Podcasts about Decommissioning

Decommissioning the Fukushima Daiichi nuclear power plant in Japan began soon after it suffered a triple meltdown in March 2011. Fourteen years on, the work continues. This summer will mark two years since Tokyo Electric Power Company, the plant's operator, began discharging water that was used to cool the damaged reactors into the sea. In November last year, workers removed a few grams of radioactive debris from a reactor for the first time. A second extraction took place a few weeks ago. Neighbourhoods closest to the plant are still off-limits, but other areas are safe to live in. For some residents, life is slowly returning to normal. Justin McCurry, Alexis Bregere and Airi Futakuchi Report.

The FAA is proposing the removal of all Remote Communications Outlets in the lower 48. These RCOs are the only way to establish search and rescue in flight when you don't have a cellular signal. This would be a HUGE mistake. Please leave a public comment at the Federal Register using this link: https://www.federalregister.gov/documents/2025/03/27/2025-05167/notice-of-intent-to-decommission-flight-service-remote-communications-outlets-rcos

Send us a textThe often-invisible backbone of our digital world, the physical infrastructure of data centers, carries significant environmental weight when it reaches the end of its operational life. This podcast episode delves into the crucial yet frequently overlooked process of data center decommissioning. Mark Petrie from Quantum Lifecycle Partners sheds light on the complexities involved as organizations increasingly migrate to the cloud due to the demands of artificial intelligence and the need for technology refreshes, all while navigating cybersecurity concerns. This shift generates a constant stream of retired IT equipment, laden with both valuable materials and sensitive information.Key Takeaways:Cloud migration and AI growth increase data center decommissioning, requiring secure and responsible handling.Successful migration needs careful planning: application mapping, prioritized steps, and contingency plans.Choose certified partners (NAID for security, R2v3 for environment) for responsible decommissioning.Proper handling enables circular economy benefits: mineral recovery, reduced impact, and potential returns.Explore resources like Quantum Lifecycle Partners for secure, sustainable technology transitions.Thanks for listening! If you like our podcasts, please leave us a review on Spotify or Apple or wherever you get your podcasts from. Want to be a guest on The Circular Future podcast? Email Sanjay Trivedi at strivedi@quantumlifecycle.com Listen on: https://quantumlifecycle.com/podcast Follow us on LinkedIn | Facebook

In local news today, the United States Army Core of Engineers will undertake a study addressing increased water storage in the Russian River watershed and farmers have asked President Trump to intervene in the Potter Valley decommissioning project. So far the president has not responded. 

We've been hearing a lot about a certain proposal to get nuclear power up and running in Australia, but little's been said about what happens when plants reach the end of their life.Decommissioning a single nuclear power plant can cost hundreds of millions of dollars and take decades.So what's involved, and why is the process so long and expensive?

Simon will be at Decommissioning of the USS Iowa. Two new Florida Republican members are elected to Congress. Trump vs Federal Judges and the numerous injunctions that have been filed so far. RIP Val Kilmer. Jonathan Savage on the EU and tariffs. It is Liberation Day.

As decommissioning work at the meltdown-stricken Fukushima No. 1 nuclear power plant in northeastern Japan reaches a crucial stage toward removing melted nuclear debris, the spotlight has fallen on diamond semiconductors that can withstand intense nuclear radiation.

In today's digital workplace, laptops, PCs and printers are all central to business operations. Their extended lifespan and the rising demand for robust security make selecting the right devices crucial for protecting businesses. Device security must be actively managed throughout its lifecycle - from the initial manufacturing phase, through onboarding, ongoing use and remediation, all the way to second life or decommissioning. Recent findings from HP Wolf Security indicate that while awareness of device security's significance is increasing, it still remains frequently overlooked. Part of this stems from a lack of maturity, with 79% of IT and Security Decision Makers (ITSDMs) globally saying their understanding of hardware and firmware security lags behind their knowledge of software security. But part of it is down to the recent evolution of the device technology landscape, where not all vendors prioritise this area of technology, and many don't provide tools and capabilities to simplify ongoing management of hardware and firmware security. Why is Platform Security Critical? Hardware and firmware attacks are challenging to detect and costly to address, giving attackers a hidden entry point into IT systems and networks. As a result, organisations are investing more in addressing these vulnerabilities, reinforcing device security as a critical layer in the IT stack for overall resilience. One of the biggest obstacles in hardware and firmware security is the difficulty, of mitigating threats with software alone. This underscores the importance of designing security from the ground up, ensuring that hardware protections are embedded from the outset. This is why it is key for manufacturers to invest in security by design from the hardware-up, including building the necessary manageability capabilities for a modern hybrid workforce. Considering device security from the procurement stage is essential, yet it is often deprioritised in favour of immediate cost savings, leading to potential long-term security risks. In fact, 68% of ITSDMs say hardware and firmware security is often overlooked in the evaluation of the total cost of ownership (TCO) for managing device security through its lifecycle. It is important to remember that purchasing a device is a security decision, with the wrong choice having far-reaching implications that can weaken security posture or increase infrastructure security management costs for years to come. Organisations need to develop the capability to set requirements for device hardware and firmware, as well as the necessary lifecycle management processes to ensure that devices can be trusted to operate as expected throughout their lifetime. This requires an end-to-end approach, considering platform security across the entire device lifecycle. It All Begins with Suppliers A proactive approach to device security starts with supplier selection. Procurement teams must collaborate closely with IT and security professionals to evaluate vendors and enforce stringent security criteria, ensuring long-term protection and manageability across the device fleet. Too often, procurement teams handle device sourcing independently, without the input of security and IT teams to assess vendors and establish security requirements. This can impact the long-term security and manageability across an entire fleet. In fact, 64% of UK ITSDMs say procurement rarely collaborates with IT and security to verify suppliers' hardware and firmware security claims. Collaboration between IT, security, and procurement is key to ensuring that procurement requirements appropriately serve the long-term security and digital strategy of an organisation. Onboarding and configuration risks The threat of hardware or firmware tampering is present throughout a device's lifecycle. During transit or while unattended, devices are vulnerable to tampering, which can lead to the insertion of malware or malicious hardware. This risk is further exacerbated b...

GE Vernova closes a Brazilian blade factory as installations drop 30%, while Australia faces issues with trailing edge serrations falling from turbines. Also, cultural differences between European and American work environments, blade recycling challenges, and the need for decommissioning bonds as the industry matures. Fill out our Uptime listener survey and enter to win an Uptime mug! Sign up now for Uptime Tech News, our weekly email update on all things wind technology. This episode is sponsored by Weather Guard Lightning Tech. Learn more about Weather Guard's StrikeTape Wind Turbine LPS retrofit. Follow the show on Facebook, YouTube, Twitter, Linkedin and visit Weather Guard on the web. And subscribe to Rosemary Barnes' YouTube channel here. Have a question we can answer on the show? Email us! You're listening to the Uptime Wind Energy Podcast, brought to you by BuildTurbines. com. Learn, train, and be a part of the clean energy revolution. Visit BuildTurbines. com today. Now here's your hosts, Allen Hall, Joel Saxum, Phil Totaro, and Rosemary Barnes. Allen Hall: Manufacturing capacity in the wind energy sector continues to contract as GE Vernova's LM wind power continues to grow. Plant down in Brazil is being closed and that affects about a thousand workers, Joel. And it's coming because the demand in Latin America for GE, Vernova wind turbines and all them products is diminishing quite a bit. Now it's also part of a broader trend down in Brazil where installations have fallen by about 30 percent in 2024 compared to previous years. So there's a big slowdown in Brazil. And. GE, Vernova, slash LM are ceasing operations there. I don't see how this is going to last very long. There's a number of operators that are coming into Brazil, especially Chinese manufacturers. You think this factory will get gobbled up like some of the other ones that LM has closed recently? Joel Saxum: Yeah, I think this one, we heard about this whisperings of this. We before it happened, we've got some pretty good connections down in Brazil. With some people that are in the factories and it is, it's just following that trend. I think one of the interesting things about the Brazilian market as well is that, A lot of big turbines down there. People may not know that, but the majority of turbines, I think, are over like three megawatt machines. They're big down there. They don't have a whole lot of legacy old stuff like we do here. So there was this big ramp up to create all these bigger blades down there. Of course, making those big blades locally saves a lot of logistical costs. But you're going to see this changeover, right? Like in the States, we don't really, we don't allow the Chinese manufacturers to come in. And in Europe, they're not really allowing the Chinese manufacturers to come in, but in Brazil, they've been all over the place. And to be honest with you, some of the big asset owners down there have to, They're not just Chinese OEMs. It's Chinese owned asset owners like CGN and things like that. So there's a, there is a big tie to China and I believe, like you said, Alan, I think this a blade factory is a kind of a pain to build. And one that's just sitting there and all you really have to do is, Build some new molds and repurpose a couple of things and you're ready to roll. I think this will get scooped up pretty dang quick. Allen Hall: Yeah, which should be good news for the employees down there because there is still a need for people who know how to build blades that are hard to find right now. Now, Phil, is this a broader move by LM that they're going to be closing some of the factories because of GE's demand more recently? Phil Totaro: Yes, and let's keep in mind too that, GE stopped selling their turbines down there and that LM factory was largely just producing blades for Vestas V150s. It looks like it might be rough sledding for for some of the folks at LM. The good news is, so going,

Oil spills, leaks and contaminants can wreak havoc on marine life, and abandoned and decaying platforms and pipelines can cause large-scale damage through chemical and heavy-metal pollutants.With LNG markets declining and ageing offshore oil and gas infrastructure representing an environmental safety risk, titleholders are now having to decommission offshore infrastructure.This process represents an estimated $60 billion liability for investors over the next 30–50 years.In December 2024, the Australian government released the 'Offshore Resources Decommissioning Roadmap', helping titleholders fulfil their regulatory obligations under laws like the Offshore Petroleum and Greenhouse Gas Storage Act 2006.Here to discuss is Joshua Runciman, lead analyst of Australian gas at the Institute for Energy Economics and Financial Analysis (IEEFA).The host of The Greener Way is Rose Mary Petrass, senior journalist at FS Sustainability. This podcast uses the following third-party services for analysis: OP3 - https://op3.dev/privacy

This week: Can decommissioning the Pilgrim nuclear power plant be made to go faster? Some members of the citizens panel would like to see that happen. Also: island communities are on edge as rumors swirl around immigration enforcement. And, the Cape felt an earthquake that centered in Maine.

The Rev Harold Good witnessed the IRA decommissioning their arsenal of weapons. He facilitated secret talks at vital points during the Peace Process. In his new book he reveals his role as a back channel between the DUP and Sinn Féin. He joins Ciarán Dunbar to discuss his role as a peacemaker, his experiences with Ian Paisley and his extraordinary friendship with Martin McGuinness. Hosted on Acast. See acast.com/privacy for more information.

Andrew Collins is a historian and journalist who has devoted over four decades of his life to the study of ancient civilizations, much of it among the enigmatic T-shaped pillars that dot the stone hills of the Turkish highlands. He believes that Göbekli Tepe and Karahan Tepe are more than ceremonial sites of hunter-gatherers—he takes these monuments to be the remnants of a foundational proto-culture that authored the earliest versions of the myths and narratives found in the Bible, Torah, and Qur'an. He walks us through why he believes that the imagery carved into the stones of Karahan Tepe represents humanity's first abstract engagement with the spiritual realm, how the legends developed were likely the product of the peoples the Sumerians called the Annunaki, and the pivotal role the serpent symbol plays in linking the land of the living to the cosmic spheres. DEMYSTICON 2025 ANNUAL MEETING IN PORTUGAL!!! "Beyond the Big Bang" June 12-16: https://demystifysci.com/demysticon-2025 PATREON: get episodes early + join our weekly Patron Chat https://bit.ly/3lcAasB MERCH: Rock some DemystifySci gear : https://demystifysci.myspreadshop.com/ AMAZON: Do your shopping through this link: https://amzn.to/3YyoT98 SUBSTACK: https://substack.com/@UCqV4_7i9h1_V7hY48eZZSLw@demystifysci Pick up Andrew's latest book on Karahan Tepe! Support both of us with this link: https://amzn.to/4hkfGcC (00:00) Go! (00:04:10) Karahan Tepe & the Universal Serpent (00:11:23) Celestial Connections (00:16:20) Vulture Stone Interpretation (00:24:18) Symbolism of the Intercontinental Manbag/handbag (00:32:40) Consequences of the Younger Dryas (00:37:00) Environment of the Taş Tepeler Region (00:49:17) Ancient Trade Routes and Cultural Exchange (00:55:12) Unique T-shaped Pillars Mysteries (01:03:19) Early Post-Ice Age Civilizations (01:13:07) Early Urban Developments in Central Turkey (01:20:49) The Anuna and Early Civilizational Knowledge (01:35:11) The Serpent, Shamanism, and Cosmic Communications (01:41:04) Ritual Sites and Priestly Classes (01:52:19) Decommissioning of Ritual Sites (02:03:04) Water Sources and Settlements (02:17:07) Migration and Conflict (02:23:28) Divergent Views in Archaeology (02:34:08) Collaboration vs. Opposition (02:41:33) Future Directions in Research #Archaeology, #GöbekliTepe, #KarahanTepe, #AncientHistory, #Symbolism, #CelestialConnections, #YoungerDryas, #AncientCivilizations, #PrehistoricSites, #ArchaeologicalDiscoveries, #Mythology, #Shamanism, #AncientTrade, #AncientArchitecture, #VultureStone, #RitualSites, #CulturalExchange, #CosmicConnections, #Anuna #philosophypodcast, #sciencepodcast, #longformpodcast Check our short-films channel, @DemystifySci: https://www.youtube.com/c/DemystifyingScience AND our material science investigations of atomics, @MaterialAtomics https://www.youtube.com/@MaterialAtomics Join our mailing list https://bit.ly/3v3kz2S PODCAST INFO: Anastasia completed her PhD studying bioelectricity at Columbia University. When not talking to brilliant people or making movies, she spends her time painting, reading, and guiding backcountry excursions. Shilo also did his PhD at Columbia studying the elastic properties of molecular water. When he's not in the film studio, he's exploring sound in music. They are both freelance professors at various universities. - Blog: http://DemystifySci.com/blog - RSS: https://anchor.fm/s/2be66934/podcast/rss - Donate: https://bit.ly/3wkPqaD - Swag: https://bit.ly/2PXdC2y SOCIAL: - Discord: https://discord.gg/MJzKT8CQub - Facebook: https://www.facebook.com/groups/DemystifySci - Instagram: https://www.instagram.com/DemystifySci/ - Twitter: https://twitter.com/DemystifySci MUSIC: -Shilo Delay: https://g.co/kgs/oty671

On Sunday, John Dickinson launched our Christmas series, 'Arrival', as we make our way through the Christmas narrative. He unpacked Isaiah vision of the coming of the Lord, and highlighted that this vision acts as two things - A Tractor Beam & Decommissioning.Isaiah 2:1-5

ASCO's head of environmental services and decommissioning, Kelly Smith and UK business development manager for environmental and decommissioning, Lee Vettese, joined Energy Voice's Ryan Duff to discuss the opportunities UK decommissioning experts can seize in Australia.   Although cultures may be different on either side of the globe, the jobs on offer in Australia's oil and gas sector is all too familiar to those working for ASCO in Peterhead. Decommissioning is a key focus for the UK as the country's oil and gas basin dwindles and with work being offered up internationally, the north-east firm looks to upskill workers in different regions.   After work carried out by Smith, Australia was seen as the "next best step for the organisation" while Vettese described the country as the "biggest market" outside of the North Sea.    To hear more about what ASCO plans to do in Australia and how it will export expertise around the world, listen to the conversation on Energy Voice Out Loud.  

This week we talk about peat, pig iron, and sulphuric acid.We also discuss the Industrial Revolution, natural gas, and offshore wind turbines.Recommended Book: Deep Utopia by Nick BostromTranscriptThis episode is going live on election day here in the US; and this has been quite a remarkable election season for many reasons, among them that there's been just a boggling amount of money spent on advertisements and events and other efforts to claim attention and mindshare, and in part because the vitriol and tribalism of the past several elections—an evolved, intensified version of those things—has almost completely dominated all those messages.And as someone who's based in a swing-state, Wisconsin, I can tell you that it's been a lot. It's been a lot everywhere, as US elections also claim more than their fair-share of news reportage in other countries, but in the US, and in the relatively few states that are assumed to be the kingmakers in this election, it's been just overwhelming for months, for basically a year, actually. So instead of doing anything on the election, or anything overtly political—there'll no doubt be time for that in the coming weeks, once the dust has settled on all this—let's talk about coal. And more specifically, British coal.Coal has been used throughout the British Isles for a long time, with early groups burning unrefined lumps of the substance to heat their homes, though generally only when their local, close-enough-to-the-surface-to-be-gathered source for the stuff was pure enough to beat-out other options, like peat and wood, which was seldom the case in most of these areas.It was also used to create lime from limestone, the lime used for construction purposes, to make mortar, and it was used for metal-shaping purposes by blacksmiths.Beyond that, though, it was generally avoided in favor of cleaner-burning options, as coal is often accompanied by sulphur and other such substances, which means when burned in its natural form, it absolutely reeks, and it can make anyone unlucky enough to be caught in the smoke it creates tear-up, because the resulting sulfurous gas would react with their eye-moisture to create sulphuric acid; not pleasant, and even though it was generally better than peat and wood in terms of the energy it contained, it was worse in basically every other way.Earlier groups of people had figured out the same: there were folks in China as early as 1000 BC, for instance, who used these rocks as fuel for copper smelting, and people in these same early-use areas, where coal veins were exploitable, were really leaning into the stuff by the 13th century AD, when Marco Polo visited and remarked that the locals were burning these weird black stones, which granted them wild luxuries, like being able to take “three hot baths a week.”Groups in Roman Britain were also surface mining, using, and trading coal at a fairly reasonable level by around 200 AD, though it was still primarily used to process things like grain, which needed to be dried, and to work with iron—as with those Chinese groups, coal has long been appreciated for its smelting capabilities, because of its high energy density compared to other options.In the British Isles, though, coal was largely imported to major cities by sea, until around the 13th century when the easily accessed deposits were used up, and shaft mining, which granted access to deeper deposits via at times long tunnels that had to be dug and reinforced, was developed and became common, including in areas that hadn't previously had surface sources that could be exploited.In the 16th century, this and similar innovations led to a reliable enough supply of coal that folks living in the city of London were able to largely replace their wood- and peat-burning infrastructure with coal-burning versions of the same.It's thought that this transition was partly the consequence of widespread deforestation that resulted from a population boom in the city—more lumber was needed to build more buildings, but they also required more burnable wood fuel—though some historians have argued that what actually pushed coal to the forefront, despite its many downsides compared to wood and peat, is the expansion of iron smelting and the increasing necessity of iron for Britain's many wars during this period, alongside England's burgeoning glass-making industry.Both of these manufacturing processes, making iron and glass, required just a silly amount of fuel—making just one ton of the lowest-grade cast iron, so-called pig iron, consumed something like 28 tons of seasoned wood, and glass was similarly wood-hungry.What's more, that combination of city expansion and the King's desire to massively build-out his Navy meant timber resources were continuously being strained anywhere industry popped up and flourished, so those industries would then expand to areas where wood was still cheap, over time making wood it more expensive there, too. Eventually, wood was costly pretty much everywhere, and coal thus became comparably cheap in these regions, and you could use a lot less of it to achieve the same ends.Even if that subbing-in led to bad smells and burning eyes and clouds of dense, black smoke wherever it was burned, then, the cost differential was substantial enough to make using coal the better option in many such cases and areas.This boom in coal usage was amplified still further by the rapid clearing of forests due to the expansion of farm- and pastureland.It was determined, by the late 17th century, that an acre of farm- or pastureland was worth a lot more than woodland used for timber or other purposes—around three-times as valuable—so there was a large-scale deforestation effort to basically claim as much value from these forested lands as possible, dramatically changing the landscape of the British Isles over the course of just a few decades; this transition in part enabled and powered by coal.Around the year 1700, about five-sixths of all coal that was mined, globally, was mined in Britain, and that helped power the empire's industrial revolution later that century, beginning in something like 1760, as the majority of clever devices that arose during that period were powered by coal, and the global industrial revolution that eventually created what we might consider technological modernity arose, initially—at least in this manifestation of the concept—from coal-powered Britain.What I'd like to talk about today is a remarkable coal-related milestone, considering that history, that Britain recently marked, and what it might mean for this and other fuel-types, moving forward.—In 1882, the first-ever coal-fired power station opened in London—a thermal power station that uses coal as its fuel, which basically means you refine the stuff, break it into tiny, semi-uniform pieces, and then feed those pieces into a coal-fired boiler. In that boiler the coal is burned to generate heat, and that heat boils water, the resulting steam spinning turbines which turn generators that produce electricity.Coal-fired power stations are massively inefficient, with modern versions of the model only boasting a 34-ish% efficiency, meaning about 34% of the total energy contained in the fuel source is ultimately converted into electricity—the rest, about 66% of the energy contained in the coal that's burned, is lost along the way.That's not uncommon for power plants, though other fossil fuel-burning plants are somewhat more efficient on average, with oil-powered plants weighing in at about 37% efficiency, and gas-powered versions managing something like 50-60% at their most modern and sophisticated, though simpler variations of the design only achieve about the same as coal.All fossil fuel-powered power stations emit greenhouse gases into the atmosphere as a byproduct of their operation, which has been shown to stoke climate change, and they all have pollutant-related byproducts, as well, though there's a spectrum: gas is relatively clean-burning compared to its kin, while coal is the absolute worst, releasing all sorts of pollutants into the air with at times severe health consequences for anyone in the general vicinity; oil plants are somewhere in between those two extremes, depending on the type of oil used and the nature of the plant.Those downsides are part of why newer technologies like large-scale wind turbines and solar panel arrays have been replacing fossil fuel-based power plants in many locales, and quite rapidly, though the infrastructure in many areas is optimized for these older-school options, which means there are the plants themselves, which are often quite large and real-estate-spanning, but there's also all the mines, there's the shipping facilities, the processing capacity for the coal or oil or whatnot—it's a nation-spanning network of buildings and machinery and businesses, not to mention all the people who work jobs related to these vital, energy-creating industries.Coal was already beginning to decline in the UK 100 years after that first plant was built, so by the 1990s, as gas, often called natural gas as a sort of branding effort by gas companies to make it sound cleaner and more desirable, was at that point already beginning to replace coal in many electricity-generating facilities.Gas has done the same in many countries—especially those with vast natural sources of it, and the US has opened up a lot of new markets for this fuel type in recent decades, and in the past decade in particular, as it mastered the means of compressing gas into a liquid, often called LNG, and shipping it to ports in Europe around the same time Russia's invasion of Ukraine was fundamentally rewiring the energy mix on the continent.So gas has played a role in disrupting coal's hold in many previously coal-happy areas, including the US. But it was renewables that really turned the tide against coal in the UK, with a combination of solar and wind making up about 6% of Britain's electricity in 2012—compared to 40% for coal, at the time—but just over a decade later, in 2023, renewables were making up a whopping 34% of the UK's energy mix, mostly due to the widescale deployment and success of offshore wind farms.This, paired with the emergence of increasingly efficient appliances and lighting, which sip energy compared to previous-generation bulbs and kettles and refrigerators, meant the UK was able to deplete its coal-usage, even as energy demand increased—because that demand was less than anticipated, due to those efficiencies, and enough new renewables and gas facilities were coming online to meet that reduced demand.At the tail-end of September this year, 2024, the UK witnessed the shut-down of its last remaining coal power plant, which was built 57 years ago.This was a meaningful moment, as it marked the first time in about 142 years that coal wasn't contributing to the UK's electrical grid, and it has global significance, as while 23 European countries have announced that they will phase out coal in the relatively near-future, and while Belgium was the first previously coal-burning European nation to go fully coal-free, back in 2016, the UK is the first G7 nation to do so—the rest of the G7 having committed to accomplishing the same by 2035.Decommissioning the plant will take about two years, and that will include the task of reallocating the plant's 170-or-so employees to other positions within the power network, and going through the many steps required to clean up the area after decades of voluminous pollution, while also getting the area ready for other types of development.In many cases right now, globally, that means swapping in some other piece of energy infrastructure; in some cases coal-fired plants can be replaced with gas-fired plants, which is still not ideal in terms of emissions, but much better than coal, and in some cases it's a more significant change, like building-out grid-scale battery arrays, which allow nearby wind turbines and solar panels to store the excess energy they generate when the wind is blowing and sun is shining, so that none of that energy goes to waste, and so it can be used when the wind and sun aren't cooperating.The British government is also planning to expand its nuclear power capacity, quadrupling its currently five-strong nuclear power plant holdings by 2050, which is a choice that comes with a lot of its own consequences, including, often, very high price tags on building and operating such facilities. But because of the nature of nuclear power plants—specifically, that they produce high levels of consistent, reliable, emissions-free electricity—that additional expense is often okay, because that steady consistency nicely blends with the inconsistent output of solar and wind.It's worth noting that coal-heavy nations elsewhere around the world, like Russia, are currently having trouble with the stuff, Russia's coal industry reportedly experiencing its worst crisis in 30 years due in part to sanctions, in part to a lack of demand from previous customers that're transitioning away from coal, and in part due to issues within the industry, itself.Coal production in Russia dropped by 6.7% year on year in July of 2024, marking the lowest output since the height of the covid pandemic, and it's estimated that they've lost around 27% of monthly output compared to recent peaks.There are different types and grades of coal, so those numbers are averages, and not all coal-exporting nations are having as much trouble as Russia right now. Australia is the world's foremost exporter of coal, for instance, and while China is going through some economic complications right now—which is an issue for Australia, because they shipped the majority of their coal to China until just recently—India has been stepping in to pick up the majority of that slack. Australia has still cut its coal export outlook by 6% because of those and other geopolitical ripples, and there's a chance their sales could continue to drop due to the transition to renewables on one hand, and the move toward gas-powered plants on the other.But some types of coal remain the cheapest form of energy production in some countries, so there's a good chance that rising stars like India, and possibly Indonesia and other Southeast Asian booming economies, as well, could step in and grab what they can, despite all the downsides of coal, because they can get it at a discount; which won't be great for coal companies that are used to higher prices, but it likely will allow them to keep operating at something close to their previous capacity for longer than would otherwise be the case, lacking these rising nations that need cheap fuel, whatever the consequences of using it.In the UK, though, coal is gone, and the remnants of its use are slowly being wiped away: the land cleaned up and repurposed, more of the grid being optimized for cleaner production types.We'll probably see a few other big nations accomplish the same over the next decade, but because of all that aforementioned geopolitical turmoil, there's also a chance those planned end-dates will be pushed: the cheap, dirty needs of the present overshadowing these nations' cleaner, healthier next-step ambitions.Show Noteshttps://www.eia.gov/tools/faqs/faq.php?id=107&t=3https://e360.yale.edu/digest/uk-last-coal-planthttps://ourworldindata.org/grapher/electricity-mix-uk?stackMode=absolute&facet=nonehttps://www.wsj.com/us-news/coal-ash-cancer-epa-north-carolina-b39ddf6ahttps://beyondfossilfuels.org/europes-coal-exit/https://www.npr.org/2024/09/30/nx-s1-5133426/uk-quits-coal-climate-changehttps://www.theguardian.com/business/2024/sep/30/end-of-an-era-as-britains-last-coal-fired-power-plant-shuts-downhttps://www.epa.gov/sites/default/files/2016-06/documents/4783_plant_decommissioning_remediation_and_redevelopment_508.pdfhttps://www.gisreportsonline.com/r/peak-coal/https://www.moscowtimes.ru/2024/10/07/samii-tyazhelii-krizis-za30-let-vrossii-nachala-rushitsya-dobicha-uglya-a144209https://interactive.carbonbrief.org/coal-phaseout-UK/index.htmlhttps://www.bbc.com/news/articles/c5y35qz73n8ohttps://www.nytimes.com/2024/09/30/climate/britain-last-coal-power-plant.htmlhttps://www.washingtonpost.com/climate-environment/interactive/2024/uk-coal-power-exit/https://www.theguardian.com/business/2024/sep/30/the-deep-history-of-british-coal-from-the-romans-to-the-ratcliffe-shutdownhttps://www.reuters.com/markets/commodities/uks-last-coal-plant-shutdown-bodes-well-us-lng-exports-maguire-2024-10-01/https://www.wired.com/story/uk-no-coal-fired-power-plants-first-time-in-142-years/https://www.statista.com/statistics/371069/employment-in-coal-mining-industry-in-the-united-kingdom-uk/https://apnews.com/article/high-court-rejects-uk-coal-mine-whitehaven-83b9b7ceedebee1b70927667987b4dd7https://www.bbc.com/future/article/20240927-how-coal-fired-power-stations-are-being-turned-into-batterieshttps://www.reuters.com/sustainability/climate-energy/britain-become-first-g7-country-end-coal-power-last-plant-closes-2024-09-29/https://www.nytimes.com/2024/09/30/opinion/england-coal-wind-power.htmlhttps://en.wikipedia.org/wiki/Coal-fired_power_stationhttps://en.wikipedia.org/wiki/Coal_in_Australiahttps://en.wikipedia.org/wiki/Industrial_Revolutionhttps://en.wikipedia.org/wiki/Coal This is a public episode. If you'd like to discuss this with other subscribers or get access to bonus episodes, visit letsknowthings.substack.com/subscribe

Angie Carr, Jane Bremmer, Ella George and Charles Street outline the problems associated with burning municipal waste, not least by setting a climate bomb. The oppose the planned waste incinerator for Lara, between Melbourne and Geelong, Victoria.Stanley Woodhouse from Friends of the Earth spoke about gas infrastructure to be remediated.

Season 06 Episode 04: A bonza boom & crash: Decommissioning with dignityTrajce and Sara compliment Alan's dress sense - smooth, Italian, Mafioso, modelled after a Kappa soccer sports brand, while Sara reflects on her ‘rugby mum' look for the day. Trajce teases Sara with her unlaced shoes in contemporary gangsta-fashion, primed for larceny. “It's a sport and leather vibe,” says Trajce.Trajce contemplates the need to evaluate a design journey, going beyond the pointy end of an event with direct causational pathways. “A designer is a parent of consequences,” he declares. The crew focus on examples of decommissioning in design phases. “Deconditioning with dignity,” Trajce phrases.

Ten Japanese power suppliers will be asked to pay 135.2 billion yen in fiscal 2024 to prepare for the decommissioning of nuclear reactors, an organization tasked with overseeing the process said Wednesday.

In this episode, Bryan and Max discuss commercial supermarket startup and commissioning with comparisons to residential HVAC work. Max, who has transitioned from residential air conditioning to supermarket refrigeration, shares his insights on the unique challenges and requirements of this specialized field. The conversation begins by emphasizing the critical importance of safety in supermarket refrigeration work. Unlike residential jobs, technicians often work alone in potentially hazardous environments with high-voltage equipment and large quantities of refrigerant. Hearing protection is stressed as a crucial safety measure due to the extremely loud environments in motor rooms. Max then delves into the complexities of supermarket refrigeration systems, describing the various components involved, including parallel compressor racks, refrigerated cases, and multiple control systems. He highlights the need for adaptability and problem-solving skills, as technicians often encounter unique situations with limited documentation or manufacturer support. The discussion also covers the time-sensitive nature of the work, with many tasks needing to be completed overnight to minimize disruption to store operations. The podcast explores the multifaceted role of a supermarket refrigeration technician, touching on topics such as equipment decommissioning, pressure testing, electrical verification, and programming of control systems. Max emphasizes the importance of developing a comprehensive process and continuously refining it to improve efficiency and effectiveness in the field. Key topics covered in the podcast: Safety considerations in supermarket refrigeration work Components of commercial refrigeration systems (compressor racks, cases, controls) Time constraints and overnight work in supermarket settings Decommissioning old equipment and installing new systems Pressure testing and leak checking procedures Electrical verification and three-phase power considerations Programming and verifying control systems Defrost cycle setup and verification Communication protocols and building management systems Performance audits and client expectations Low ambient controls and regional differences in system requirements Leak detection and walk-in cooler maintenance The importance of developing and refining work processes Transition from residential HVAC to commercial refrigeration   Have a question that you want us to answer on the podcast? Submit your questions at https://www.speakpipe.com/hvacschool.  Purchase your tickets or learn more about the 6th Annual HVACR Training Symposium at https://hvacrschool.com/symposium. Subscribe to our podcast on your iPhone or Android.   Subscribe to our YouTube channel.  Check out our handy calculators here or on the HVAC School Mobile App for Apple and Android.

"Decommissioning is clearly more than just getting rid of old equipment. It is a multi-step process that requires careful planning and execution to ensure the safety, compliance of the equipment, as well as the protection of patient and facility data." So what do you need to consider before you start hauling old, unused equipment to the curb? Find out in today's Expert Series On-The-Go with Asset Recovery Expert Ashley Jackson!  ------- In this 12-Part Expert Series On-The-Go series, we're learning from industry expert Ashley Jackson, VP of Asset Management Solutions at Mazree. With several years of experience at Memorial Sloan Kettering Cancer Center as a Biomedical Engineering Manager, Ashley is a foremost expert in Asset Management. She now oversees the development and implementation of Mazree's innovative and advanced Lifecycle Management CMMS product that launched in 2023. #operatingroom #expertseries #assetrecovery #assetmanagement #perioperative #healthcare

Welcome to Astronomy Daily, the Podcast that brings you the latest news and updates from the world of space and astronomy. I'm your host, Steve Dunkley, and today we have a captivating lineup of space-related news that I'm sure you'll find fascinating.- **55th Anniversary of Apollo 11**: Reflecting on the monumental Apollo 11 mission, Steve shares his childhood memories of watching Neil Armstrong, Edwin Aldrin, and Michael Collins make history by landing on the moon. This nostalgic look back reminds us of the incredible achievements of those astronauts and how they inspired a generation to look to the stars.- **New Lunar Rover Testing**: Astrobotic is making strides in creating a lunar power grid with its Volt rover, which recently passed rigorous testing at NASA's Glenn Research Centre. Designed to traverse the moon's surface, the rover features a vertical solar array to harness solar energy, proving its stability on simulated lunar slopes.- **NEOWISE Mission Concludes**: After 14 successful years, NASA's NEOWISE mission will end on July 31. However, its legacy continues with the upcoming NEO Surveyor mission, set for launch in 2027. This new mission will be the first infrared space telescope dedicated to hunting hazardous near-Earth objects, marking a significant step forward in planetary defense.- **Decommissioning the ISS**: NASA and SpaceX have unveiled plans to deorbit the International Space Station in January 2031. A modified SpaceX Dragon spacecraft will lower the ISS's orbit until it reenters the atmosphere, marking the end of an era for this iconic space laboratory that has hosted over 270 astronauts.- **ISS Weekly Update**: The International Space Station crew has been busy with a range of scientific research, maintenance activities, and personal time. Highlights include advancements in space agriculture, human health research, and high-temperature physics. The crew also conducted emergency drills to ensure safety and preparedness.Don't forget to visit our website at astronomydaily.io to sign up for our free daily newsletter and stay updated with the latest space news. Follow us on social media at AstroDailyPod on Facebook, X, YouTubeMusic, and TikTok to join our community of stargazers and space enthusiasts. Until next time, keep looking up and stay curious about the universe.www.bitesz.comBecome a supporter of this podcast: https://www.spreaker.com/podcast/astronomy-daily-the-podcast--5648921/support.

IRA decommissioning was an historic political event that has been clouded in secrecy for decades. Files uncovered by the Belfast Telegraph, in The National Archives at Kew, have revealed new details about how the road to decommissioning weakened first minister David Trimble, fueled the rise of the DUP, and almost collapsed the Good Friday Agreement. They also reveal how foreign spy satellites played a part in getting the IRA to destroy their weapons. Sam McBride joins Ciarán Dunbar with his findings from the Kew Files. Hosted on Acast. See acast.com/privacy for more information.

Embark on a voyage through the cosmos with today's episode of Astronomy Daily - The Podcast, where your host, Anna, steers us through the latest astronomical events and space exploration milestones. Today's celestial digest includes the unfortunate delay of Boeing's Starliner spacecraft, which faces technical hurdles on its journey to the International Space Station. We'll also reflect on the narrow miss of a car-sized asteroid, 2024 JN 16, which zipped past Earth just days after its discovery, reminding us of the importance of vigilant sky-watching. We'll float alongside the aspirations of Blue Origin's NS-25 mission, which aims to satiate the hunger for suborbital space tourism, and strap on virtual moon boots to join NASA's Artemis moonwalk simulations in the Arizona desert. To cap off our interstellar exploration, we'll share heartwarming recollections from the team aboard NASA's flying laboratory, SOFIA, as it prepares for decommissioning. 1. **Starliner's Stalled Ascent**: Delving into the technical setbacks delaying Boeing's crewed flight to the ISS.2. **Asteroid's Close Call**: The story of 2024 JN 16's surprise flyby and the role of amateur astronomers in planetary defense.3. **Blue Origin's Tourist Trek**: A preview of the upcoming NS-25 mission and its crew of dreamers.4. **Artemis's Arizona Adventures**: NASA's lunar surface simulations and the future of moonwalks.5. **SOFIA's Sentimental Skyward Sojourn**: A tribute to the memories and milestones of NASA's airborne observatory.Join us as we traverse these narratives, celebrating the unyielding human spirit that propels us toward the stars. For an immersive experience of the cosmos, visit our website at astronomydaily.io, and join the conversation on X (@AstroDailyPod) for daily updates and celestial camaraderie. Until our next stellar encounter, this is Anna reminding you to keep your eyes on the skies and your spirit of discovery alive. Clear skies and cosmic wonder to all our fellow space enthusiasts!This episode is brought to you with the support of our galactic sponsors NordPass, the password manager you need in your life. It's the one we use and swear by. Get our special deal by visiting www.bitesz.com/nordpass. Check out all our great sponsor deals on our website. Become a supporter of this podcast: https://www.spreaker.com/podcast/astronomy-daily-the-podcast--5648921/support.

MediQuant has been providing health data management and active archiving since 1999. In this video, CEO Jim Jacobs describes how they seek “one patient, one record” so that providers have complete and accurate data for the patients they serve. In addition to fulfilling organizational needs such as compliance and enhanced patient care, Jacobs believes that preserving data from legacy systems has wide-reaching benefits. For instance, one customer is using AI to process ten years' worth of data to prove that a denial of treatment was unwarranted. But providers struggle because many have more than a thousand systems holding data, and find themselves with even more redundant systems after mergers or acquisitions. Decommissioning systems is a complex task, while systems that are overlooked are at risk of breaches. Learn more about MediQuant: https://www.mediquant.com/ Health IT Community: https://www.healthcareittoday.com/

Have you heard of solar decommissioning? Here is a fact-based discussion with Justin Lindemann, a policy analyst at the North Carolina Clean Energy Technology Center, about the report 50 States of Solar Decommissioning: 2023 Snapshot. Justin explains why it's important for consumers, developers, and landowners to understand how solar projects affect the environment, and what long-term planning is required at the end of a solar project's lifecycle. He also discusses emerging state requirements and how the N.C. Clean Energy Technology Center assists organizations. 

David McCullagh, Historian and Six One News presenter, discusses the latest insights from newly-released State Papers.

In this episode of the Futurum Tech Webcast, Serrala's Rob Jackson, Principal Solutions Architect, and Jason Boyer, Jason Boyle, Chief Customer Success Officer at Neev, join host Keith Kirkpatrick Research Director, Enterprise Applications at The Futurum Group, to discuss the steps organizations should take to migrate their data to SAP's S/4HANA. The conversation focused specifically on developing a strategy based on whether a greenfield or brownfield migration is being conducted, the use of migration program checklists and data archiving strategies, and discussion on the available tools from Serrala to handle data archiving and migration.

Today's Topics: 1, 2) Modernist priest says "a tattoo is better than a Rosary," comparing tattoos to the beauty of a Chasuble https://cathcon.blogspot.com/2023/05/tattoo-better-than-rosary-compared-to.html 3, 4) Decommissioning tattoos protocol

Today's Topics: 1, 2) Modernist priest says "a tattoo is better than a Rosary," comparing tattoos to the beauty of a Chasuble https://cathcon.blogspot.com/2023/05/tattoo-better-than-rosary-compared-to.html 3, 4) Decommissioning tattoos protocol

Britain's aging nuclear reactors could cost $10.4 Billion each to decommision. Hyundai is going to sell its cars on Amazon.com. Frito Lays electric delivery truck network. Dominos delivers pizza on a heated e-bike. Saskatchewan climate law suit. Canada gets another battery factory, this time in the west. Local clean energy lawsuit against the Saskatchewan government Dryer vents in an air-tight house Local town poisons kids with CO2 from their gas Zamboni Best and worst cars for miles of range per hour of super-charging Frito Lay electric trucks Dominos electric bike UK nuclear decommisioning costs. Solar Edge home charger - use solar to charge your EV at home The world's largest solar farm just came online in the UAE. They installed the equivalent of one Sask Power solar farm per day (10 megawatts), for a total of 2 gigawatts peak output. Hyundai and Amazon partner to sell cars online Battery factory coming to British Columbia The Lightning Round Nigeria removes fossil fuel subsidies and society is shook to its core! The Clean Energy Show is released every week so be sure to subscribe on your favorite podcast app to get new episodes delivered to you free! Support the Show Make a small donation to our podcast today! PayPal Donate!https://www.paypal.com/donate/?hosted_button_id=VMDCRPHLNR8YE E-transfer: cleanenergyshow@gmail.com Thanks for listening to our show! Consider rating The Clean Energy Show on iTunes, Spotify or wherever you listen to our show. Our Store Visit our T-Shirt and Merch Shop! https://my-store-dde61d.creator-spring.com Contact Us! Email us at cleanenergyshow@gmail.com Follow us on TikTok! @cleanenergypod  Check out our YouTube Channel! @CleanEnergyShow Follow us on Twitter or Threads @CleanEnergyPod James Whittingham https://twitter.com/jewhittingham Brian Stockton: https://twitter.com/brianstockton Leave us an online voicemail at http://speakpipe.com/cleanenergyshow Copyright 2023 with some rights reserved. You may share and reproduce portions of our show with attribution. All music is copyright with all rights reserved.  

This presentation will define ESG (Environmental, Social & Governance) for CRE professionals and dive into where and how they intersect. For ESG, we'll unpack how this investing jargon has become a must-have department across the Fortune 500. We'll debunk some common misconceptions, and explain how to think about Scopes 1, 2, and 3. What will you have to report and when? And how will it change the CRE world? For workplace change, we'll take a clear-eyed look at where the trends are headed. The office isn't dead, but it's never going back to the way it was. As anyone who's been in the industry long enough knows, change is the only constant. We may be trading cubicles for cafes, but we still need a communal place to work. And finally, we'll thread the two ideas together: When businesses and governments are preparing their workplaces for the future, how can they do so in a sustainable way? How do we get CRE, facilities, sustainability, and communications on the same page, and how do we help create a future of work that works for everyone?

Wind turbine recycling involves a complex supply chain to efficiently and sustainably manage the decommissioned turbines and recover valuable materials. Here are the key steps and routes within the wind turbine recycling supply chain: 1. Decommissioning: The first step in the recycling process is the decommissioning of the wind turbines. This involves safely dismantling the turbines and removing them from their installation sites. Decommissioning can be carried out by specialized companies that have the expertise and equipment for this task. 2. Transport: After decommissioning, the various components of the wind turbines need to be transported to recycling facilities. This may involve transporting the rotor blades, nacelles, towers, and other parts separately to different recycling facilities or centralized processing centers. 3. Sorting and Disassembly: Once at the recycling facility, the components are sorted and disassembled. This step involves separating different materials, such as metals, fiberglass, and other composite materials. Specialized machinery and processes are used to disassemble the turbines and extract usable components. 4. Material Recycling: The sorted materials then go through specific recycling processes based on their composition. Metals such as copper, steel, aluminum, and rare earth elements are extracted and sent to appropriate recycling facilities for further processing. Fiberglass and other composite materials may undergo shredding or grinding to be used as a raw material in other industries, such as construction or cement production. 5. Refining: In the case of critical minerals like neodymium, dysprosium, and other rare earth elements, an additional refining step is required. These minerals are refined to a high purity level, typically using methods such as solvent extraction, precipitation, and electrochemical processes. Critical minerals refining facilities play a vital role in this step, ensuring the extraction of valuable minerals from decommissioned wind turbines. 6. Manufacturing and Reuse: The recovered materials, including metals and refined minerals, can be used in the manufacturing of new wind turbines or other products. For example, the metals may be transformed into new components for wind turbines or other industrial applications. The refined rare earth elements can be used in the production of magnets for various technologies, including renewable energy systems, electric vehicles, and electronics. 7. Waste Management: Throughout the recycling process, waste management is a crucial aspect. Any non-recyclable or hazardous materials need to be handled and disposed of properly, adhering to environmental regulations and best practices. 8. Supply Chain Integration: To ensure a smooth and efficient wind turbine recycling supply chain, it is important to integrate the different stakeholders involved. This includes wind turbine manufacturers, decommissioning companies, recycling facilities, critical minerals refining facilities, and end-users of the recycled materials. Collaboration and coordination between these stakeholders are essential to maximize the value recovery and sustainability of the wind turbine recycling process.

Welcome Hannah Sims and Alonzo Grape to the We Are Neighbors podcast for a special two-part series about Encampment Decommissioning! In case you missed it, listen to Part 1 to learn more about what encampment decommissioning is and give you a better understanding of how we are helping our neighbors connect with permanent solutions to housing and supportive services to ensure a successful transition into housing.   In this episode, we will dive in to discuss the results we are seeing, how many individuals have been housed, future plans, and how YOU can get involved to support this important work.

Sign up for Data Mesh Understanding's free roundtable and introduction programs here: https://landing.datameshunderstanding.com/So here are the summation points of this episode:Your legacy data platforms probably aren't going anywhere anytime soon. Those can have long lives but look to shut down unused capabilitiesYour new projects, where applicable, should be data mesh data products. But a large percent aren't going to be that at the start. Figure out some incentives for people to push their new data products to your mesh platform early if possibleYou should not look to lift and shift data projects/assets/products unless it is truly easy for all users - producers and consumers - lift and shift sounds great but it doesn't work well in all but the rarest of casesBe prepared for people to get concerned about having to migrate early - communicate strongly that you aren't forcing migrations of existing data workPlease Rate and Review us on your podcast app of choice!If you want to be a guest or give feedback (suggestions for topics, comments, etc.), please see hereEpisode list and links to all available episode transcripts here.Provided as a free resource by Data Mesh Understanding / Scott Hirleman. Get in touch with Scott on LinkedIn if you want to chat data mesh.If you want to learn more and/or join the Data Mesh Learning Community, see here: https://datameshlearning.com/community/All music used this episode was found on PixaBay and was created by (including slight edits by Scott Hirleman): Lesfm, MondayHopes, SergeQuadrado, ItsWatR, Lexin_Music, and/or nevesf

Welcome Hannah Sims and Alonzo Grape to the We Are Neighbors podcast for a special two-part series about Encampment Decommissioning! In this episode, we will dive deeper into what encampment decommissioning is, how it differs from the ways we have intervened with encampments in the past, and give you a better understanding of how we are helping our neighbors connect with permanent solutions to housing and supportive services to ensure a successful transition into housing.  

In this episode of AVANT Technology Insights, Chip Hoisington, AVANT Senior Director of Engineering, and Gabe Sette, Spectrotel Senior Vice President, talk about what exactly is going on with POTS lines! Everybody is calling them about these crazy POTS lines, as costs skyrocket and users receive shut-off notices. To answer all your questions, Chip and Gabe review what's in the POTS line and TDM copper-based kind of connectivity world today and explain how their organizations are helping solve the problem for Trusted Advisors and customers! Listen in to learn more!

Dianne Murata, Furniture Chief and Founder of Kimiko Designs has a big announcement - She just launched the Kimiko Green Playbook for Sustainable Decommissioning. It's a guidebook to help you make better choices when it comes to the afterlife of your furniture. It was developed through hard work and through listening to a community of facility managers. Tune in to learn more about the playbook and how you or someone you know might be fit to join the Kimiko Green community.Download the playbook here:Follow Imagine a Place on LinkedInConnect with Doug Shapiro on LinkedIn

BG tap Livestream: decommissioning old earth. How its happening now, and what we can expect later (theories)Check out Forbidden Knowledge Network: www.forbiddenknowledge.newsCheck out milagro mushrooms: www.milagromushrooms.com

May 2, 2023 - Assemblymember Dana Levenberg, a Westchester County Democrat, shares her concerns about the environmental impact of the decommissioning of the Indian Point nuclear power plan.

The California Institute of Technology's Maunakea observatory decommission process; Neal Milner discusses the impact of COVID on The Long View; 'Iolani math team state winning streak champions

Trillions of pieces of plastic, trillions of pieces of metal. It's easy to think the space above our planet could become a 'tragedy of the commons' like our oceans. It doesn't have to.

For our deep dive episode on #TheBadBatch this week, we're considering the subtle, yet enormous and world-building, implications of the gut-punch reveal that clones unknowingly guarded a cache of stormtrooper armor for more than a year. Punch it! ~*~*~*~*~*~ Be sure to subscribe/follow the show on your favorite podcast app! If you have an extra minute, a rating or review on Apple or Spotify would be super helpful, too. :-) Like YouTube? Subscribe here: https://youtube.com/sw7x7?sub_confirmation=1 Wanna leave me a tip? Thank you in advance! https://venmo.com/sw7x7 Join the SW7x7 community: https://Patreon.com/sw7x7  ~*~*~*~*~*~ Follow the Show: Twitter: http://twitter.com/sw7x7podcast TikTok: https://tiktok.com/@sw7x7 Instagram: https://instagram.com/sw7x7 Facebook: https://facebook.com/sw7x7 Star Wars 7x7. It's destiny unleashed! #sw7x7

Nuclear Reactor Decommissioning Trickery – San Onofre, Three Mile Island UPDATE This Week’s Featured Interviews: LINKS for San Onofre Information mentioned in interview: Nuclear Hotseat Hot Story with Linda Pentz Gunter: Building small modular reactors; nuclear powered rockets to Mars; nuclear power plants on the Moon — They’re all Really Bad Ideas. So why do governments insist on...

December 29, 2022 — The license for the Potter Valley Project is undergoing a variety of considerations. As PG&E prepares its plan for decommissioning the inter-basin hydropower project that diverts water from the Eel River into the Russian River, the Federal Energy Regulatory Commission, or FERC, announced that it is considering reopening the license. That means that, although it granted PG&E an annual license in April, it's thinking about adding requirements for a number of wildlife protection and habitat monitoring measures that were proposed in March by the National Marine Fisheries Service, another federal regulatory agency. PG&E argues that the decommissioning process will provide plenty of opportunity to review protective measures, and that there's no evidence of harm to embattled salmon. But FERC appears to have taken notice of legal threats by environmental groups claiming the project violates the Endangered Species Act. FERC has accepted comments for and against the proposed reopening of the license, and PG&E has pledged to submit its decommissioning documents by January of 2025. By that time, the project may technically be under new ownership. This month, PG&E asked FERC to allow it to transfer a list of hydropower projects to a new Delaware-based LLC called Pacific Generation, writing that the transfers “are part of a broader corporate reorganization being undertaken to facilitate raising equity for PG&E's utility needs.” PG&E spokesman Paul Moreno noted in an email that, “Nothing will change for Potter Valley or the decommission process. Pacific Generation LLC will be a majority-owned subsidiary of PG&E, which will own other PG&E hydropower facilities as well as natural gas power plants and some solar arrays and battery storage. It was not created just for (the) Potter Valley Project.” PG&E assured FERC that it plans to “remain the majority and controlling owner of Pacific Generation;” and that its employees “will continue to operate and maintain the assets…just as they do today.” The restructuring would have to be approved by the California Public Utilities Commission (CPUC) , which in 2023 will also set the rates for the next four years. In September, PG&E requested that CPUC expedite the process, completing testimony, hearings, and filing of briefs by May first. Mark Toney, the Executive Director of The Utility Reform Network, or TURN, a ratepayer advocacy group, said TURN is “opposing the deal strenuously.” One of TURN's many worries is that if PG&E goes bankrupt again, its assets could be out of reach of settlements. TURN filed an objection to PG&E's proposal and the request for expediting the proceeding, declaring that, “this application benefits shareholders, and an expedited schedule would only serve to benefit shareholders…not avoid ratepayer harm.” TURN also asked if it was reasonable for PG&E to indemnify Pacific Generation for wildfire damages caused by PG&E's equipment, writing that “The Commission should examine whether this would result in an unreasonable transfer of risks.” Environmentalists are concerned, too. Redgie Collins is legal counsel for California Trout, one of the groups that filed a notice of intent to sue PG&E for harming endangered species. Collins is also a steering committee member of the Hydropower Reform Coalition, a statewide consortium of environmental groups dedicated to “restoring environmental and recreational values at hydropower projects presently being relicensed,” according to its website. The licenses for three of the 21 hydropower plants PG&E wants to transfer to Pacific Generation are being surrendered, while seven are up for renewal. Collins suspects that PG&E is “trying to sneak bad assets into its portfolio,” in part by overstating how viable they are. In its transfer application to FERC, PG&E wrote that Potter Valley is a 9.4-megawatt project, though it hasn't generated any power since a transformer broke down over the summer. Earlier this year, Moreno said the utility expected to recoup the unspecified costs of replacing the failed equipment within five years. But by mid-December, PG&E filed a brief update with FERC, stating that, “PG&E is currently in the process of considering long-term planning associated with Power Generation's portfolio. As a result, numerous projects are being reassessed to ensure resources are utilized prudently, including the Potter Valley transformer replacement project.” Collins also speculates that if the transfer is approved, the company could raise debt on some of its projects. The utility insists that the transfer should enable Pacific Generation to issue debt at lower rates than PG&E, but TURN worries that “the total amount of debt could very well increase as a result of this transaction.” One thing is certain: ratepayers will cover the costs of decommissioning. Mark Pocta, a program manager at the Public Advocate's Office at the California Public Utilities Commission (CPUC), doesn't believe the transfer would make much of a difference from a regulatory perspective. PG&E would still be regulated on a cost of service basis, and he does not believe that the rates would be set any differently if the assets are held by a subsidiary. The Public Advocate's Office is an independent group within the CPUC that is charged with representing the interests of ratepayers. Its members participate in proceedings, but they do not set rates or make decisions. Pocta noted that the cost of decommissioning hydropower plants is “typically funded through rates;” but that no money has been set aside for the purpose, because when hydro projects were built, there was an assumption that they had economic value. Before the Potter Valley license expired in April of 2020, PG&E tried hard to sell it. And a regional coalition tried unsuccessfully to drum up enough money to pay for the studies that were required to take over the license. Even without the costs that could accrue if FERC orders additional environmental monitoring and mitigation measures, PG&E estimates that decommissioning the project could cost $93 million in 2020 dollars. CalTrout estimated that it could cost between $133-$155 million. Pocta said a stipulation to set aside $48 million per year for the next four years to decommission Potter Valley and Battle Creek, a hydropower project in Shasta county, will come before the CPUC at its general rate case hearings in 2023. Decommissioning hydropower projects isn't something that happens frequently, so there are no set procedures in place. But Pocta remembers when plans to decommission another set of dams first got underway: Klamath, he remembers thinking, will take longer than ten years.

SMRpodcast episode #569 is online and ready for download. Rod is out this week, however, Chris and Robb are joined by long-time friend of the show Allison Sheridan of the NosillaCast Podcast. Show Information Hosts:Chris Ashley  @bigchrisashleyRobb Dunewood  @robbdunewoodRod Simmons  @rodsimmons Guest Host:Allison Sheridan @podfeet Picks:Prowithlin Desktop Vacuum Cleaner — Amazon Link XKpasswd.net — A Secure Memorable Password […] The post Humane Decommissioning: SMRpodcast 569 appeared first on SMRPodcast.

About Ben Ben Goldfarb (@ben_a_goldfarb) is an award-winning environmental writer whose journalism has appeared in Mother Jones, Science, The Guardian, Orion Magazine, High Country News, Outside, Audubon Magazine, Pacific Standard, Hakai Magazine, VICE News, Yale Environment 360, and many other publications. His fiction has appeared in the Bellevue Literary Review, Motherboard, and The Hopper. He […] Read full article: Episode 97: On Re-watering The West With Beavers And Decommissioning Forest Service Roads With Ben Goldfarb

The gang from Derry Girls are off on a day trip and the TDG's are out of their comfort zone. What is it about the seaside destination of Portrush with to quote James, "it's Protestant, Unionist majority" that makes Marie-Louise and Jeanie feel so alienated? Memories of daytrips past and souvenirs never to be forgotten are swallowed up faster than a bag of Tayto Cheese and Onion… sorry Orla but Salt and vinegar are for savages. Look… here comes the snack trolley… Happy Days!  discovernorthernireland.com/blog/read/2020/06/take-one-of-the-worlds-great-railway-journeys-b91 Former Python - Michael Palin described the train journey between Coleraine and Derry/Londonderry as one of the most beautiful train journeys in the world. www.belfasttelegraph.co.uk/news/northern-ireland/michael-palins-favourite-railway-line-between-coleraine-and-derry-in-northern-ireland-set-to-re-open-following-upgrade-35227689.html Mr Benn en.wikipedia.org/wiki/Mr_Benn AMY HUBERMAN - the woman in the ticket office at the station www.rsvplive.ie/news/tv-film/amy-huberman-latest-star-make-26807090 twitter.com/amyhuberman?ref_src=twsrc%5Egoogle%7Ctwcamp%5Eserp%7Ctwgr%5Eauthor www.imdb.com/title/tt9066034/ PACKY LEE - The man with the wrong bag! from Peaky Blinders peaky-blinders.fandom.com/wiki/Packy_Lee MICHAEL FRY - COMEDIAN and self appointed guardian of the display KITKATS  He's very very funny - go check out his you tubes films…. twitter.com/bigdirtyfry?lang=en SINÉAD KEENAN - We didn't talk about Sinéad much in this episode but we will.. she's been in many many great programmes… inlcuding Dr Who. We have a feeling she may be back - it's just a hunch! www.imdb.com/name/nm0444681/?ref_=nm_mv_close The issue of Decommissioning as part of the Good Friday Agreement cain.ulster.ac.uk/events/peace/decommission.htm Profile - Lisa McGee BBC Radio 4 www.bbc.co.uk/programmes/m0016phd Barrys - Portrush www.bbc.co.uk/news/uk-northern-ireland-60834776 The Chocolate Manor - Castlerock thechocolatemanor.com/ For more information about Talking Derry Girls, go to: www.thebiglight.com/talkingderrygirls