Episode Summary: This episode explores the critical intersection of environmental regulation and emerging technology. The hosts analyze how the potential repeal of the EPA’s endangerment finding might affect the carbon capture industry and transition into a deep dive on the rapid evolution of AI agents and their impending impact on the future of employment.

Topics Covered:

• EPA Regulations and the Endangerment Finding: The implications of potential policy shifts on environmental standards.

• The Future of Carbon Capture (CCS) and 45Q Tax Credits: Navigating measurement, reporting, and verification (MRV) for sequestration projects.

• Global Carbon Accountability: How mechanisms like Europe’s carbon border adjustments are influencing global industries, including India’s steel sector.

• AI Evolution and “OpenClaw”: Staying proficient in a fast-moving landscape of new AI tools.

• AI Agents vs. Human Employment: The growing tension between hiring human interns and deploying digital entities for autonomous tasks.

Key Takeaways:

• Commitment Over Policy Noise: Long-term corporate strategies for decarbonization often remain steady despite short-term regulatory “noise” or changes in administration.

• The Power of MRV: Precise measurement and third-party verification remain the “crux” for companies looking to secure 45Q tax credits for CO2 storage.

• Global Export Pressures: International trade mechanisms are effectively forcing global jurisdictions to remain accountable for their emissions to stay competitive.

• AI Proficiency as Job Security: AI cannot take a job if the job itself is to proficiently use and manage AI tools.

• The Rise of Humanless Businesses: We are approaching a threshold where billion-dollar companies may soon be run autonomously by AI agents with minimal human equity holders.

Comments, questions or things I missed? Send me a note (or hit reply) - I would love to hear from you. Thanks for listening!

Episode Summary: This episode recaps a major energy investor conference in New York, exploring the persistent bullish sentiment for the oil market entering 2027. The hosts discuss the strategic challenges of depleting Tier 1 inventory and the growing industry focus on international exploration to address global reserve replacement needs.

Topics Covered:

• New York Energy Investor Conference Recap: A look at the sentiment of over 130 North American investors across power, renewables, and oil and gas.

• The Bullish Outlook for Oil: Analysis of why market optimism remains high despite a tough recent quarter.

• Tier 1 Inventory Depletion: The industry-wide challenge of shrinking high-quality inventory and the pivot to Tier 2 basins.

• International Exploration & Tech Export: Opportunities in global jurisdictions like Argentina and the Middle East through the export of shale technology.

• Technical vs. Geopolitical Risk: The shifting balance of risks when choosing between domestic and international energy plays.

Key Takeaways:

• Price-to-Gold Disconnect: While oil prices have been volatile, metrics relative to gold suggest oil is at a multi-decade low ratio, supporting a “persistent bullish view”.

• Inventory Crisis: The depletion of “Tier 1” resources is forcing investors to choose between lower-quality domestic basins or higher-risk international expansions.

• Reserve Replacement Gaps: Many major energy players are replacing reserves at a ratio well below 1.0, indicating a long-term depletion of the global resource base.

• Geopolitical Priority: Investors are increasingly weighing geopolitical uncertainty against technical drilling risks as they look toward international jurisdictions for growth.

Comments, questions or things I missed? Send me a note (or hit reply) - I would love to hear from you. Thanks for listening!

Episode Summary

In this catch-up episode, the hosts discuss the rapid evolution of AI in personal health and software development, alongside a deep dive into the volatile lithium market. They also explore the growing trend of on-site power generation for hyperscalers and the significant surge in geothermal land acquisitions.

Topics Covered

• AI in Health & Dev: Using Gemini and GPT Health to manage caffeine withdrawal and building a production-ready app in days.

• Lithium Market Dynamics: Analyzing the recent price doubling and the impact of Direct Lithium Extraction (DLE).

• Energy Infrastructure: The shift toward on-site power generation and vertical integration by tech giants.

• Geothermal Expansion: The massive uptick in BLM acreage leases and upcoming innovations in closed-loop systems.

Key Takeaways

• AI Performance Leap: New models like Gemini 3 and GPT 5.2 have reached a “just works” state for complex tasks like news scraping and rapid app prototyping.

• Commodity Volatility: Lithium prices have seen dramatic swings, doubling in six months after a long downtrend, driven by battery storage demand.

• Power Independence: Hyperscalers are increasingly bypassessing the grid for on-site generation to ensure power reliability and control.

• Geothermal Momentum: Spending on BLM geothermal leases in 2025 was nearly triple that of 2024, signaling a massive “land rush” in the sector.

Episode Summary In this episode, the hosts explore the current conflicting narratives surrounding nuclear energy, contrasting the excitement from big tech companies investing in Small Modular Reactors (SMRs) with a recent, more pessimistic World Nuclear Industry Status Report. They discuss the challenges of “load following” in a grid dominated by renewables and batteries, while also analyzing why construction costs and timelines have escalated in the West compared to China. The conversation concludes with a look at the impact of public fear, safety regulations, and the potential future of nuclear power.

Topics Covered

• The Nuclear Paradox: The disconnect between tech headlines regarding SMRs and industry body reports on the future of nuclear.

• Economic Challenges: Issues with load following, ramping capability, and competition from battery storage.

• Cost & Construction: The impact of regulatory delays versus the industrial “forgetting curve” on project costs.

• Safety & Perception: How historical events like Fukushima and Three Mile Island drive regulatory ratchets and public fear.

• Siting Constraints: The limitations of finding sites with adequate water cooling capacity.

Key Takeaways

• Tech vs. Industry Reality: While big tech is pushing for nuclear to power data centers, industry reports highlight struggles with load following and economic viability against solar and batteries.

• The “Forgetting Curve”: High costs aren’t just regulatory; they stem from a lack of iteration and velocity, leading to a decay in industrial knowledge and human capital.

• Timeline Mismatch: There is a discrepancy between the 5-year demand window for data centers and the 10-15 year construction timeline for nuclear facilities.

• Fear Hinders Development: The industry is heavily stifled by public fear of radiation, where even minor failures or accidents without casualties set the industry back significantly.

Episode Summary: The hosts discuss the personal insights gained from using continuous glucose monitors (CGMs) and Oura rings to track health metrics like HRV and sleep quality. They also analyze the upcoming “polar vortex” in North America, its potential impact on the Texas power grid, and the recent surge in geothermal energy financing.

Topics Covered:

• Biohacking with CGMs and sleep tracking technology.

• The 2026 North American cold snap and Texas grid resiliency.

• The evolution of geothermal startups and project financing.

• Upcoming Energy Edge conference in New York.

Key Takeaways:

• Data Stacking: Combining glucose data with HRV and sleep stages provides a granular view of how late-night meals or intense workouts affect recovery.

• Grid Evolution: The Texas grid (ERCOT) is facing record winter demand but is supported by a significant new “wedge” of battery storage that didn’t exist in previous years.

• Geothermal Maturity: The geothermal industry is shifting from pure equity to bankable debt financing as technologies like those from Fervo, Sage, and Zanskar mature.

Episode Summary

The hosts catch up following a whirlwind 47-hour trip to Beijing, China, where they attended the CCUS Forum. The conversation covers their first-hand observations of China’s mobile-first ecosystem, the massive scale of infrastructure development, and the quiet prevalence of electric vehicles. They also discuss the “engineering mindset” driving China’s rapid project execution before diving into academic concepts regarding “Geological Net Zero” and the necessity of carbon sequestration.

Topics Covered

• Travel Logistics in China: The challenges of navigating a mobile-dependent society without personal devices, including the necessity of WeChat Pay and Alipay for daily transactions.

• Infrastructure & Scale: Observations on Beijing’s massive expansion, including six ring roads, clusters of high-rise apartments, and the rapid construction of venue-specific facilities.

• The “Builder” Mindset: How China’s leadership, often possessing engineering backgrounds, prioritizes action and experimentation over prolonged planning.

• Geological Net Zero: A discussion on Dr. Alan Miles’s presentation regarding the need to balance carbon extraction with sequestration, rather than just measuring emissions.

Key Takeaways

• China is aggressive on Decarbonization: Despite public perception, China is scaling Carbon Capture, Utilization, and Storage (CCUS) rapidly, with over 120 projects currently underway.

• EV Adoption is Palpable: The high volume of electric vehicles and electric scooters in Beijing has made the city streets noticeably quiet compared to other major urban centers.

• The 2100 Net Zero Challenge: According to research discussed from Oxford’s Dr. Alan Miles, we are currently not on track to reach “geological net zero”—where every kilogram of carbon extracted is sequestered—by the year 2100.

If you know a friend or colleague who is tracking these trends, please forward this to them. It is the best way to help On Energy grow.

Episode Summary

In this episode, the hosts catch up just before Halloween, discussing costume plans and the statistical dilemma of how much candy to buy for a new neighborhood. The conversation then pivots to global energy markets, analyzing a recent report on Malaysia’s strategy to increase domestic coal consumption while maintaining high-value LNG exports. Finally, one host reports back from the Geothermal Rising Conference in Reno, sharing critical insights on the industry’s push for larger-scale projects, cost reductions in drilling, and the potential for mineral extraction.

Topics Covered

• Halloween Logistics: Balancing the “candy probability” in a new neighborhood and costume ideas.

• Malaysia’s Energy Mix: The economic arbitrage of exporting natural gas (LNG) while utilizing thermal coal for domestic power generation.

• Data Center Power Demand: The rise of data centers in Johor, Malaysia, and their impact on regional power and fuel choices.

• Geothermal Industry Trends: A recap of the Geothermal Rising Conference, focusing on attendance, funding, and technological advancements.

Key Takeaways

• Economics vs. Decarbonization: Malaysia illustrates a complex energy reality where high-value LNG is exported for revenue, while the domestic grid shifts back toward coal—rising from 10% to roughly 60% of the mix—to meet demand.

• The Need for Scale: For geothermal energy to serve major customers like Google and support data centers, projects must move beyond small pilots to scalable 50–150 MW facilities.

• Drilling and Mineral Innovation: The geothermal sector is focused on lowering costs through optimized drill bit designs for hard rock and “double-dipping” on revenue by extracting lithium and other critical minerals from geothermal fluids.

• The Financing Dilemma: Developers face a “chicken and the egg” scenario where they need capital to drill wells to prove resources, but financial institutions often require proven flow rates before committing that capital.

Episode Summary

This episode opens with casual banter before diving into two main themes: the record-breaking Nevada geothermal lease sale and the growing discourse around the circularity and potential bubble in AI investments. The conversation moves fluidly between energy market parallels and the economics of emerging technologies. It ends on a forward-looking discussion about AI adoption, consumer behavior, and agentic systems becoming deeply embedded in everyday workflows.

Topics Covered

• Record-setting Nevada BLM geothermal lease sale results and pricing metrics

• Comparison of geothermal and oil & gas leasing dynamics

• Influence of infrastructure access (HV transmission lines) on geothermal land values

• Concerns about AI market circularity, overinvestment, and parallels to past bubbles

• The evolution of AI applications, business models, and everyday utility

Key Takeaways

• The Nevada geothermal lease sale leased 280,000 acres—marking the largest in history—with top bids reaching $410 per acre, totaling roughly $8.8 million in sales.

• Access to transmission infrastructure is a stronger driver of lease value than subsurface characteristics.

• Shell bidders and proxy companies may indicate strategic land grabs by major geothermal players such as Fervo, Invenergy, and Ormat.

• Despite signs of AI investment circularity (e.g., Nvidia–CoreWeave transactions), long-term demand for AI remains strong and structurally justified.

• Users’ growing dependence on AI tools for productivity and automation highlights a transition from experimentation to essential utility, reinforcing durable business models for the sector.

Coffee chats are casual conversations On Energy, hosted live on LinkedIn. Opinions are my own, not investment advice or views of my employer.

~17 minutes

Episode Summary
This episode covers three interconnected developments in energy innovation: the accelerating momentum in geothermal leasing, the operational success of Tallgrass’s CO₂ sequestration project in Wyoming, and the rapid improvements in AI model energy efficiency. The hosts explore how these themes reflect broader transitions in power generation, carbon management, and digital energy demand, tying together technological learning curves, market adoption, and the pace of infrastructure evolution.

Topics Covered

• Geothermal energy economics and land leasing: Discussion of rising Bureau of Land Management (BLM) lease prices, innovation in enhanced geothermal systems, and the technology’s low land footprint and reliability advantages.

• Carbon capture and Tallgrass project: Overview of Tallgrass’s retrofit of a natural gas pipeline to transport CO₂ from ethanol plants, demonstrating real-world CCS deployment success.

• AI and energy efficiency: Review of new research showing a 33x improvement in energy efficiency per AI prompt year over year, and how this interacts with rising demand.

• Energy learning curves: Comparison of technology iteration speeds across geothermal, nuclear, and renewables.

• Market dynamics and Jevons Paradox: Reflection on how efficiency gains often drive greater overall consumption.

Key Takeaways

• Geothermal ascendance: Leasing prices for geothermal acreage have surged from ~$6/acre in 2020 to ~$125/acre today, underscoring growing investor and developer interest.

• Scalable low-carbon reliability: Geothermal provides dispatchable, low-carbon power with minimal land use, leveraging oil and gas expertise for rapid innovation.

• CCUS momentum continues: Despite policy headwinds, ethanol-based carbon capture projects like Tallgrass’s are commercially advancing by stacking 45Q, 45Z, and CDR credits.

• AI energy paradox: Model-level energy use per prompt has fallen 33x, yet total consumption continues to rise as AI becomes more pervasive.

• Learning beats perfection: Technologies that iterate fastest—geothermal and AI among them—gain durable competitive advantages over those that are “technically superior” but slower to evolve.

Coffee chats are casual conversations On Energy, hosted live on LinkedIn. Opinions are my own, not investment advice or views of my employer.

Episode Summary
In this episode of Coffee Chats on Energy, Ian and Graham step back from news and analysis to explore the deeper motivations behind their shared passion for the energy industry. They discuss the roots of their interest in energy—from early influences and scientific curiosity to the intellectual thrill of working in an industry defined by uncertainty, innovation, and global impact. The conversation emphasizes how energy underpins human progress, the mindset of exploration and risk-taking, and the enduring excitement of contributing to a sector that continuously evolves.

Topics Covered

• Personal journeys into the energy industry and formative experiences growing up in Alberta

• The role of curiosity, exploration, and uncertainty in shaping passion for energy

• Energy’s foundational importance to global prosperity and human development

• Reflections on risk-taking, innovation, and learning from failure in energy exploration

• The mindset and optimism that drive people working in the energy sector

Key Takeaways

• Energy as Human Progress: Access to affordable, reliable energy is central to improving global living standards, health, and education.

• Exploration Mindset: Curiosity and a willingness to take risks—hallmarks of geoscience and exploration—foster innovation across the energy landscape.

• Passion Through People: A shared enthusiasm for energy unites professionals across disciplines and sustains engagement over long careers.

• Learning from Uncertainty: Failure and uncertainty are not obstacles but catalysts for creativity, resilience, and new discovery.

• Purpose Beyond Profit: Working in energy connects personal motivation to a larger mission of powering human advancement.

Coffee chats are casual conversations On Energy, hosted live on LinkedIn. Opinions are my own, not investment advice or views of my employer.

~10 minutes

Episode Summary

In this episode, the hosts dive into the IEA’s report on global oil and gas field decline rates, highlighting both the challenges and opportunities in sustaining production. They explore the capital intensity required to maintain output, the realities of conventional field declines, and how enhanced recovery methods like CO₂ EOR can significantly extend field productivity. The discussion balances skepticism over reported decline rates with optimism about the industry’s ability to innovate and extract more from existing assets.

Topics Covered

• IEA report on oil and gas field decline rates and CapEx requirements

• Differences between observed vs. true decline rates across global supply stacks

• Shale, conventional fields, and supergiant reservoirs in decline calculations

• Exploration-to-production timelines and development costs

• Enhanced Oil Recovery (EOR) methods, especially CO₂ floods, and their impact on recovery rates

Key Takeaways

• Reported decline rates may understate the true pace of conventional field declines.

• Maintaining global oil production requires replacing ~6 million barrels per day annually.

• CapEx demands rise as production grows and fields with higher decline rates enter the supply mix.

• CO₂ EOR can extend field life, recover up to 60–80% of reserves, and reduce decline steepness.

• While decline forecasts highlight risks, they also underscore the industry’s capacity to innovate and sustain supply.

Coffee chats are casual conversations On Energy, hosted live on LinkedIn. Opinions are my own, not investment advice or views of my employer.

Episode Summary

This episode captures live insights from the RE+ conference in Las Vegas, the largest clean energy gathering in North America. The discussion explores themes from panels and sessions, particularly around energy storage, geothermal, AI, and data center load growth. The hosts reflect on the scale of the event, share highlights from a panel on clean firm power, and dive into how AI is shaping both the energy industry and broader infrastructure development.

Topics Covered

Conference Experience: Scale of RE+ (40,000 attendees, 1,300+ exhibitors) and its central focus on solar and storage.

Panel Discussion: “Tapping the Core” session covering nuclear, geothermal, and hydrogen’s role in a resilient U.S. energy mix.

Geothermal Momentum: Growing attention as a complement to solar and batteries.

Data Centers & Grid Demand: Load growth, phased deployment of gigawatt-scale projects, workforce shortages, and the role of hyperscalers in funding grid upgrades.

AI’s Role in Energy:

• Energy consumption of AI vs. its potential to optimize energy systems.

• Need for clear language when discussing AI (generative, agentic, machine learning, symbolic, etc.).

• Frameworks to classify “flavors” of AI and how they complement each other.

• Specialist vs. generalist AI models and parallels to organizational structures.

Policy & Regulation: The impact of recent legislation (e.g., OBBBA) on solar economics and project viability.

Key Takeaways

• RE+ is the epicenter of clean energy conversations, dominated by solar and storage but increasingly including firm power like geothermal.

• Data centers are a major driver of grid demand growth, requiring new approaches to project phasing and grid modernization.

• Hyperscalers’ capital can help accelerate broader grid improvements that benefit everyone.

• AI’s influence on energy is twofold: while it increases energy demand, it also offers powerful tools for grid optimization and efficiency.

• Precision in language is critical when discussing AI—different tools solve different problems, and clarity avoids confusion.

• The future of clean energy lies in blending technologies—solar, storage, geothermal, hydrogen, and AI—to deliver resiliency and efficiency.

Coffee chats are casual conversations On Energy, hosted live on LinkedIn. Opinions are my own, not investment advice or views of my employer.

Episode Summary

In this episode of Coffee Chats on Energy, Ian and Graham cover a mix of on-the-ground experiences and market shifts across transportation, power generation, and global energy trends. They kick off with Ian’s firsthand ride in a Waymo autonomous vehicle in San Francisco, reflecting on how quickly the technology normalizes and what it could mean for the future of mobility. The conversation then turns to the surge in gas turbine demand, contrasting manufacturers’ earnings, expansion plans, and the implications for baseload reliability. They also dive into Baker Hughes’ announcement of supplying Fervo with Organic Rankine Cycle (ORC) units, exploring how ORCs work, their scalability, and why they matter for geothermal development. The episode wraps up with a “Name That Country” segment, highlighting surprising contrasts between U.S. and Chinese energy use, coal burn, emissions, and power prices.

Topics Covered

Waymo Ride Experience – User impressions of autonomous vehicles in San Francisco and L.A.

Gas Turbine Manufacturer Earnings – Growth in demand, supply constraints, and regional shifts in orders.

Mitsubishi & GE Expansion – Manufacturing capacity moves in response to market pressures.

Nuclear Order Intake – Rising demand for baseload nuclear power projects.

Organic Rankine Cycles (ORCs) – Baker Hughes’ supply deal with Fervo; technical overview and role in geothermal power.

Geothermal Scalability – How ORCs expand resource access and modular deployment potential.

Name That Country – Surprising contrasts between U.S. and China in coal burn, emissions reductions, and electricity prices.

Key Takeaways

• Autonomous vehicles like Waymo are already widespread in San Francisco, offering a seamless and comfortable premium rideshare experience.

• Gas turbine demand is booming in North America, with manufacturers expanding cautiously after past cycles of oversupply.

• Nuclear projects are contributing significantly to order books, reinforcing demand for reliable baseload power.

• ORCs unlock new geothermal potential by converting low-grade heat into power, enabling scalable and modular systems.

• China has recently reduced coal-fired generation, cut emissions, and maintains lower projected power prices, while U.S. coal use is rising amid higher gas prices.

• The global energy landscape continues to shift in unexpected ways, blending technology innovation, market pressures, and policy outcomes

Coffee chats are casual conversations On Energy, hosted live on LinkedIn. Opinions are my own, not investment advice or views of my employer.

Episode Summary

In this episode of Coffee Chats on Energy, we kick off with reflections on the role of AI in shaping efficiency—from education to energy systems—before diving into four timely energy topics. From geothermal’s growth potential to helium exploration, the conversation tracks how new technologies, market data, and policy are reshaping the energy landscape.

Topics Covered

AI and Efficiency – Reflections on recent podcasts highlighting AI’s transformative potential in education and energy use.

Geothermal Forecasts – Discussion of McKinsey’s projection of 85 GW capacity, DOE’s high-case of 270 GW, and the role of enhanced and superhot geothermal in scaling baseload renewables.

Crescent-Vital & CO₂ Value Chains – Insights into Crescent’s Wyoming assets, CO₂ pipelines, the potential for 45Q credits, and how enhanced oil recovery (EOR) could yield lower-carbon barrels of oil.

EIA Natural Gas Outlook – Analysis of record U.S. gas demand in 2025, the paradox of flat power burn, and the rise of battery storage as a key competitor for peaker hours.

Pulsar Helium & Helium-3 – Exploration of helium discoveries in Minnesota, the outsized value of helium-3 for niche applications like fusion, and even U.S. government offtake agreements for lunar helium-3.

Key Takeaways

• Geothermal has potential to rival nuclear-scale capacity if technology scales, though forecasts may understate extremes.

• Conventional oil assets may hold hidden carbon value through CO₂ infrastructure and policy incentives.

• Despite surging power demand, natural gas burn isn’t keeping pace—battery storage and long-duration solutions are reshaping load dynamics.

• Pulsar Helium’s test results point to extraordinary concentrations, with helium-3 adding a frontier twist linked to fusion and even lunar mining.

Coffee chats are casual conversations On Energy, hosted live on LinkedIn. Opinions are my own, not investment advice or views of my employer.

Episode Summary

In this episode of Coffee Chats on Energy, Ian and Graham cover the rapid shifts in energy, technology, and carbon management. From Wyoming’s massive new data center plans to nuclear repower momentum and the hurdles facing Summit Carbon Solutions, the discussion highlights how market forces, policy, and innovation are reshaping the landscape of power and low-carbon fuels.

Topics Covered

AI & ChatGPT in Practice – Reflections on real-world utility: how the latest models are performing better for workflows, storytelling, and complex tasks, and what that means for professional adoption .

Wyoming Data Center (Crusoe + Tallgrass) – A new 1.8 GW gas-fired, CCS-integrated data center project near Cheyenne, with ambitions to expand toward 100 GW. Implications for natural gas demand, CCS infrastructure, and the narrative of decarbonized computing .

Nuclear Repowers & SMRs – IPPs are announcing plans to repower with nuclear or deploy small modular reactors (SMRs). The U.S. DOE is supporting 11 companies to accelerate advanced designs, signaling a strong push to align nuclear with the AI-driven CapEx boom .

Summit Carbon Solutions & CCS – An ambitious pipeline project aiming to connect 57 ethanol facilities to a sequestration site in North Dakota (18 Mtpa CO₂). Leadership change brings pipeline expertise, but challenges remain: landowner resistance, state-level rulings against eminent domain, and complex credit stacking (45Q, 45Z, LCFS, CDR) that could double ethanol’s value if successful .

Key Takeaways

• AI models are maturing in subtle but powerful ways, creating more utility for professional workflows.

• Wyoming is emerging as a testbed for large-scale, gas + CCS powered data centers, aligning with big tech’s sustainability mandates.

• Nuclear repowers and SMR development are gaining policy and market momentum, supported by federal funding and IPP commitments.

• CCS megaprojects like Summit Carbon could be transformative if landowner and permitting hurdles are overcome, unlocking significant economic and decarbonization upside.

Coffee chats are casual conversations On Energy, hosted live on LinkedIn.

Disclaimer
The views and opinions expressed are solely my own and do not necessarily reflect those of my employer or any affiliated organizations. Content is provided for informational purposes only and should not be taken as investment, legal, or professional advice. Please conduct your own research and seek guidance from qualified professionals before making decisions.

Episode Summary

In this episode of Coffee Chats on Energy, the hosts dive into the latest in carbon removal, geothermal innovation, AI-driven energy demand, and the evolving policy landscape. From Microsoft’s billion-dollar carbon removal commitments to creative use cases for geothermal heat in Kenya, the discussion highlights how technology, policy, and capital are reshaping decarbonization pathways. The conversation also touches on the role of AI in accelerating workflows and the persistent challenges of CO₂ infrastructure.

Topics Covered

Microsoft & Vaulted Deep Deal

• 4.9 million tons of CDR offtake, one of the largest permanent carbon storage transactions.

• Microsoft’s outsized role as the leading CDR buyer (22M tons of ~24M transacted this year).

• Pricing dynamics, with estimates ranging between $200–$500 per ton.

Direct Air Capture & Geothermal in Kenya

• Octavia Carbon’s small-scale DAC project using low-grade geothermal heat.

• Broader potential for waste heat and geothermal across industries.

• U.S. geothermal potential: 29% of the country has >100°C heat at 2 km depth.

AI, Energy Demand, and Workflows

• Example of using AI to process geothermal maps, shifting focus from process to outcomes.

• AI’s growing energy demand and the race for low-cost, abundant energy.

Policy & Infrastructure (Big Beautiful Bill)

• Limited updates but continued interest in credit changes and project economics.

• Enhanced oil recovery losing momentum while renewable projects remain viable.

• CO₂ infrastructure challenges: pipelines as critical bottlenecks.

• Canada’s continued struggles with pipeline development.

Key Takeaways

• Microsoft is effectively subsidizing the CDR industry, accounting for nearly all large-scale carbon removal transactions to date.

• Permanent carbon storage innovations are diversifying, from organic slurry injection to DAC with geothermal energy.

• AI is transforming workflows and energy demand simultaneously—making processes more efficient but increasing the need for cheap, scalable energy.

• Heat demand is an overlooked decarbonization frontier—up to 40% of U.S. energy demand is for heating, offering vast potential for geothermal and waste heat applications.

• CO₂ infrastructure remains a major hurdle—pipelines and storage solutions are lagging relative to policy ambitions and corporate commitments.

Coffee chats are casual conversations On Energy, hosted live on LinkedIn. Opinions are my own, not investment advice or views of my employer.

Episode Summary

In this episode of Coffee Chats on Energy, the hosts unpack three major themes shaping today’s energy landscape: Google and Brookfield’s landmark hydro power agreement, the sweeping policy shifts of the One Big Beautiful Bill Act (OBBBA), and the evolving outlook for Direct Lithium Extraction (DLE). The conversation highlights how hyperscalers are reshaping power markets, how policy changes are creating both headwinds and opportunities across renewables and low-carbon fuels, and how lithium supply chains are inching closer to commercial viability despite pricing challenges.

Topics Covered

Google–Brookfield Hydro Agreement

• 3 GW of hydropower secured, equivalent to three large nuclear reactors.

• Significance of reliable, dispatchable, low-carbon energy for hyperscalers.

• Re-licensing and life extension of legacy assets.

• Growing willingness of large tech companies to pay premiums for non-energy attributes (reliability, sustainability).

• Market impact of locking up high-quality assets in long-term PPAs.

Hydropower Landscape

• U.S. has ~100 GW of installed hydro; only ~3% of dams generate electricity.

• Potential to add ~12 GW by powering non-electrified dams.

• Development challenges: environmental impact, high costs, long lead times.

• Parallels with nuclear as proven, scalable, but politically challenging technology.

One Big Beautiful Bill Act (OBBBA)

• Major changes to tax credits affecting wind, solar, hydrogen, SAF, RNG, and CCUS.

• Analysis shows: 30% of solar and 57% of wind in the Lower 48 remain viable without credits.

• Implications for project pipelines, timelines, and offtake strategies.

• CCUS and carbon-related technologies emerge as winners; hydrogen faces mixed outcomes.

• Potential surge of projects to meet shortened construction deadlines (2026).

Direct Lithium Extraction (DLE)

• Insights from a Canadian DLE conference: low sentiment due to weak lithium prices.

• Technology development continues; commercialization hoped for by ~2029.

• Supermajors (Exxon, Oxy, Chevron, Equinor) entering the space, focused on U.S. brine resources.

• U.S. brine concentrations (200 ppm+) vs. global benchmarks (Chile/Argentina ~1,500 ppm).

• Economics challenging: E3 project CapEx estimated at $6B.

• Leveraging existing infrastructure could improve viability.

• Broader importance for domestic supply security and energy storage.

Key Takeaways

• Tech giants are reshaping energy procurement—hyperscalers like Google are driving demand for reliable, low-carbon baseload assets, effectively changing market dynamics.

• Hydropower remains underutilized—with only a fraction of U.S. dams producing electricity, untapped potential exists, but development faces major hurdles.

• Policy shifts are disruptive but selective—the OBBBA creates winners (CCUS, RNG, certain fuels) and losers (many solar, wind, and hydrogen projects), with significant regional implications.

• Lithium extraction is maturing—despite weak prices, technology is advancing, majors are investing, and commercialization is edging closer, signaling progress in critical minerals supply.

• Energy transition complexity continues to expand—from power generation to minerals, the conversation underscores the interconnectedness of technology, policy, and global markets.

Coffee chats are casual conversations On Energy, hosted live on LinkedIn. Opinions are my own, not investment advice or views of my employer.

Episode Summary

In this episode, Ian and Graham cover a wide range of fast-moving developments shaping energy reliability, hydrogen innovation, and carbon removal. They dive into the DOE’s new reliability report, the policy implications of the One Big Beautiful Bill Act (OBBBA), and the shifting balance between sustainability and reliability in both North America and Europe. They also spotlight Gold H2’s promising biostimulated hydrogen trial and Microsoft’s direct air capture initiative integrated with data centers. The conversation highlights how technology, capital, and policy are colliding to redefine the energy landscape.

Topics Covered

DOE Reliability Report – Findings on grid stress, load growth, and retirements of dispatchable resources.

Policy Shifts under the OBBBA – Impacts on renewables, nuclear, CCUS, and fossil fuels.

Reliability vs. Sustainability – How Europe and North America are reprioritizing energy security.

Gold H2’s Biostimulated Hydrogen – Using microbes in depleted oil fields to generate low-cost hydrogen.

Microsoft’s DAC in DC – Leveraging data center waste heat for direct air capture of CO₂.

Efficiency vs. New Capacity – Re-evaluating the role of efficiency in managing load growth.

Key Takeaways

• Grid reliability is under increasing pressure as dispatchable baseload resources retire, even as load growth accelerates.

• Policy changes in the OBBBA tilt incentives toward dispatchable and low-carbon baseload technologies, while pulling back support for intermittent renewables.

• The global discourse is shifting toward prioritizing reliability and cost over sustainability—though environmental pressures may swing it back.

• Gold H2’s microbial hydrogen production could open a new pathway for cheap, scalable hydrogen without subsidies.

• Microsoft remains the dominant corporate buyer in the carbon removal market, using innovative DAC approaches tied to data centers.

• Efficiency improvements, particularly through co-generation and waste heat reuse, may be an underutilized lever for addressing power demand.

Coffee chats are casual conversations On Energy, hosted live on LinkedIn. Opinions are my own, not investment advice or views of my employer.

Disclaimer
The views and opinions expressed are solely my own and do not necessarily reflect those of my employer or any affiliated organizations. Content is provided for informational purposes only and should not be taken as investment, legal, or professional advice. Please conduct your own research and seek guidance from qualified professionals before making decisions.

Episode Summary

In this episode, the discussion dives deep into the rapidly evolving world of advanced and enhanced geothermal systems. The hosts explore recent funding milestones for Eavor and Fervo, breakthrough drilling speeds and temperatures, and how these advances are reshaping geothermal’s cost competitiveness relative to other low-carbon baseload power sources. They also touch on scaling potential, new drilling technologies, and the growing number of players moving into this space. The conversation highlights geothermal’s transition from niche to mainstream contender in the clean energy mix.

Topics Covered

Recent Investments in Geothermal – $136M for Eavor from the Canada Growth Fund and $200M for Fervo.

Technical Breakthroughs – Faster drilling rates, deeper wells, and achieving 500°F rock.

Cost Competitiveness – Geothermal’s levelized cost of energy (LCOE) falling from ~$400/MWh a few years ago to ~$60/MWh today in strong resource areas.

Scalability of Enhanced Systems – Applying unconventional drilling approaches for multi-hundred MW to gigawatt-scale projects.

Technology Pathways – Tools and techniques for ultra-deep and hot wells (e.g., PDC bits, laser drilling).

Industry Momentum – A handful of visible players leading headlines, with many others working quietly in the background.

Future Outlook – Cautious optimism, with more companies expected to announce breakthroughs soon.

Key Takeaways

• Geothermal is moving rapidly toward competitiveness with natural gas (even with CCS) and nuclear on both cost and reliability dimensions.

• Breakthroughs in drilling speed and higher-temperature resource access are driving down project costs dramatically.

• Enhanced and advanced geothermal systems are inherently scalable, borrowing methods from the unconventional oil & gas playbook.

• While Eavor and Fervo dominate headlines, many other players are making similar progress, suggesting broader industry momentum.

• Continued innovation—such as laser drilling and improved equipment for extreme heat—will be crucial for unlocking the next wave of geothermal growth.

• The pace of progress suggests that within a year or two, geothermal may shift from a niche interest to a core pillar of the clean energy transition

Coffee chats are casual conversations On Energy, hosted live on LinkedIn. Opinions are my own, not investment advice or views of my employer.

Disclaimer
The views and opinions expressed are solely my own and do not necessarily reflect those of my employer or any affiliated organizations. Content is provided for informational purposes only and should not be taken as investment, legal, or professional advice. Please conduct your own research and seek guidance from qualified professionals before making decisions.

Episode Summary

In this episode of Coffee Chats on Energy, Ian and Graham cover a wide range of fast-moving developments in the energy landscape. From Wyoming’s data center buildout and CCS policy debates, to nuclear repowering momentum and the hurdles facing Summit Carbon Solutions, the discussion highlights how technology, capital, and policy are colliding to shape the future of energy infrastructure. Along the way, they also reflect on AI’s improving utility in professional workflows and its growing demand on power systems.

Topics Covered

AI & ChatGPT Utility – Reflections on how AI tools are evolving from basic search replacements to sophisticated workflow aids, including storytelling, data structuring, and professional writing.

Wyoming Data Center Announcement – Crusoe and Tallgrass’ 1.8 GW project near Cheyenne, its implications for gas demand, and integration with CCS to align with decarbonization goals.

CCS Policy & Market Forces – Wyoming’s requirement to evaluate CCS in new natural gas and coal generation, plus the growing role of sustainability mandates from hyperscalers like Microsoft and Google in driving decarbonization.

Nuclear Repowering & SMRs – DOE’s announcement of funding for 11 advanced SMR companies, IPPs’ nuclear repowering initiatives, and the race to bring nuclear into the AI-driven power buildout.

Summit Carbon Solutions – The challenges and opportunities of building one of the world’s largest CCS projects, connecting 57 ethanol facilities to a sequestration hub in North Dakota, with potential to dramatically increase ethanol’s premium through credits like 45Q and LCFS.

Key Takeaways

• AI is maturing into a truly useful professional tool, capable of nuanced storytelling and data-to-insight workflows.

• Wyoming is emerging as a CCS hotspot, with data centers, policy support, and coal-heavy generation creating unique decarbonization opportunities.

• Market pull may rival policy push as hyperscalers and global buyers demand lower-carbon power and fuels.

• Nuclear momentum is building, with SMRs and repowering projects positioned to play a key role in meeting AI-driven load growth.

• Summit Carbon Solutions illustrates both the promise and challenge of CCS at scale, where landowner rights, pipeline politics, and credit stacking collide with one of the most ambitious decarbonization projects globally.

Coffee chats are casual conversations On Energy, hosted live on LinkedIn.

Disclaimer
The views and opinions expressed are solely my own and do not necessarily reflect those of my employer or any affiliated organizations. Content is provided for informational purposes only and should not be taken as investment, legal, or professional advice. Please conduct your own research and seek guidance from qualified professionals before making decisions.