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A new solution for manufacturing carbonnegative concrete, developed by the Carbonaide project of Finnish research organisation VTT, picked up first prize in the annual awards of EARTO, the organisation of the European Research and Technology Organisations, on 12 October in Brussels. Market potential.
Aurea from consulting engineers Royal HaskoningDHV was developed in the Netherlands, and its selection for this award followed an independent review led by jury chairman Professor Cees Buisman, Scientific Director of Wetsus, a European centre of excellence for sustainable water technology.
Climate change requires immediate action, and our most urgent, non-negotiable priority must be to tackle the root cause, carbon emissions,” said AGU President Lisa J. They should clearly report any negative results. As we consider technology to counteract warming, it is essential that we do not add to that unequal burden.”
A building described as the world’s first carbon-negative ‘Home for the World’ has been showcased in Nassau, Bahamas, by Partanna Global, a developer of sustainable building materials. “Partanna’s technology forms chemical compounds that interact with and capture atmospheric CO2.” tonnes of CO2 on production.”
Hope Denton, Acoustic Solutions Specialist at Jacksons Fencing, writes The UK has set ambitious targets to reach net-zero carbon emissions by 2050 and one key technology in achieving this goal is air source heat pumps (ASHP). These systems harness renewable energy from the outside air to heat homes and businesses.
How on-demand food delivery apps could encourage low-carbon food. For the environmentally minded, the increased adoption of app-based food delivery services presents a unique opportunity to affect carbon emissions in the food supply chain. However, a major roadblock is the lack of transparency surrounding the carbon impacts of food. .
The use of so-called “negative emissions technologies” to enhance carbon sequestration and storage in the ocean is increasingly being discussed. This process, also known as alkalinization, harnesses chemical processes to alter the geochemistry of seawater and thereby increase the uptake of carbon dioxide from the atmosphere.
Drawing upon findings recently published by the Intergovernmental Panel on Climate Change’s (IPCC) Sixth Assessment Report (AR6), the report from the Climate Crisis Advisory Group (CCAG) argues that current global emissions targets are inadequate and that net negative – rather than net zero – strategies are required.
Hailing from KAUST and Aarhus University, the co-authors outline a prospectus for the cultivation and use of seaweed as a carbon capture technology, a job and tax revenue generator, and a food source. Our research consolidates seaweed farming as an underpinning of a sustainable future,” said lead author Professor Carlos Duarte. “It
Technology firm Asahi Kasei announced the trial in September, which will evaluate the performance of a biogas purification system at a sewage treatment plant in the city. While the use of biogas as a carbon-neutral fuel is rapidly expanding, it is also used as a substitute for natural gas in Europe and the US.
A new report, Developing sustainable Gen AI, published on 14 January, appears to show that generative AI has a significant and growing negative environmental impact. This increase in carbon footprint is projected to continue to grow. over the next two years.
A report from NRDC (Natural Resources Defense Council) seems to strengthen the case against Bioenergy with Carbon Capture and Storage (BECCS), currently a key ingredient of the UK government’s climate plan. Released on 13 October, the NRDC report summarises its latest investigation into BECCS.
These might turn out to look quite different in the future, if carbon-accounting under the Emissions Trading System (ETS) were to be based on science and the real effects on climate. Much of the biomass employed in Europe is anything but carbon neutral. Labelling forest biomass as renewable has a perverse impact on the climate.
Soletair Power (Finland) has developed a seemingly unique solution for extracting carbon dioxide (CO2) from building ventilation systems to help achieve carbon net zero and even carbonnegative building projects. Are carbon-negative buildings possible? The Power-to-X unit being demonstrated.
Most people seem to believe some form of carbon capture and storage (CCS) will be necessary, although many are stil sceptical of an arguably “unproven” and ambitious technology. Envirotec writes. The same document said that CCS was “not on a trajectory” to meet the 2ºC target of over 400 MtCO2 being stored per year in 2025.
Deploying a seemingly innovative technology configuration and design, the group behind it, LIPOR, suggests it is set to revolutionize the waste-to-energy industry while simultaneously decarbonizing the aviation sector. One of the first synthetic eFuel production units in Europe could be implemented at an Energy Recovery Plant near Porto.
Published in Environmental Science & Technology Letters in January, the duo reported their findings from the chemical analysis of wastewater associated with mining the lithium brine at the Salar de Uyuni. Lithium, however, becomes more concentrated in the brine at each stage.
When these molecules enter the water they cause acidification, having a negative impact on marine environments, particularly for shell forming organisms such as crabs and shellfish that rely on fragile eco-systems for survival. At present, around 25% of all CO2 emitted to the air is absorbed by the oceans.
A green carbon laboratory – examining the role that the non-operational highways ‘green’ asset can play in providing a source of materials and fuels to decarbonise highway operations: South Gloucestershire Council and West Sussex County Council. The decision panel of independent experts were drawn from the highways and transportation sector.
GW Drax Power Station in northeastern England—once Western Europe’s largest coal-fired power plant—is poised to pioneer bioenergy with carbon capture and storage (BECCS), a negative emissions The post UK’s Drax Eyes U.S. for Bioenergy CCS Expansion Drive appeared first on POWER Magazine.
Energy-from-Waste (EfW) operator enfinium signed an agreement – on 19 March – with green technology company Hitachi Zosen Inova (HZI) to install the UK’s first carbon capture pilot plant at an EfW facility. The aims of the pilot is to demonstrate the use of carbon capture technology at EfW facilities.
Energy-from-waste operator enfinium has announced (on 11 April) it is progressing plans to invest around £200 million in carbon capture and storage (CCS) technology at the Parc Adfer energy from waste facility in Deeside, North Wales. The project could capture up to 235,000 tonnes of carbon dioxide (CO2) every year, said the group.
New “bio” ropes made from biomaterials have the potential to replace conventional plastics of fossil origin in mussel and algae cultivation, say the groups behind their development, who claim sustainability advantages including up to 34% carbon footprint reduction compared to ropes made from conventional plastics.
A seemingly first-of-a-kind project will support the decarbonisation of the UK’s largest waste-to-energy facility, while also contributing 3% of the UK Government’s 2035 target for negative emissions.
The phase one feasibility study will allow the consortium to assess the performance of various biogas samples in a small-scale LOOP system located at the Levidian Technology Centre in Cambridge and carry out detailed analysis to optimise the hydrogen output.
UK energy-from-waste (Efw) operator enfinium has launched the UK’s first carbon capture pilot at an EfW site, the group announced on 16 September. The launch is described as a milestone for the sector and for the group’s plans to deploy Carbon Capture and Storage (CCS) technology across its UK facilities to generate carbon removals at scale.
There are also an increasing number of emerging technologies, currently under development, both in the UK and abroad. Put simply, the term ‘cleantech’ describes a product that aims to reduce or mitigate negative environmental impact. At the same time, carbon dioxide is released and captured, alongside oxygen and hydrogen.
Laser technology overcomes many of the limitations of better established landfill gas measurement methods such as FID, as QED Environmental explains (pictured: The Geotech SEM5000). FID equipment burns a hydrogen flame to ionise organic compounds containing carbon to detect gasses in the atmosphere, including methane.
Industry leaders have paved the way, with Google having been carbon-neutral since 2007 and Microsoft since 2012. To help businesses create their individual decarbonisation strategies, Siemens has published a new whitepaper suggesting a range of specific steps towards carbon neutrality. Shift to low-carbon heat.
However, it is crucial that as we move from internal combustion engines to electric vehicles, we do not not risk disturbing our planet’s largest carbon sinks by giving the destructive deep-sea mining industry the green light and opening up a new frontier of industrial extraction, writes campaign organisation the Deep Sea Conservation Coalition.
UK energy utility Drax has unveiled plans to build the world’s largest carbon capture facility with the goal of removing more CO2 from the atmosphere than it produces, and thereby securing “carbonnegative” status. But campaign groups continue to insist that the maths behind biomass doesn’t add up.
A technology to sanitise clothing without the water-intensive drawbacks of traditional methods is being publicised as a useful way to advance the reuse of items like clothing and PPE. With sterilisation technology, we hope to reverse much of this single-use problem. Public body Scottish Enterprise will financially support the project.
To achieve this it will require an annual reduction in carbon intensity of 9.7%, according to the latest “Low Carbon Economy Index (LCEI)” produced by professional services firm PwC. Regulatory intervention will be key to helping many technologies and business models reach critical lift-off point.
Randeep Somel is VP, Global Head of Communications and Sustainability with technology firm Iron Mountain. Scope 3 emissions can account for over 70% of many businesses’ carbon footprint, which means that organisations – and the world – cannot reach net-zero without taking huge strides to reduce their indirect emissions. What’s next?
Mission Zero Tech nologies (or ‘MZT’) announced the delivery and installation of their third modular system at partner Deep Sky’s carbon removal innovation and commercialisation centre, Deep Sky Labs, in Innisfail, Alberta, on 14 October.
A new technique offers a less energy-intensive way to recover lithium, cobalt, nickel and manganese from end-of-life lithium-ion batteries, and uses carbon dioxide for the process rather than the high temperatures or corrosive and hazardous chemicals traditionally associated with this activity.
Biomethane is the only ready-to-use technology capable of immediately greening the gas grid, currently responsible for 23% of total annual emissions. In fact, converting biomethane to green hydrogen can be net negative. By utilising the UK’s existing gas infrastructure, biomethane is a cost-effective option.
Akmez Nabeerasool is a Senior Project Manager at Arvia Technology, a provider of advanced tertiary water and wastewater treatment systems. The technology can help textile manufacturers meet the many strict discharge consent limits with respect to organics in the form of COD, colour and specific hazardous chemicals such as Nonylphenols.
All the more so when a greenhouse gas—carbon dioxide—is used to power the process. Municipal wastewater treatment plants in large cities are insulated from the negative effects of climate change, and treated wastewater can serve as a potential water source, provided appropriate sustainable and cost-effective technologies are available.”.
Factors including a European shortage of available seeds and tree-stock, changing climate, changing soil conditions and low seedling survival rates are negatively impacting reforestation efforts at historical estates like Blenheim. To find out more about ForestFactory, visit [link]
The Drax power plant in North Yorkshire is the UK’s biggest single-point source of carbon dioxide emissions, and is fed by a constant supply of wood pellets shipped to the UK on enormous vessels, mostly form North America. Birds and plants, and forests’ important carbon stores, are being damaged by this industry.
Carbon-free “green” hydrogen is produced using electrolyzers to split water molecules to separate the hydrogen from the oxygen. This is where grid operators shut down access to the grid or adopt pricing mechanisms to generate negative pricing to reduce production. Making hydrogen competitive. The result is curtailment.
These show that Puraffinity’s new material performs better by lasting longer and treating three times the amount of GenX contaminants compared with current ion exchange and activated carbontechnologies. www.puraffinity.com.
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