News
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IFEAA article in Farmers Weekly suggests planning reforms could unlock progress on farm ammonia emissions
An article by IFEAA’s Chair, George Eustice, has been published in Farmers Weekly. The article, published on 3rd April, suggests that new planning reforms could help tackle agricultural ammonia emissions by removing barriers that currently prevent farms from upgrading infrastructure. He argues that existing Habitats Regulations can block emission-reducing developments because they are assessed against…
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Future Farm Fuels
IFEAA chair, George Eustice, set the scene at a recent Future Farm Fuels event. The event explored actions from government to support the agrifood sector to transition away from fossil fuels, with biomethane and on farm anaerobic digestion a key enabler for this change. Attended by industrial and policy delegates, the forum identified the following…
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What is Radiative Forcing?
Radiative forcing occurs when there’s an imbalance between the energy entering and leaving the Earth’s atmosphere. Energy from the sun reaches Earth as solar radiation, and Earth emits some of this energy back into space as infrared radiation (heat). When more energy comes in than escapes—like today—the atmosphere warms up. This process is called radiative…
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Micrometer Range (Infrared Absorption) & Gases:
Micrometer Range (Infrared Absorption) & Gases
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Sulfur Hexafluoride (SF6): The Most Potent Greenhouse Gas
Sulfur hexafluoride (SF6) is the most potent greenhouse gas currently known, with a global warming potential (GWP) 23,500 times greater* than carbon dioxide (CO2) over a 100-year period. Though it exists in extremely small concentrations (about 35 parts per trillion), its massive heat-trapping ability and long atmospheric lifetime of 3,200 years make it a serious…
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Nitrous Oxide (N2O): The Underestimated Greenhouse Gas
Nitrous Oxide (N2O): The Underestimated Greenhouse Gas Nitrous oxide (N2O) may only exist in small amounts in our atmosphere compared to other gases like carbon dioxide (CO2), but it packs a much bigger punch. With a global warming potential (GWP) 273 times greater than CO2 over a 100-year period, N2O is a major contributor to…
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Ozone (O3): A Dual Role in the Atmosphere
Ozone (O3) plays two very different roles depending on where it is located in the atmosphere. In the stratosphere, it acts as a protective layer, shielding life on Earth from the sun’s harmful ultraviolet (UV) radiation. However, at ground level (in the troposphere), ozone is a harmful pollutant and a powerful greenhouse gas. Ozone as…
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Methane (CH4): The Short-Lived but Powerful Greenhouse Gas
Methane (CH4) is a powerful greenhouse gas that traps heat in the Earth’s atmosphere, making it a major contributor to global warming. Though it stays in the atmosphere for a much shorter time than CO2 (about 12 years compared to centuries for CO2), methane is roughly 25 times more effective at trapping heat over a 100-year period.
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Coming soon – Miss Molecule meets methane
Miss Molecule is an educational resource for children aged 9-11 to grow knowledge of sustainability. An episode dedicated to methane is in production and will be available for download here later in the year
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May deep dive presentations
Catch up on presentations from our May Deep Dive – Methane and Manure, what should we do about it?
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Net Zero Methane Hub News
See methane capture and use in action on a farm visit
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IFEAA welcomes new members
Welcome to Climate-I and Big Sky Theory
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In April, we held the first meeting of IFEAA’s wastewater group. Chaired by South West Water, the objective of the group is to highlight strategic challenges for fugitive emissions in wastewater and the actions needed to abate them to inform IFEAA activities in this sector. The meeting was supported by South West Water, Severn Trent…
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IFEAA responds to House of Lords consultation on methane
IFEAA has submitted a response to a House of Lords consultation on methane, sharing the team’s understanding of methane emissions and their abatement. IFEAA’s response highlighted new evidence that the scale of emissions from manure management systems is likely to be underestimated by Government assessments of emissions calculated using IPCC methodology. The team then detailed…
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IFEAA Deep Dive May 16th, M-Shed Bristol
Manure and Methane – What should we do with it? Get ready to explore new perspectives, expand your knowledge, and network with fellow enthusiasts. Whether you’re a seasoned professional or starting out, IFEAA’s Deep Dive has something for everyone. Morning session – How much methane is there? Afternoon Session – What should we do with it? More…
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Google supports methane mission
Tech giant Google is joining the fight against methane with a satellite initiative set to launch in March, aimed at collecting crucial data on methane levels worldwide. Scheduled to orbit approximately 300 miles above Earth and completing 15 orbits per day holds promise in the fight against global warming. Methane, a potent greenhouse gas, is…
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IFEAA and Bennamann respond to DfT RTFO consultation
IFEAA and Bennamann have submitted a joint response to a consultation from DfT on a proposal to scrap negative emissions credits for biomethane made from manure within the Renewable Transport Fuels Obligation. The response argued that these negative credits should be maintained because: Significant environmental and financial benefits can be obtained through capturing methane emissions…
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IFEAA’s DEEP DIVE NOV 30th
Join us for the highly anticipated IFEAA deep dive event on the 30th of November. This captivating gathering will unfold at the prestigious New Holland Basildon plant, renowned for housing the groundbreaking Methane tractor at the forefront of environmental innovation. The event is poised to deliver a comprehensive and enlightening experience, featuring a lineup of…
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IFEAA supports the launch of Cardiff University’s Net Zero Innovation Institute
IFEAA was delighted to support the launch of Cardiff University’s new Net Zero Research Institute, speaking on a panel focusing on key challenges surrounding Net Zero alongside representatives from the Welsh Government. The new Institute will use an interdisciplinary approach to provide solutions to help use resources effectively, mitigate climate impacts and support the long…
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Environmental Biotechnology Network short story writing competition
The Environmental Biotechnology Network is sponsoring a story writing competition to raise awareness of microbial systems. The theme is ‘Microbes to the rescue!’ with cash prizes for the best entries, see Short story competition: Theme: Microbes. Deadline Sept 2023 – Green Stories Project for further information.
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IFEAA study shows potential for methane capture and use in Cornwall
IFEAA has just completed a project for Cornwall and Isles of Scilly LEP assessing the opportunity for methane capture and use in the region, and examining enablers and barriers to the approach. The work examined the latest evidence on methane emissions from dairy, beef and waste water sectors to assess potential for methane capture and…
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DEFRA Farming Innovation Programme
DEFRA’s Farming Innovation Programme is launching 2 new competitions this autumn. DEFRA will fund collaborative feasibility studies (£200k – £500k, 2 years duration) and small R&D partnerships (£1m to £3m, 3 years duration) which aim to solve a real world farming problem, reduce emissions and improve productivity and resilience. If you have an project idea…
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Future of Farming
IFEAA is presenting in the Future of Farming session at Cenex Low Carbon Vehicle Show, 6-7 September at UTAC Millbrook. IFEAA will present the latest results from a study for Cornwall and Isles of Scilly Local Enterprise Partnership, examining sources of fugitive methane in the region
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Capturing methane from manure management – a success story
Trenance Farm is a 100 cow diary farm in South Cornwall As part of the Cornwall Council funded 6-Farm Pilot Trenance implemented a system to capture methane from its slurry lagoon, purify and use the methane to power their tractor and local road maintenance vehicles. Methane emissions reduction meant that the farms carbon footprint was…
