Environment

Sircel secures $5m impact investment from Kilara Capital

Funding to boost national expansion and Australia’s most advanced solar panel recycling facility Australia’s largest e-waste processor,Sircel, has secured a $5 million capital injection from impact investor Kilara Capital to drive its national expansion and processing capabilities on its mission to solve the global e-waste crisis. Attracted to the Australian owned green technology company’s proven circular economy business model, The Kilara Growth Fund undertook a rigorous impact assessment and rated Sircel highly across its key benchmarks for environmental sustainability and commercial impact. Founder and Managing Partner of Kilara Capital, Ben Krasnostein said that Kilara’s investment in Sircel was a unique opportunity to achieve multiple climate positive outcomes through a proven circular economy business that was operational and scalable. “Sircel really ticks a lot of the boxes that the Kilara Growth Fund looks for: it’s a company with a proven business model, an ever-growing customer base and it has the potential to achieve significant climate positive and commercial outcomes,” Krasnostein said. “Sircel’s impressive leadership team have remained focussed on solving the rapidly growing e-waste problem in its entirety, rather than taking shortcuts, which has led to a truly innovative business with the potential to change the way we think about electronic waste. “After so many years of R&D it’s an exciting and critical time for the business as it scales nationally, diverting more e-waste from landfill and recovering more materials than was previously thought possible.” “We’re particularly buoyed by the opportunities to salvage precious metals from e-waste to power the future of renewable energy, reducing reliance onmining operations.” Sircel has also announced Kilara Capital’s Portfolio Manager, Irina McCreadie, joins the Board of Directors, further strengthening our governance and strategic leadership. The investment follows Sircel’s May 2024 acquisition of Scipher Technologies, which elevated the company to become the largest e-waste processor in Australia and the […]

Samsara Eco secures $100M in Series A+ funding to help end plastic waste

The funding will increase the scale-up’s global recycling capabilities and divert millions of tonnes of plastics from landfills and incineration Canberra- Samsara Eco, the enviro-tech innovator has raised AUD$100/USD$65 million in its latest funding round. Led by global investment company, Temasek and Australian deep tech investment fund, Main Sequence, as well as a cohort of new and existing backers including Wollemi Capital, lululemon, Hitachi Ventures, Titanium Ventures (formerly Telstra Ventures) and DCVC, the funding brings Samsara Eco one step closer to eliminating plastic waste, and ensuring it never ends up in landfill or incinerated again. The capital will help Samsara Eco scale its enzymatic recycling capabilities, with new commercial facilities to be built in South East Asia in the next few years. The facilities will recycle millions of tonnes of plastic waste like discarded textiles and packaging, to produce tens of thousands of tonnes of monomers (the molecular building blocks of plastics), which will be turned into brand new products, creating a truly circular loop. The company will also scale-up its global team of chemists, engineers and technicians, as well as increase its library of plastic-eating enzymes. “Plastics have been an environmental disaster with almost every piece of the 9 billion tonnes ever made still on the planet. But almost all plastic is reusable and recyclable with the right technology. We’re on a mission to end plastic waste and with it, repair our climate, said Paul Riley, CEO and Founder of Samsara Eco. “The ability to infinitely recycle plastic in an environmentally friendly way is a game changer for brands and our planet. Our enzymatic recycling technology makes it easy for brands in almost every industry to meet their sustainability and decarbonisation goals by creating a circular loop for plastics. We’ve already made significant traction in the textile space but […]

Rio Tinto to develop BioIron R&D facility in WA to test low-carbon steelmaking

Rio Tinto will invest US$143 million (A$215 million) to develop a research and development facility in Western Australia to further assess the effectiveness of its low-carbon ironmaking process, BioIronTM, to support decarbonising the global steel value chain. The development of the BioIron Research and Development Facility in the Rockingham Strategic Industrial Area, south of Perth, follows successful trials of the innovative ironmaking process in a small-scale pilot plant in Germany. BioIron uses raw biomass and microwave energy instead of coal to convert Pilbara iron ore to metallic iron in the steelmaking process. When combined with the use of renewable energy and carbon-circulation by fast-growing biomass, BioIron has the potential to reduce carbon emissions by up to 95% compared with the current blast furnace method. The BioIron facility will include a pilot plant that will be ten times bigger than its predecessor in Germany. It will also be the first time the innovative steelmaking process has been tested at a semi-industrial scale, capable of producing one tonne of direct reduced iron per hour. It will provide the required data to assess further scaling of the technology to a larger demonstration plant. The plant has been designed in collaboration with University of Nottingham, Metso Corporation and Western Australian engineering company Sedgman Onyx. Fabrication of the equipment will begin this year, with commissioning expected in 2026. These works are expected to support up to 60 construction jobs. The research and development facility will employ around 30 full-time employees and include space for equipment testing to support further scaling up of the BioIron technology, while developing a workforce highly skilled in steel decarbonisation and supporting WA universities and research organisations. Rio Tinto Iron Ore Chief Executive Simon Trott said, “The world needs low-carbon steel to reach net zero, and we are working to make […]

The Budget 2024: Comment and Feedback on Energy Policies

Attributed to Jack Curtis, co-founder of Neara Cost of living/bill relief p“The Albanese government’s $3.5 billion energy bill relief scheme will alleviate pressure on households and small business owners across Australia struggling to manage rising electricity prices. Yet despite the short-term financial support, concerns are rising around the growing cost of the energy transition. The clean energy transition is crucial to Australia’s future. But years of rising energy costs and reduced reliability as we transition from fossil generation to renewables are becoming harder to justify for many. The $300 energy bill relief package for home owners is a great initiative, but it’s not enough. The cost of the clean energy transition could easily blow out within the next six years and continue to increase financial pressure on consumers. Equal focus and investment must be applied to the underlying drivers of rising energy costs, particularly those related to the energy transition, and what can be done differently to mitigate them. To offset costs and stabilise energy prices, the government must source the most efficient, cost-effective pathway to 82% clean energy by 2030. This means embracing a holistic strategy encompassing all generation and network capacity sources whilst leveraging new technology that can optimise both. Put simply, more money needs to go further. Australia doesn’t have the same depth of funds as our overseas counterparts, specifically compared with the United States Inflation Reduction Act. Federal and state governments need to work closely on the strategic deployment of funds by stress-testing each proposed pillar of the energy transition and its potential cost before rolling out the initiative. The renewable energy infrastructure toolkit we’ve been relying on is essential, but it’s expensive, time-extensive, and continues to face increasing headwinds. Australia has alternative solutions to stress-test costs and bring renewable energy online faster. We must actively explore […]

Rio Tinto to drive development of Australia’s largest solar farm at Gladstone

Rio Tinto will drive development of Australia’s largest solar power project near Gladstone, after agreeing to buy all electricity from the 1.1GW1 Upper Calliope Solar Farm to provide renewable power to Rio Tinto’s Gladstone operations. The agreement will bring more renewable power into one of Australia’s most important industrial hubs and marks another step towards Rio Tinto’s climate goal of halving its global Scope 1 & 2 carbon emissions this decade2. If combined with more renewable power and suitable firming, transmission and industrial policy, it could also provide the core of a solution to repower Rio Tinto’s three Gladstone production assets – the Boyne aluminium smelter, the Yarwun alumina refinery and the Queensland Alumina refinery. Under a new power purchase agreement (PPA) signed with European Energy Australia, Rio Tinto will buy all power generated from the Upper Calliope solar farm for 25 years. The plant will be built and operated by European Energy, at a site about 50 kilometres south-west of Gladstone, pending development and grid connection approvals. Once approved and developed, Upper Calliope would have the potential to lower Rio Tinto’s operating carbon emissions by 1.8 million tonnes per year. Rio Tinto Chief Executive Jakob Stausholm said “This agreement is a first important step in our work to repower our Gladstone operations and illustrates our commitment to keeping sustainably powered industry in Central Queensland. “The task remains challenging, but we have a pathway to provide the competitive, firmed power our Gladstone plants need and we are continuing to work hard with all stakeholders, including the Queensland and Australian governments, on getting there. “Competitive capacity, firming, and transmission, are critical to developing a modern energy system that can ensure more large-scale renewables development in Queensland and help guarantee the future of Australian industry.” Once approved, construction of the Upper Calliope […]

DECO Australia powered by renewable energy

DECO Australia, family-owned Australian manufacturer of timber-look aluminium building products, has proudly announced the successful completion of the company’s solar panel installation project at its manufacturing facility in Minto, Southwest Sydney. The addition of over 950 solar panels further solidifies DECO ‘s commitment to environmental stewardship and sustainability. The newly installed solar panels will bring DECO’s total solar energy capability to over 500 kilowatts and will provide enough energy to power approximately 60 per cent of the company’s operations. That’s equivalent to powering approximately 100 average-size homes per year or planting over 10,000 trees. “DECO has always been committed to improving our carbon footprint and we are thrilled to further invest in our renewable energy program through the installation of these additional solar panels.” said Richard Hamber, General Manager of DECO Australia. The additional 400 kilowatts generated by the new solar panels will specifically contribute to powering two of DECO’s largest production lines, resulting in a substantial reduction in the company’s overall carbon emissions. This initiative aligns with DECO’s dedication to providing cleaner, greener building materials, addressing the growing demand from specifiers, builders, and end-users for sustainable products. “Reducing environmental impact is a strategic focus for DECO and we understand that it aligns with our customers priorities too. Manufacturing lower carbon products is not merely a preference; it has become a necessity for those specifiers, builders and homeowners who are making conscious decisions to source greener building materials and products for their projects.” said Hamber. This latest sustainability initiative from DECO represents a significant investment for the company and showcases their commitment to a cleaner industry. With ever changing building codes, like the introduction of the NSW Government’s ‘BASIX Material Index’ in October this year, DECO remains committed to reducing the embodied carbon of their building materials and supporting the industry’s […]

Amokabel doubles production capacity for special cable in Sydney

Investment will enable Australian engineers in the defence, mining, rail, telecoms, power grids and supermarket industries to benefit from short lead times and flexible order quantities. Amokabel has doubled production capacity at its cable factory in Sydney. The upgrade has boosted the manufacturer’s ability to deliver specialist cable for the defence, mining, rail, telecoms and frozen food industries. In turn Australian engineers will benefit from short lead times and greater flexibility in terms of minimum order size. Specialised cables are essential to meeting specific performance criteria in many industries. Engineers often need special arrangements when it comes to the conducting and communication cores that carry power and signals inside the cable, as well as insulation and protection layers, and other elements such as identification features. These non-standard details mean that cables must be specially manufactured. As a specialist producer in Australia, Amokabel can deliver orders of as little as 500 metres in just 1- 2 weeks. This enables customers to control cashflow improve flexibility by enabling them to keep small stocks of cable. That compares with large cable producers in Asia , which typically have a minimum order quantity (MOQ) of 5,000 metres or more and several months lead time. “Time is money in industry – so when an engineer can source the product they need within weeks and in small batches, they can deliver their projects faster and more cost-effectively,” says Steve Rutland, Managing Director for Amokabel in Australia. “By investing in additional capacity at our plant in Sydney, we’re establishing a strong manufacturing base and showing engineers that we’re committed to the local Australian market .” Amokabel acquired its production facility in Sydney from Euro-Tech Cable in December 2022. Building the business as a supplier of niche specialist cables will enable it to grow its special cable business […]

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Decarbonising our cities

The built environment accounts for 39 per cent of gross annual carbon emissions worldwide. How to account for embodied carbon emissions Operational emissions – for example from the electricity it takes to heat or cool buildings – account for some built environment emissions. But embodied carbon emissions also contribute a significant proportion. They are carbon emissions caused by construction as well as the extraction, manufacture and transportation of construction materials. Replacing an energy-inefficient old building could reduce operational emissions but add to embodied carbon emissions. And balancing that equation can be challenging, as calculating embodied carbon emissions involves uncertainties. Different databases give different values for embodied carbon coefficients, which represent the amount of carbon emitted per unit of material. But experts can help navigate this uncertainty. “We all have to commit to transparency in our approaches to embodied carbon calculations. We need to share data sources, and methodologies and assumptions used in our calculations. And only then can we foster trust and comparability so that we can ultimately reduce embodied carbon,” said Dr James Helal, Lecturer in Sustainable Structural Design and Assistant Dean (Sustainability) at the University of Melbourne. Designing new buildings to minimise carbon emissions “To reach our net zero emission goals, we must reshape the way we think about buildings. They’re not just shelters. They’re living, breathing entities that should be designed and operated with a clear understanding of their impact on our ecosystem,” said Dr Behzad Rismanchi, Senior Lecturer in the Department of Infrastructure Engineering at the University of Melbourne. Specifying carbon targets, including embodied carbon, and engaging with engineers or sustainability consultants early is crucial. “Optimisation [of building designs] can only take us so far,” said Environmental Designer Lucy Marsland from Atelier Ten. Applying circular economy principles to building design will inherently achieve decarbonisation. “Circular economy at its heart aims to keep […]

Real Pet Food Company commits to sustainability with Rockwell Automation

Rockwell Automation, the world’s largest company dedicated to industrial automation and digital transformation, has announced that it has won the contract to provide Energy management software to Real Pet Food Company, across four production facilities in Australia. The energy management solution will be delivered by Rockwell’s consulting arm, Kalypso, which specialises in the digital evolution of industrial companies through consulting, digital innovation, enterprise technology, and business process management services. Real Pet Food Company produces well known pet food brands including Nature’s Gift, Farmers Market, Ivory Coat and V.I.P and supplies major Australian supermarkets. It commissioned the sustainability upgrade to help enhance energy efficiency and reduce carbon emissions. Rockwell Automation regional director – south pacific, Anthony Wong, said, “Real Pet Food Company is showing leadership by not just talking the talk but walking the walk when it comes to sustainability. By committing to measurable actions, they will help improve the planet as well as their bottom line.” Digitising sustainability data to achieve measurable results Real Pet Food Company is currently measuring its energy management using spreadsheets and clipboards. This results in decentralised and disconnected information, and a lack of real-time management. “Turning this manual data entry into a digital solution will provide Real Pet Food company with better visibility of its energy consumption linked to production data, allowing it to identify optimisation opportunities,” said Wong. Real Pet Food Company has a strong commitment to sustainability and social responsibility, stating, “At Real Pet Food Company we believe in creating a fresher future for all, aspiring to reduce our impact on the biosphere, preserve resources for future generations, and make a positive difference to you, your pets and the communities we work with”. Real Pet Food Company’s Head of Sustainability, Jarrod Edgecombe adds, “Real Pet Food Company has a renewed focus on […]

Powerhaus App Debuts at the 2023 Australian Architecture Conference: A Game-Changer in Sustainable Home Design

In a ground-breaking move towards sustainable housing, Powerhaus Engineering has unveiled Australia’s first energy efficiency home design app at the 2023 Australian Architecture Conference. This revolutionary app will allow architects and designers to configure the energy rating of their building plans with real-time performance feedback, making sustainable design for new houses more accessible and intuitive than ever before. Powerhaus hosted a masterclass at the conference on Monday 30th October and provided attendees with a firsthand look at the app’s capabilities and its potential to reshape the future of sustainable housing in Australia. As most states and territories around Australia delay the new mandatory increase in minimum house star ratings to 7 stars, with currently only New South Wales implementing the increase, there’s a palpable concern within the housing sector about readiness for such a transition. Many in the industry feel unprepared for this significant shift towards sustainability. In this context, tools such as the Powerhaus app become not just beneficial, but crucial. The app is poised to be a beacon, guiding architects, designers, and building professionals, to seamlessly and cost-effectively adapt to and embrace the heightened sustainability standards. Jenny Edwards, director of award-winning Light House Architecture & Science and a renowned thermal performance assessor with a deep passion for sustainable housing, shared her experience with the Powerhaus app: “For years, the true potential of the NatHERS software as a design tool was only accessible if paired with a trained thermal performance assessor. This often made the design process slower, more expensive, and limited the ability of architects to learn directly from the software.” She continued, “The Powerhaus dashboard is a game-changer. Its superbly designed interface allows designers to instantly test the impact of various critical parameters, giving them a clear understanding of the most effective levers for any particular design.” […]

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