With the re-election of Donald Trump, climate "hysterics" is resurfacing after temporary being "tamped down" during the election campaign. I have studied America's clean energy needs in detail for the last 15 years; building detailed quantitative models of how to practicably "go clean". To go clean—meaning replacing all fossil carbon fuels while retaining America's middle-class standard/style of living—will require building a new clean energy infrastructure capable of meeting all dispatchable electrical power needs as well as all clean fuel needs. A clean electric–hydrogen infrastructure will require the ability to supply the equivalent of 13 kilowatts of equivalent continuous electrical power per person if, for example, the primary power source is all nuclear. This equates to needing 13 large 1-GW nuclear reactors per 1 million Americans. Today's U.S. population is around 330 million. Hence, to go clean today, America would need to build 13 x 330 = 4,290 1-GW nuclear reactors. A good idea? I define "climate fanaticism" as forcefully advocating on what to accomplish without any reasonable discussion of how to technologically achieve this goal. To successful transition to clean energy, the first step is to define an orderly, technologically practicable path to "go clean". Does this article—originally apparently published through Politico—provide any clue as to how this worthy goal is to be actually achieved? Common sense tells me that America needs robust supplies of affordable American fossil fuels and reasonable environmental regulation while it transitions to practicable clean energy—which will take decades to achieve. I think Trump understands this. America's middle class—the only real bill-payers—must be prosperous to want to pay the cost to "go clean". #cleanenergy #nuclear #trump #EPA #fossifuels
Mike Snead’s Post
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What goes up must come down. In this case the opposite. If the yesterday launched Carbon Management Framework of the German Government would have reflected the outcome of this paper issued by scientific American, maybe the content of that paper were different. Does it seem to be weired, that Germany does not allow CCS on the own ground but will now support CCS where CO2 emissions are difficult to avoid, that Germany stops nuclear power and imports from abroad nuclear power, which reduces the ETS CO2 prices, that fracking in Germany is not allowed but the import of fracked gas is welcome from the USA? Some years ago, our Minister for Economic and Climate Affaires was in Schleswig-Holstein as Minister for Environmental Afaires totally against CCS. What has changed his opinion? A technical breakthrough? An urgent need to stopp climate change with all means? Happy to discuss with you. #ccs #carbonstorage #Germany #energy #energytransition https://lnkd.in/eTZxkWdk
The False Promise of Carbon Capture as a Climate Solution
scientificamerican.com
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An endorsement for off-grid solution by Energy Secretary Granholm but SMR for data centers won’t be here overnight. In the meantime we have natural gas fed microgrid solutions being advanced. Natural gas is the essential bridge to our sustainable future. #datacenter #NaturalGas #EnergyInnovation #Sustainability
Energy Secretary Jennifer Granholm is in talks with large tech companies, seeking to create focused investment in climate-friendly energy to support the massive growth of AI. That could include new investment in small modular nuclear reactors. “If the tech companies are coming in and are going to pull clean power from the grid, they should bring the power with them,” Granholm told Reuters. #datacenter #power #energy #ai #sustainability #nuclear #smr
Power-hungry data centers spur US talks with Big Tech, energy chief Granholm says
reuters.com
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🔋 **Power-Hungry Data Centers Spur US Talks with Big Tech!** 🌍 President Biden's administration is urging big tech companies to invest in climate-friendly power generation. With the rise of AI and data centers, electricity demand is surging, potentially complicating the goal of a decarbonized power sector by 2035. Energy Secretary Jennifer Granholm revealed that discussions are ongoing with tech giants about using clean baseload power, such as small modular nuclear reactors. ⚛️ The idea is for companies to collaborate and reduce costs, ensuring a steady supply of clean energy. Data centers could soon consume up to 9% of the US's total electricity by the decade's end, highlighting the urgency for sustainable solutions. 🌱 NuScale, the only licensed small modular reactor company, faced setbacks due to insufficient power purchase agreements. This underscores the importance of clear power offtake for new nuclear projects. Tech companies are also exploring other clean energy technologies, including geothermal. 🌋 It's an exciting time for innovation in energy! What are your thoughts on this initiative? How can we further support the shift to sustainable energy? #CleanEnergy #TechInnovation #SustainableFuture #ClimateAction #EnergyEfficiency #AI #GreenTech #RenewableEnergy #DrAlaaInsights #EcoFriendly
Power-hungry data centers spur US talks with Big Tech, energy chief Granholm says
reuters.com
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A book,𝗶𝗻 𝘄𝗵𝗶𝗰𝗵 𝗜 𝘄𝗮𝘀 𝗳𝗼𝗿𝘁𝘂𝗻𝗮𝘁𝗲 𝘁𝗼 𝘄𝗿𝗶𝘁𝗲 𝗮 𝗰𝗵𝗮𝗽𝘁𝗲𝗿, was discussed yesterday at National Review: "What will the impact be on the poor if environmental extremists get their way? Why has the scientific community become such a strong advocate of censorship versus open debate on this issue? What do we think about coal, natural gas, and nuclear when thinking about energy policy?" Dr. David Legates and Dr. Cal Beisner provide a comprehensive, balanced, well-reasoned discussion on one of the most important topics in contemporary society. https://lnkd.in/ehkv_3CP
Climate and Energy
https://www.nationalreview.com
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Responding to elevator entrapments To tackle big risks requires big imagination and big bucks. And, except for annihilation from global thermonuclear warfare, no set of risks loom larger than the continuing atmospheric buildup of […] #transformfm #ifma #ashe
The great corporate decarbonization derby is on
https://fm-college.com
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As part of the program of the “Clean Power, Grids and Electrification Senior Executive Meeting” (6-7 November), I’m excited to share my experience at the panel on “Accelerating Advanced Nuclear: A Focus on SMRs”, where I had the privilege of speaking alongside two incredible leaders: Dr. Sama Bilbao y León, Director General of the World Nuclear Association, and Kirsty Gogan, CEO of Terrapraxis. A huge thank you to the Forum for the invitation and to the participants for the insightful discussions! Key takeaways from our rich discussion: Social Acceptance Across Energy Sectors: Public acceptance, or the NIMBY (“not in my backyard”) phenomenon, is a challenge in every energy sector. Clear, engaging communication will be essential to gain public trust and support. Energy Independence & Market Volatility: As market volatility and electricity price fluctuations increase, large energy consumers are seeking independent solutions. We may see more companies, like Google and Microsoft, pioneering this trend toward energy self-sufficiency. Skilled Workforce Shortage: A lack of skilled professionals is significantly hindering advancements and innovation in the energy sector. Addressing this shortage is critical for progress in all energy sectors, nuclear technologies included, and beyond. Grid Adequacy & Smart Upgrades: Our grid is not currently equipped to handle the transformation of intermittent renewables, and expanding these systems will require vast new transmission lines. Future grids will need to integrate AI-powered smart systems to remodel, extend, and modernize aging infrastructure for tomorrow’s energy landscape, which will further increase energy demand. Thank you again to my brilliant fellow panelists Sama Bilbao y Leon and Kirsten Gogan FEI FRSA as well all who contributed to such a thoughtful conversation. Thanks as well to the Forum leaders who allow for these crucial meetings and discussions: Jeremy Jurgens Roberto Bocca Kristen Panerali Thapelo Tladi and many others. Let’s continue pushing the boundaries of energy innovation! #EnergyTransition #AdvancedNuclear #SMRs #Sustainability #FutureOfEnergy
Clean Power and Electrification
initiatives.weforum.org
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Honored today to host Phil La Susa for his guest lecture for my "Geopolitics of Energy" class at Denison University. Phil led a great discussion on issues and opportunities for the energy sector in the US; how global affairs impacts American domestic energy issues; and how sustainability continues to be a priority for many parts of the energy sector. One of the more impactful insights revolved around the massive amount of energy demand that is resulting from the explosion of data centers and generative AI, and how policy, science, engineering, and consumer habits all will have to adjust to this new reality. #Geopolitics #energy #oilandgas #LNG #Geoeconomics #AI #Datacenters #Geoeconomics
Thank you Dr. Scott Smitson, Denison University, and the Geopolitics of Energy class for the opportunity to share insights on the energy that drives our world and the future that awaits.
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I recently spoke with Dr. John Bird, an atmospheric scientist and nuclear engineer, about the technical aspects of achieving net zero. He discussed stabilizing global temperatures, managing residual and negative emissions, and understanding ocean thermal inertia. Dr. Bird also highlighted the correlation between CO2 levels and temperatures, natural forcings, and feedback mechanisms. Drawing from his Arctic and Antarctic research, he explored sustainable energy solutions, including nuclear and storage technologies. 🔗 Watch the full discussion here: https://lnkd.in/g4fkEKyN #ClimateChange #NetZero #Sustainability #Energy
Dr. John Bird: Net Zero Explained, Emission Balancing and Ocean Inertia | Episode 1
https://www.youtube.com/
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Pragmatic changes and adjustments to deal with current and future environmental challenges.
Nuclear plant known for historic disaster will restart to power Microsoft
morningbrew.com
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The Biden administration is urging big tech companies to invest in climate-friendly power generation to meet the increasing electricity demands driven by power-hungry data centers. U.S. Energy Secretary Jennifer Granholm highlighted that this surge is partly due to technologies like generative AI. The administration is discussing with tech companies the potential of using small modular reactors for nuclear energy to provide clean baseload power. This effort could help reduce costs and support the goal of decarbonizing power by 2035. Granholm emphasized tech companies should contribute to the clean power they utilize. The White House recently announced initiatives to develop new nuclear power plants to combat climate change. #ai #energytransition
Power-hungry data centers spur US talks with Big Tech, energy chief Granholm says
reuters.com
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