriculture and food sector alongside nine national and international academic institutions and industry partners.
The Agricultural Product Development Research Consortium has been granted $4 million over four years by the South Australian Government, with the University of Adelaide contributing $2.3 million, with the remaining support coming from partners.
Biomolecules that can be derived from crop waste show potential anti-oxidant, anti-inflammatory, anti-microbial, anti-cancer or gut health properties. Other uses include providing mechanical strength or texturizing properties in food, structural materials, lubricants and cosmetics.
Waste from apples, cherries and mushrooms could be used in skin care products thanks to their biological makeup while waste from broccoli, cauliflower, brussel sprouts or cabbage could have potential benefits for diabetic patients.
Research Consortium Lead Investigator and Director of Adelaide Glycomics Professor Vincent Bulone said Agriculture is a key contributor to SA’s economy which has a potential to generate high value products and create post-farm gate industries.
“Our agricultural and horticultural industries generate abundant waste biomass, which is currently disposed of at a cost to the producer, or only a low return. But there are compounds we can derive from this waste – a range of different ‘biomolecules’ – that have high-value potential applications for their structural or health properties,” he said.
Some consortium partners include CSIRO, University of South Australia, KTH Royal Institute of Technology (Sweden), Coopers Brewery, Carlsberg Group (Denmark), Raw Nation Wholefoods, Vanquish Technologies and Ingredion Inc (USA).
SA Minister for Industry and Skills David Pisoni said South Australia’s agricultural sector is a significant contributor to the growth of the state’s economy.
“The outcomes from this major research consortia that includes local, national and international research institutions along with industry partners, will contribute to the creation of new post-farmgate industries through the development and commercialisation of value-added products from agricultural waste,” he said.
Byron Shire Council, NSW, has opened an expression of interest for the supply of commercial organic waste to the proposed Bioenergy Plant in Byron Bay.
The technology involved in the waste to energy plant is able to receive more than what the Byron Shire Council already collects, meaning more can be contributed from additional sources.
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Byron Shire Mayor Simon Richardson said they’re putting out the call to local business and industry to supply commercial food waste and commercial fats, oils and greases as feedstock for the bioenergy plant.
“This is a huge win for our community because it will enable businesses to divert large quantities of commercial food waste from landfill to a Council owned and operated 400-kilowatt bioenergy plant to power our Sewage Treatment Plants,” Cr Richardson said.
“It is the start of us creating our own clean and renewable energy here in the Byron Shire and I strongly encourage our business community to get on board this ground-breaking initiative.
“Our intention from the start was to create a local and scalable bioenergy solution and it is very exciting to be at the stage where we are here inviting the business community to the table,” he said.
It is proposed that the new Bioenergy plant will be located at the Byron Sewer Treatment Plant sit on Wallum Road, Byron Bay.
The Bioenergy plant will help Council reach its zero emissions target by 2025 and make some serious reductions to our carbon footprint,” Cr Richardson said.
It is expected the plant will be commissioned and operational by December 2020.
A new solar powered composter has been unveiled at the Canberra Environment Centre to launch the Canberra Community Composting project.
The composter was purchased by the centre after it received a $24,200 grant from the ACT Government’s Community Zero-Emissions Grants program.
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Food scraps can be dropped off at the Environment Centre to be processed by the new machine, nicknamed The Hungry Composter. The project aims to support members of the community who feel as if they don’t have the time, space or knowledge to compost at home.
The Hungry Composter is able to process 100 litres of mixed waste a day, including paper, cardboard, food scraps and green waste. It is solar power, odourless, continuous-feed system that processes food scraps into ready-to-use compost within 10-14 days.
Community members need to register with the Environment Centre before disposing of their waste for composting.
ACT Government Sustainability Programs Senior Manager, Ros Malouf said it was a fantastic example of a community group working with the ACT government to implement a project which will have significant benefits for both residents and the environment.
“In addition to generating nutrient rich soil, composting is a great way to reduce emissions. Organic material sent to landfill produces methane, a greenhouse gas that is approximately 25 times more potent than carbon dioxide.”
More than 60 tonnes of waste have been diverted from landfill thanks to a machine installed by the City of Melbourne that turns food scraps into waste water.
Over the last year, the ORCA aerobic digestion system has used micro-organisms to transform 62 tonnes of food scraps from the busy Degraves street face precinct into greywater, making it one of the most heavily used machines of its type in Australia.
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ORCA Enviro Systems Executive General Manager Tas Papas said micro-organisms in the unit digest the waste, creating wastewater that goes straight into the sewer system via a grease arrestor.
The ORCA is basically a mechanical “stomach” that digests fruit, vegetables, grains, dairy and proteins, so you end up with greywater that is safe to put into the drain without resorting to landfill,” Mr Papas said.
“Degraves Street cafes set aside food waste as part of their daily operations. By diverting the food waste from landfill, we are also able to prevent greenhouse gases from escaping into the environment.
“Over the course of a year, that also means more than 8,000 litres in diesel fuel is saved because fewer trucks are needed on the road.”
Because space is a premium in the city centre, ORCA was chosen to handle the increased volume of food waste being generated from the busy café district.
“The ORCA has helped City of Melbourne to build strong support among local businesses for food recycling efforts and keep the bustling precinct clean and appealing,” Mr Papas said.
The machine was installed in the Degraves Street recycling Facility in May 2017. The ORCA is rolling out across Australia in pubs, shopping centres, food courts and hotels.
Resource Resolution Pty Ltd has applied to establish a $12 million commercial food waste processing facility which has the capability of producing biogas for energy.
The proposed facility would process 30,000 tonnes of liquid food waste a year and produce 2.4 megawatts of power.
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Resource Resolution also aims to recover organic matter for use as animal feed or to generate renewable energy with an anaerobic digestion facility.
Environment Protection Authority (EPA) Victoria received the works approval for the site, planned to be located at 19 Winter Road, Girgarre.
Resource Resolution has proposed to use the Biogass Renewables AD system, which is currently used in Perth, WA. It is estimated that the bioenergy operation will process 23,382 tonnes of dairy, 3,475 tonnes of food products, 2,421 tonnes of fruit and vegetables and 722 tonnes of supermarket and grocery waste.
EPA Victoria’s assessment of the application will consider best practice technology, energy efficiency, greenhouse gas emissions and waste composition. It will also assess any potential risk to human health and the environment, including from emissions to air, noise, disposal of digestate, the waste water treatment system and operation contingencies.
An application for an amendment to the current planning permit is currently under assessment by Campaspe Shire Council.
Works approvals are required for industrial and waste management activities that have the potential for significant environmental impact.
Organic waste from eight Melbourne councils will be sent to a new composting facility, to be built by international waste management company Sacyr Group.
The Clean Energy Finance Corporation (CEFC) will commit up to $35 million towards the new composting facility.
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The $65 million South Eastern Organics Processing Facility will be the most advanced of its type in Victoria and will produce approximately 50,000 tonnes of high grade compost each year.
The compost will be made from processed household garden and food waste from council kerbside green waste collections in Melbourne’s south-east, which will then be used on local parks and gardens.
Food and green waste makes up an estimated 42 per cent of landfill for Australia’s municipal and commercial waste streams.
The Melbourne councils include Bayside, Cardinia, Casey, Frankston, Glen Eira, Greater Dandenong, Kingston and Monash.
Sacyr expects the fully-enclosed, in-vessel aerobic composting and maturation plant will be operational by mid-2019. It will aim to operate for 15 years, with a potential five-year extension.
The new facility will have an annual processing capacity of 120,000 tonnes of waste each year, the equivalent of 12,000 truckloads of waste. It is expected to abate more than 65,000 tonnes of carbon dioxide equivalent emissions annually. This would cut the greenhouse gas emissions from landfill by 85 per cent if it were to be landfilled, which is equivalent to taking 13,900 cars off the road.
Sacyr Group has built 48 plants around the world and handles more than three million tonnes of waste each year. It currently operates in Australia through its subsidiary, Sacyr Water, which has built and operates the Binningup desalination plant.
The technology used in the plant has been developed over two decades, ensures plant storage reservoirs are completely closed, and uses efficient and reliable deodorisation systems.
Federal Government Environment Minister Josh Frydenberg said converting waste to compost can play a part in Australia’s long-term waste solutions.
“This facility alone, which will be the most advanced of its type in Victoria, can process around 12,000 truckloads of waste per year,” Mr Frydenberg said.
“It means food and organic waste produced by south east Melbourne residents will not end up in landfill and will instead produce high-grade compost for our gardens and parks.”
CEFC CEO Ian Learmonth said the corporation is looking across the economy to identify finance opportunities to reduce Australia’s emissions.
“We’re pleased to be making our first project investment to help councils and communities tackle emissions from their organic waste,” he said.
“When organic waste such as food and green waste ends up in landfill it breaks down and produces methane. With this technology, councils can avoid those emissions by turning their organic waste into reusable compost, while also reducing our unsustainable reliance on landfill as a waste disposal option.
“We strongly endorse the principle of avoiding and reducing waste at the source. Our finance is about effectively manage the remaining waste, so that it doesn’t end up as landfill and we make a meaningful difference to our greenhouse gas emissions,” Mr Learmonth said.
CEFC Bioenergy Sector lead Henry Anning said the CEFC finance model for the Melbourne project was an industry first, providing councils with access to a project financing structure that has rarely been leveraged across local government.
“Australia’s waste sector is facing enormous challenges, because of the growing amount of waste we produce as well as increasing community concerns about the way we handle that waste. This new Melbourne facility provides us with a practical and proven way to turn organic waste into a reusable commodity at the same time as avoiding harmful emissions,” Mr Anning said.
“We expect to see more councils and communities consider innovative ways to manage all forms of waste. This innovative project finance model offers opportunities for other groups of councils considering investing in substantial waste management infrastructure to reduce landfill waste.”