Podcasts about climatetech

Disney Petit, founder of Liquid Donate, discusses her passion for sustainability and the innovative solutions her company provides for donating excess inventory and bulky items. She explains the matching algorithm that connects retailers with nonprofits, the impact of their work on reducing waste, and the future trends in sustainability, including Extended Producer Responsibility (EPR). The discussion also touches on the growing focus on sustainability among retailers and the importance of community engagement in donation efforts.TakeawaysLiquid Donate helps retailers donate excess inventory to nonprofits.The company has developed a matching algorithm for donations.Over 12 million items have been donated to date.Sustainability is becoming a priority for retailers.EPR legislation will shift responsibility to producers.Community engagement is key in donation efforts.Logistics for bulky donations are complex but manageable.Reducing transit distance by 90% is a significant achievement.Retailers are increasingly focused on sustainability initiatives.Asking friends for excess items can foster community support.Chapters00:00 Introduction to Liquid Donate and Passion for Sustainability02:37 Innovative Solutions for Bulky Donations05:32 The Matching Algorithm and Logistics Coordination08:25 Expanding Donation Opportunities for Retailers11:18 Impact on Sustainability and Environmental Statistics13:57 Future Trends in Sustainability and EPR Legislation16:36 Retailer Trends and the Influence of Tariffs19:31 Closing Thoughts and Community Engagement

How do you turn a county into a world-leading climate tech ecosystem, and why does collaboration matter more than competition when tackling the climate crisis?In this episode of Oxford Plus, host Susannah de Jager speaks with Hannah Scott, CEO of Oxfordshire Greentech and Co-Founder of the Climate Tech SuperCluster, about building networks that connect climate innovators with the funding, expertise and corporate partnerships they need to scale. They explore how Oxfordshire has quietly become one of the UK's most important regions for climate innovation, with emerging specialisms in energy tech at Harwell, fusion at Culham and sustainable chemistry at Begbroke.With the UK climate tech sector now valued at $75.3 billion but investment falling 67% since 2023, Hannah explains how business networks like Oxfordshire Greentech help startups leapfrog challenges, access visibility and navigate the valley of death. From the recent launch of a green ammonia demonstrator at Harwell to the formation of a cross-European climate tech supercluster spanning Amsterdam, London and Paris, this conversation reveals how local action can drive global climate impact.Whether you're an entrepreneur looking for support, an investor seeking deal flow, or a corporate wanting to engage with cutting-edge climate solutions, this episode offers a practical roadmap for plugging into one of the UK's most dynamic innovation ecosystems.(00:00) - Welcome to Oxford Plus (03:01) - The Range of Climate Tech Innovation in Oxfordshire (05:21) - Geographic Reach Beyond Oxfordshire (08:31) - The Climate Tech SuperCluster (12:05) - Cross-Regional Collaboration with Cambridge Cleantech (16:30) - Day-to-Day Support for Members (24:48) - Key Events Throughout the Year (29:09) - Access to Finance Conference (31:00) - Networking Innovation and Speed Dating (33:55) - Climate Solutions Conference (35:06) - Connecting Startups with Local Government (38:34) - How Investors Can Engage (39:18) - The MIT Five-Stakeholder Model Hannah Scott: Hannah Scott is the CEO of Oxfordshire Greentech, a not-for-profit business network building a world-leading climate tech innovation ecosystem in Oxfordshire with impact beyond. She leads the organisation in managing and engaging members, connecting them with funding, customers, and business expertise whilst facilitating scale-up innovation through events, programmes and projects. Hannah is also Co-Founder of the Climate Tech SuperCluster, which showcases, develops and scales climate-critical technologies across the UK and Europe. She sits on the Oxford Economic Growth Steering Board and was named to edie's 30 Under 30 Class of 2023. Having helped launch Oxfordshire Greentech in 2019 whilst working for sustainability consultancy Bioregional, Hannah has now stepped into full-time leadership of the network and continues to deliver successful events, commercial opportunities and projects with climate and social impact.Connect with Hannah Scott on LinkedIn or visit Oxfordshire GreentechSusannah de Jager: Susannah is a seasoned professional with over 15 years of experience in UK asset management. She has worked closely with industry experts, entrepreneurs, and government officials to shape the conversation around domestic scale-up capital.Connect with Susannah on LinkedIn and Subscribe to the Oxford+ Newsletter for Exclusive ContentOxford+ is hosted by Susannah de Jager and supported by Mishcon de Reya, HSBC Innovation Banking, and James Cowper Kreston.Produced and Edited by Story Ninety-Four in Oxford.

Last month, Gerard Reid joined Shayle Kann, Managing Partner at Energy Impact Partners, for a world class and fast-moving conversation on the state and future of Climate Tech.   The discussion was organised by Carbon Equity and led by its co-founder Liza Rubinstein Malamud.Originally it featured a third guest, Will Dufton of Giant Ventures, whose contributions were fully edited for this episode (with apologies — and an open invitation to return).  First strong statement: the Silicon Valley-style climate tech era of 2021–2022 is over. Gerard is clear that carbon removal and hydrogen, at least as they were framed and funded during the hype cycle, are effectively dead. What comes now is a far more grounded, infrastructure-driven view of the transition.  Both guests are emphatically bullish on energy and AI. Shayle especially sees climate tech not as a standalone vertical, but as a horizontal that cuts across the entire economy. Anything that supports electrification, datacenters, and energy-hungry digital infrastructure represents a major opportunity. Gerard pushes the horizon even further, imagining datacenters in space.  A central theme is the convergence of AI and the physical world. Shayle argues that as large language models become commoditised, value will move from bits to atoms — from software to real-world systems, infrastructure, and industrial processes. Gerard complements this with a strong emphasis on resilience, positioning it as a defining investment lens for the coming decade.  On batteries, there is rare and total agreement. Both see them as the most important technology of our time, underpinning electrification, grid stability, transport, and the scaling of renewables.  What emerges is an intense, wide-ranging exchange between two of the sharpest minds in the energy transition — a true Battle Royale on where climate, energy, and technology are heading next.  You can watch the hour-long video here: https://youtu.be/H5YE1Upe0JI?si=HlgHKFOOjZj8Gygp    

Send me a messageCoal produces 4,000–8,000x more waste per MWh than wind.But you can't take a photo of CO₂, so we ignore it.In this episode, I'm joined by climate futurist and long-term decarbonisation modeller Michael Barnard. We cut through headlines to examine where the energy transition is actually heading - from electrification and maritime shipping to mass timber, industrial relocation, and grid efficiency. The stakes? Whether we build a cheaper, cleaner energy system, or cling to fossil-era assumptions.You'll hear why electrifying everything could cut primary energy demand by up to half.We dig into how 40% of global shipping may simply disappear as fossil fuel trade declines.And you might be shocked to learn why solar panels and wind turbines create thousands of times less waste per MWh than coal, yet attract far more outrage.We also explore how cheap renewables are reshaping industrial geography, why Spain's sunshine could outcompete former gas hubs, and how making electricity cheaper than fossil fuels changes everything.Interestingly, Seville's iconic wooden “Setas” isn't just architecture, it's proof that mass timber can replace steel and concrete at scale, locking carbon into buildings instead of the atmosphere.This is climate tech grounded in physics, economics, and human behaviour, not hype.

Tell us what you think of the show! This Week in Cleantech is a weekly podcast covering the most impactful stories in clean energy and climate featuring Paul Gerke of Factor This and Tigercomm's Mike Casey.This week's episode features special guest  Arcelia Martin from Inside Climate News, who wrote about how Texas is using hundreds of retired, repurposed EV batteries as grid-connected energy storage.This week's "Cleantecher of the Week" is David Kirkpatrick, Managing Director at SJF Ventures. David recently published a piece titled, “Climate Tech is Not Endangered” on LinkedIn. The piece argues that even with the Trump Administration rolling back federal climate policy, market and global momentum toward electrification and decarbonization will continue. Congratulations, David!This Week in Cleantech — February 20, 2026 Why Living in China Is Like ‘Living in the Future' — The New York TimesFord turns to F1 and bounties to build a $30,000 electric truck — TechCrunchData Centers and Your Power Bill — The New York TimesSupreme Court strikes down Trump's sweeping tariffs, upending central plank of economic agenda — AP NewsRetired EV Batteries Scored a New Gig: Bolstering Texas' Grid — Inside Climate NewsWant to make a suggestion for This Week in Cleantech? Nominate the stories that caught your eye each week by emailing Paul.Gerke@clarionevents.com

In the latest episode of the Climate Tech in Asia series, Eco-Business speaks to Breakthrough Energy and Green COP about what the shifting geopolitical landscape means for the climate tech ecosystem in Asia.

Send me a messageAI's energy demand isn't a future problem. It's straining grids today. And most companies aren't ready.In this episode, I'm joined by Beatrice Clark, Vice President of Sustainability and Social Impact at Turtle and Hughes, a North American electrical distributor and systems integrator working at the sharp edge of the energy transition. We unpack what surging AI and data centre growth means for infrastructure, resilience, and real-world decarbonisation - not in theory, but on the ground.You'll hear why energy demand from AI is now “on the tip of everybody's tongue”, and how utilities and independent producers are scrambling to keep up. We dig into the tension between diesel reliability and microgrid ambition, and why hybrid redundancy may be the uncomfortable truth of the transition. You might be surprised to learn how fleet electrification looks when you're moving heavy loads across unpredictable routes. It's not ideology. It's maths, logistics, and physics.We also explore double materiality, Scope 3 collaboration, and why sustainability only works when it strengthens operational performance. Net zero isn't achieved in PowerPoint. It's delivered through infrastructure, policy, and accountability across the value chain.If you care about climate tech, grid transformation, emissions reduction, and what decarbonisation actually looks like inside energy-intensive businesses, this conversation cuts through the noise.Listen now to hear how Beatrice Clark and Turtle and Hughes are navigating the hard realities of the energy transition.Podcast subscribersI'd like to sincerely thank this podcast's amazing subscribers: Anita Krajnc Cecilia Skarupa Ben Gross Jerry Sweeney Andreas Werner Stephen Carroll Roger Arnold And remember you too can Subscribe to the Podcast - it is really easy and hugely important as it will enable me to continue to create more excellent Climate Confident episodes like this one, as well as give you access to the entire back catalog of Climate Confident episodes.ContactIf you have any comments/suggestions or questions for the podcast - get in touch via direct message on Twitter/LinkedIn. If you liked this show, please don't forget to rate and/or review it. It makes a big difference to help new people discover the show. CreditsMusic credits - Intro by Joseph McDade, and Outro music for this podcast was composed, played, and produced by my daughter Luna Juniper

Why do most climate startups fail to scale? Tom Chi, a founding member of Google X and inventor with 77 patents, argues that relying on "Green Premiums" or even price parity is a death sentence. In this interview, he reveals the "CapEx Inertia" trap that prevents factories from adopting new tech and why your solution needs to be 3x cheaper than the incumbent to survive. Tom shares the heartbreaking story of watching a coral reef die in just two months—a tragedy that pushed him from inventing to investing. He breaks down his unique physics-based diligence process (analyzing Matter, Energy, Time, and Space) and explains why he focuses on the four industries responsible for 90% of water pollution. Finally, he shares his life philosophy on why you should focus on "verbs" (your metabolism of learning) rather than "nouns" (status and titles).Check out the company: https://www.atoneventures.com

In this episode of the Solar Maverick Podcast, Benoy Thanjan sits down with Peter Davidson, CEO of Aligned Climate Capital, to discuss how private capital is driving the deployment of solar projects and climate technologies. Aligned Climate Capital manages approximately $2.1 billion in assets and invests in companies and projects accelerating the clean energy transition. Peter explains how climate-focused investors evaluate opportunities, where capital is flowing today, and what separates bankable projects. What We Covered How Aligned Climate Capital approaches solar and climate investing • What makes a project or company fundable in today's market • The real impact of IRA incentives on capital deployment • How investors think about risk, returns, and execution • The difference between investing in operating assets versus early-stage climate tech • Where the next wave of opportunity lies in clean energy   Biographies Benoy Thanjan Benoy Thanjan is the Founder and CEO of Reneu Energy, solar developer and consulting firm, and a strategic advisor to multiple cleantech startups. Over his career, Benoy has developed over 100 MWs of solar projects across the U.S., helped launch the first residential solar tax equity funds at Tesla, and brokered $45 million in Renewable Energy Credits (“REC”) transactions. Prior to founding Reneu Energy, Benoy was the Environmental Commodities Trader in Tesla's Project Finance Group, where he managed one of the largest environmental commodities portfolios. He originated REC trades and co-developed a monetization and hedging strategy with senior leadership to enter the East Coast market. As Vice President at Vanguard Energy Partners, Benoy crafted project finance solutions for commercial-scale solar portfolios. His role at Ridgewood Renewable Power, a private equity fund with 125 MWs of U.S. renewable assets, involved evaluating investment opportunities and maximizing returns. He also played a key role in the sale of the firm's renewable portfolio. Earlier in his career, Benoy worked in Energy Structured Finance at Deloitte & Touche and Financial Advisory Services at Ernst & Young, following an internship on the trading floor at D.E. Shaw & Co., a multi billion dollar hedge fund. Benoy holds an MBA in Finance from Rutgers University and a BS in Finance and Economics from NYU Stern, where he was an Alumni Scholar.   Peter W. Davidson Peter Davidson is Chief Executive Officer at Aligned Climate Capital, an asset manager investing in companies and real assets driving the clean energy transition. He leads Aligned's overall strategy and investment direction, building on a career at the intersection of finance, infrastructure, and public policy. Previously, Peter was appointed by the Obama Administration to serve as Executive Director of the U.S. Department of Energy's Loan Programs Office (LPO), where he oversaw a $32 billion portfolio in renewable energy, energy storage, advanced automotive technologies, and other low-carbon technologies. Prior to leading the LPO, Peter was Senior Advisor for Energy and Economic Development at the Port Authority of New York and New Jersey and Executive Director of New York State's Empire State Development Corporation. Before his government service, Peter was an entrepreneur who founded and managed six companies and held leadership roles in the investment banking division of Morgan Stanley & Co. He serves on several boards, including Summit Ridge Energy, Nyle Water Heating Systems, and BrightNight. He is also the chairman of two nonprofit organizations, the J.M. Kaplan Fund and Green-Wood Cemetery. Additionally, he is a member of the CFTC's Climate-Related Market Risk Subcommittee. Peter holds degrees from Stanford University and Harvard Business School. He is based in the New York office.   Stay Connected: Benoy Thanjan Email: info@reneuenergy.com  LinkedIn: Benoy Thanjan Website: https://www.reneuenergy.com Website: https://www.solarmaverickpodcast.com/   Peter Davidson Website: https://alignedclimatecapital.com/ Linkedin:  https://www.linkedin.com/in/peter-davidson-4b652318/   Please provide 5 star reviews      If you enjoyed this episode, please rate, review and share the Solar Maverick Podcast so more people can learn how to accelerate the clean energy transition.    Reneu Energy Reneu Energy provides expert consulting across solar and storage project development, financing, energy strategy, and environmental commodities. Our team helps clients originate, structure, and execute opportunities in community solar, C&I, utility-scale, and renewable energy credit markets. Email us at info@reneuenergy.com to learn more.   Solar Maverick Happy Hour During Intersolar San Diego on Feb 18th https://luma.com/7v50llsn

Send me a messageWhat if the biggest mistake in climate action is that we're still designing buildings for a climate that no longer exists?In this episode of the Climate Confident Podcast, I'm joined by David Sellers, principal architect at Hawaii Offgrid Architecture & Engineering. David designs net-zero and off-grid buildings on Maui, not as an experiment, but because the climate he's designing for is already shifting. Faster than most regulations, models, or assumptions can keep up.Buildings account for a huge share of global emissions, energy demand, and climate risk. Get the design wrong today, and we lock in higher emissions, higher costs, and lower resilience for decades. This conversation is about how to stop doing that.We dig into why designing with historical climate data is quietly undermining net zero goals, and why buildings completed today will spend most of their lives in a climate no human has experienced before. David explains how shifting wind patterns, rising temperatures, water scarcity, and fire risk are already breaking “best practice” design rules.You'll hear why off-grid no longer means uncomfortable or compromised, and how advances in solar, batteries, heat pumps, and building envelopes have changed the economics completely. We also talk about fire-resistant construction after the Lahaina fires, reusing waste surfboard foam to create ultra-insulated building blocks, and why resilience that only the wealthy can afford isn't resilience at all.This is a grounded, experience-driven look at climate tech, decarbonisation, and the energy transition, without the fantasy timelines or glossy nonsense.

Need help turning an idea into a real product? Work with Hard Stuff to build your MVP today: https://www.hard-stuff.com/__________________________In this episode of CleanTalk, we sit down with Matt Stedman, a startup engineer and fractional CTO who helps early-stage companies turn ambitious ideas into real, working products, particularly in climate and clean technology.We explore what founders consistently get wrong when building MVPs, why “perfect” products are often the enemy of progress, and how marrying yourself to a solution instead of a problem can quietly kill a startup. Matt shares hard-won insights from working with hardware founders, from breaking perfectionism to testing whether anyone will actually pay for what you're building.We also dig into why climate tech isn't just about big infrastructure and renewables, how niche physical products can make a meaningful impact, and why building “stuff that matters” requires humility, iteration, and the willingness to fail fast.This episode is for startup founders, engineers, climate tech builders, product leaders, and anyone navigating the messy early stages of turning an idea into something real, especially when time, money, and certainty are in short supply.Enjoy!__________________________Connect with Matt on Linkedin: https://www.linkedin.com/in/m-a-stedman/Join the CleanTalk community on Linkedin:https://www.linkedin.com/groups/12991627/__________________________CleanTalk is produced by Harmer Visuals, a film & media company specialising in brand & case study storytelling for organisations across the renewable energy and clean technology sector. To find out more about how we can help you, visit:[https://www.harmervisuals.com](https://www.harmervisuals.com/)Many thanks to…Matt StedmanOur rental suppliers –O'RIORDAN | https://oriordan.io/ Sunipa Pictures | https://www.sunipapictures.com/__________________________Chapters for today's episode: Hosted on Acast. See acast.com/privacy for more information.

In our latest episode of Movers & Shakers, we welcome Hugo Rauch, founder of the New Wave podcast, a VC investor at Climate Club, and one of the most insightful voices in European climate tech.From professional skateboarding around the world to Microsoft's Climate Innovation Fund and the launch of a “side-project” podcast that became a profitable media company, Hugo's journey is a masterclass in conviction and long-term thinking.In this episode, we dive into what it really takes to build in climate. Here are four takeaways that stayed with us:Labels fade, fundamentals don't.Many of the most powerful “climate” companies no longer use the word climate at all. They focus on energy, materials, resilience, or sovereignty.Curiosity is a superpower.Asking simple questions, especially in complex systems, often lends itself to innovation.Consistency builds community.Whether it's a podcast or a startup, clarity of focus beats chasing every trend.Europe's path forward lies in execution + sovereignty.From raw materials to energy and AI, climate tech is increasingly about independence, resilience, and scale.If you're building, investing, or simply trying to understand where climate tech in Europe is heading, this conversation is for you.Thank you for joining us, Hugo! Episode co-hosted by Damien Didier (our head of ESG) & Erica DelamareHébergé par Audiomeans. Visitez audiomeans.fr/politique-de-confidentialite pour plus d'informations.

Here are today's three NEW topics on climate tech finance, decision tools, and mindful leadership:

Send me a messageHeating cities by opening windows is not a joke. It's how many buildings still control temperature in winter, and it's a climate disaster hiding in plain sight.In this episode, I'm joined by Drew Maggio, Technical Director at Highmark Building Efficiency, to unpack why buildings are one of the biggest, most underestimated levers in the climate transition, especially in dense cities like New York.Buildings account for roughly 70% of New York City's emissions, yet much of the stock was designed for an era of cheap fossil fuels, crude controls, and worst-case thinking. Drew works at the sharp end of fixing that. We talk about what actually breaks when you try to electrify old buildings, and why bad assumptions, not bad technology, are slowing progress.You'll hear why oversizing heat pumps for rare freezing days drives up costs and kills projects. We dig into how treating heat as a resource, not waste, unlocks massive gains, from wastewater heat recovery to capturing subway heat that currently just bakes tunnels to 100º F. And you might be surprised by how much energy can be recovered before it ever leaves a building.We also get into Local Law 97, New York's landmark building emissions regulation, and why it's forcing real-world change instead of glossy pledges. This is a grounded, practical conversation about decarbonisation, climate tech, policy, and the uncomfortable reality that many “heritage” systems are simply uncontrolled systems we've tolerated for too long.

The Middle East and North Africa (MENA) region sits at the heart of the world's energy system, home to many of the top oil and gas producers. Yet it also one of the most climate-vulnerable regions, with huge renewable energy potential.In this episode, James and Daisy discuss the region's climate challenges. How is MENA impacted by climate change? Is the region serious about the energy transition? What were the key takeaways from Abu Dhabi Sustainability Week? SOME RECOMMENDATIONS: Masdar – A fast-growing renewable energy company owned by three UAE energy companies (ADNOC, Mubadala Investment Company, and TAQA) with projects in 40+ countries across six continents with a combined capacity of more than 65GW. COP28 President Dr Sultan Al Jaber chairs Masdar while also leading ADNOC. Masdar is building the world's largest solar-plus battery project, that will run 24 hours a day, displacing 5.7 million tons of CO2 annually – equivalent to planting 100 million trees and covering 90 square kilometres, roughly the size of Copenhagen.Zayed Sustainability Prize – The UAE's global award that recognises SMEs, nonprofits, and schools with impactful sustainable solutions. This year's Energy winner was Switzerland's BASE Foundation with its cooling-as-a-service solution. Ignite Energy Access, a UAE-based climate-tech company scaling sustainable infrastructure solutions across Africa won the Energy Innovation category at COP28.OTHER ADVOCATES AND RESOURCES:Abu Dhabi Sustainability Week (ADSW) – One of the world's largest sustainability gatherings, hosted by Masdar. Our World in Data – A graph of oil production by region shows that roughly one third comes from the Middle East. Ember (2025)– In 2023, 7% of the Middle East's electricity was generated from clean sources, below the global average of 39%. Saudi Arabia aims for 50% renewable electricity by 2030.IEA (2025) – In 2024, MENA supplied over 30% of the world's oil and nearly 20% of its natural gas. Between 2000 and 2024, electricity demand tripled – making the MENA region the third-largest contributor to global electricity demand growth after China and India. Average temperatures in MENA are rising at more than twice the global rate, and summer temperatures regularly exceed 40 °C.Financial Times (2025) – How plans for the utopian city of Neom have unravelled.  BloombergNEF (2025) – Michael Liebreich makes the case for a pragmatic climate reset.Cleaning Up (2025) – Liebreich in conversation with Lord Browne, former CEO of BP.Breakneck by Dan Wang (2025) – Shows how the cost of one US nuclear plant equals roughly 11 in China. Cleaning Up (2025) – A visual showing how much energy Egypt can buy for $1m, comparing oil, LNG, solar, wind, and nuclear.SOME FACTS:Investopedia: The MENA region includes Algeria, Bahrain, Djibouti, Egypt, Iran, Iraq, Israel, Jordan, Kuwait, Lebanon, Libya, Malta, Morocco, Oman, Qatar, Saudi Arabia, Syria, Tunisia, United Arab Emirates, Palestine, and Yemen.IEA – MENA holds five of the world's top 10 oil producers (Saudi Arabia, Iraq, the United Arab Emirates, Iran and Kuwait) and three of the top 20 gas producers. Nearly 95% of electricity generated in the Middle East comes from natural gas and oil – the highest share in the world. World Bank (2025) – MENA holds more than half of the world's oil reserves and 40% of gas reserves.World Bank (2022) – MENA's GHG footprint is 8.7% of global emissions. MENA is the world's most water scarce region with 60% of people living in high or extremely high water stressed areas. MENA receives 22-26% of all solar energy striking the earth and its solar potential per square kilometre is equivalent to energy produced by 1-2 million barrels of oil annually and could meet at least 50% of global electricity demand. 75% of MENA has average wind speeds that exceed the minimum threshold for utility-scale wind farms.Earth.Org (2025) – Saudi Aramco accounts for 4.38% of global CO2 emissions.  The Guardian (2025) – Saudi Arabia spent more on fossil fuel subsidies than it did on its national health budget in 2023.NY Times (2025) – Over the past year, EVs accounted for 76% of all passenger vehicles sold in Nepal.WRI (2025) – In 2024, EVs made up 92% of passenger vehicle sales in Norway. Thank you for listening! Please follow us on social media to join the conversation: LinkedIn | Instagram | TikTokYou can also now watch us on YouTube.Music: “Just Because Some Bad Wind Blows” by Nick Nuttall, Reptiphon Records. Available at https://nicknuttallmusic.bandcamp.com/album/just-because-some-bad-wind-blows-3Huge thanks to Siobhán Foster, a vital member of the team offering design advice, critical review and organisation that we depend upon....

Many have tried, but no one has quite perfected the solar car.The average vehicle spends most – or all – of its time outside, either in use or parked, and with more than 6 million electric vehicles now present on American roads, many auto companies have been captivated by the prospect of capturing the energy of the sun to provide a boost in range.One of those is Nissan, which recently unveiled a concept that pairs its all-electric Ariya model with solar panels. Nissan says the project hopes to target the ambitious question that many have posed over the years: what if electric vehicles could charge themselves?Unveiled in time for Clean Energy Day in January, the concept features an array of flat photovoltaic panels on the Ariya's hood, liftgate and roof – visible to the eye, but not adding bulk. #Nissan, #ElectricVehicles, #SolarCar, #EVTechnology, #CleanEnergy, #RenewableEnergy, #AutomotiveInnovation, #FutureOfMobility, #SustainableTransportation, #EVCharging, #SolarPanels, #GreenTechnology, #AutoIndustry, #ConceptCars, #EVAdoption, #EnergyEfficiency, #ClimateTech, #IndustryTrends

Send me a messageEurope is drowning in cheap clean power, and still wasting it.The problem isn't renewables. It's what happens when the grid can't cope with abundance.In this episode of the Climate Confident Podcast, I'm joined by Oonagh O'Grady, Vice President of International Origination at Hydrostor, a global leader in long-duration energy storage. We dig into one of the most under-discussed blockers of the energy transition: what happens after wind and solar scale, but before the grid is ready.Oonagh explains why short-duration batteries, while essential, aren't enough once renewables reach 40–50% of the system. We unpack why grids are hitting curtailment, negative pricing, and instability, and why eight to twenty-four hours of long-duration energy storage is fast becoming the backbone of a reliable, net-zero power system.You'll hear why advanced compressed air energy storage can deliver fossil-free, utility-scale flexibility for decades, how it compares with batteries and pumped hydro on cost and performance, and why inertia and grid stability are suddenly back in the spotlight after recent European outages. We also get into the policy side: what leading regions like California, Australia, and the UK are getting right, and what Europe must do now if it wants secure, affordable, decarbonised electricity in the 2030s.This is a grounded, evidence-led conversation about climate tech that actually works at scale - and a reminder that without long-duration storage, the energy transition stalls just when it should be accelerating.

Stu Landesberg is Co-founder and CEO of Seneca, a company developing autonomous aerial systems to detect and suppress wildfires before they grow out of control. Designed for rapid initial response, Seneca's technology deploys robotic aircraft that launch within minutes, helping protect homes, infrastructure, and communities in fire-prone regions.In this episode of Inevitable, Landesberg shares why he left Grove—his first company focused on sustainable consumer goods—to tackle what he sees as a civilization-level challenge: early wildfire intervention. The conversation explores how climate conditions, outdated fire cycles, and insurance market failures have converged to threaten life in the American West. Landesberg walks through Seneca's approach to changing that trajectory: distributed strike teams of large autonomous suppression copters, built in the U.S., designed to reach fires faster than any existing response method. He also unpacks the product's potential for mop-up operations, prescribed burns, and utility asset protection.In this episode, we cover:(2:40) Wildfire as a threat to housing and the economy(10:07) The urgent need for faster fire response(15:12) Why helicopters aren't a scalable solution(20:03) New use cases beyond initial attack(28:25) What autonomy looks like in practice(33:11) Why Seneca isn't just another drone company(38:21) Wildfire as a climate and national security risk(46:18) Seneca's first deployments and what's nextLinks:Stuart Landesberg on LinkedIn: https://www.linkedin.com/in/stuartlandesbergSeneca: https://seneca.com/ Enjoyed this episode? Please leave us a review! Share feedback or suggest future topics and guests at info@mcj.vc.Connect with MCJ:Cody Simms on LinkedInVisit mcj.vcSubscribe to the MCJ Newsletter*Editing and post-production work for this episode was provided by The Podcast Consultant

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Send me a messageEurope doesn't have a clean energy problem. It has a grid problem.Solar is cheap. Batteries are scaling. Demand is exploding. The system in the middle is cracking.In this episode, I'm joined by Rob Stait, Managing Director of Alight's behind-the-meter business, to unpack why the energy transition is now being held back less by technology and more by infrastructure, regulation, and outdated thinking. Alight develops and owns onsite solar and battery systems for large energy users across Europe, using long-term PPAs to lock in savings, cut emissions, and build resilience.We dig into why waiting for cheaper solar or batteries is often the wrong call, and why businesses that move early gain a structural advantage. You'll hear how behind-the-meter solar and battery storage bypass grid bottlenecks entirely, why blaming renewables for blackouts misses the real issue, and how decentralised generation is reshaping energy security, affordability, and decarbonisation all at once.We also explore the uncomfortable reality facing Europe's grids, the growing role of data centres and electrification, and why microgrids are starting to look less like an edge case and more like the logical endgame of the energy transition. This is a grounded conversation about climate tech that works, emissions reduction that scales, and why net zero will be built through economics as much as policy.

Scaling Climate Tech Solutions with Noah Miller - Measuring Impact Through Avoided Emissions Chris Ito goes one on one with Noah Miller, Co-Founder of Rho Impact, to discuss the state of developing decarbonization technologies and Rho's approach to measuring the impact of thousands of climate tech solutions across all stages of maturity. separating the “Leaders” from the “Laggards”, analyze early performance insights, and discuss the current state of clean energy technologies. Don't miss this opportunity to stay ahead in the evolving energy landscape. Guest Noah Miller – CAO & Founder, Rho Impact Background Noah Miller is the Co-Founder and Chief Advisory Officer at Rho Impact, a North-American Based climate advisory and software company. He has been the Corporate Finance Institute's ESG subject matter expert since 2020. Noah has held a variety of roles in the ESG space, ranging from consulting practice leader to fractional director for multiple public and private companies to a board advisor. Conversation What really counts as a climate solution? Why many impactful technologies don't look like “climate tech” at first glance. From carbon accounting to climate impact How avoided emissions (often called Scope 4) are changing the way investors evaluate decarbonization. Measuring what scales, not just what exists Using counterfactuals and lifecycle analysis to assess impact in a future where solutions reach real adoption. Connecting climate impact to commercial value How per-unit avoided emissions link sales, market growth, and investment performance. Why demand is rising despite political noise Global regulation, LP pressure, and market forces are pushing climate solutions forward. A new lens for investors and operators alike Moving beyond ESG compliance toward scalable, investable climate outcomes.

The trucking industry operates on razor-thin margins and highly optimized schedules. Think free delivery from click to your door in 4 hours. Decarbonizing that kind of industry requires more than green intentions—it requires a highly reliable solution that drives real economic value. In the push to electrify large trucks, we often focus on the vehicles. But this rollout requires industrial-scale access to electricity in the context of an often-challenged distribution grid.My guest today is Patrick Sullivan, CEO of EV Realty.  Building on decades of renewable energy development experience, navigating electricity grid constraints, Patrick and team are enabling the EV semi-truck rollout today.We discuss the coming wave of EV trucks, the realities of the freight supply chain, and how EV Realty is building a network that works for the bottom line, local communities, and the broader climate.Links:EV Realty WebsitePatrick Sullivan – CEO of EV RealtyEpisode recorded  Email your feedback to Chad, Gil, Hilary, and Guy at climatepositive@hasi.com.

Send me a message8% of global emissions come from the material we barely talk about.Concrete. Cement. The literal foundations of modern life, and one of the hardest climate problems we face.In this episode, I'm joined by Ana Luisa Vaz, VP of Product at Paebbl, to unpack why construction is such a stubborn emissions hotspot, and what it would take to genuinely change that.Ana explains why cement emits CO₂ by design, not by accident. Half its emissions come from chemistry, not fuel. You can electrify kilns and still be stuck with the carbon. That's why Paebbl is taking a different path: using accelerated mineralisation to turn captured CO₂ into a cement substitute, permanently locking carbon into concrete itself.We dig into what “permanence” really means in carbon removal, why performance matters more than good intentions, and how conservative industries like construction can adopt new materials without compromising safety. You'll hear how Paebbl can already replace up to 30% of cement today, why cost curves matter more than green premiums, and how digital tools, sensors, and models are accelerating learning in an industry that usually moves at a glacial pace.We also explore the role of policy, public procurement, and cities, the uncomfortable changes the sector needs to unlearn, and whether carbon-negative construction is a realistic goal this century, or just another climate promise that collapses under scrutiny.This is a conversation about climate tech that lives in the physical world. Hard to abate. Harder to ignore.

Philip Johnston is co-founder and CEO of Starcloud, a company building data centers in space to solve AI's power crisis. Starcloud has already launched the first NVIDIA H100 GPU into orbit and is partnering with cloud providers like Crusoe to scale orbital computing infrastructure.As AI demand accelerates, data centers are running into a new bottleneck: access to reliable, affordable power. Grid congestion, interconnection delays, and cooling requirements are slowing the deployment of new AI data centers, even as compute demand continues to surge. Traditional data centers face 5-10 year lead times for new power projects due to permitting, interconnection queues, and grid capacity constraints.In this episode, Philip explains why Starcloud is building data centers in orbit, where continuous solar power is available and heat can be rejected directly into the vacuum of space. He walks through Starcloud's first on-orbit GPU deployment, the realities of cooling and radiation in space, and how orbital data centers could relieve pressure on terrestrial power systems as AI infrastructure scales.Episode recorded on Dec 11, 2025 (Published on Jan 13, 2026)In this episode, we cover: [04:59] What Starcloud's orbital data centers look like (and how they differ from terrestrial facilities)[06:37] How SpaceX Starship's reusable launch vehicles change space economics[10:45] The $500/kg breakeven point for space-based solar vs. Earth [14:15] Why space solar panels produce 8x more energy than ground-based arrays [21:19] Thermal management: Cooling NVIDIA GPUs in a vacuum using radiators [25:57] Edge computing in orbit: Real-time inference on satellite imagery [29:22] The Crusoe partnership: Selling power-as-a-service in space [31:21] Starcloud's business model: Power, cooling, and connectivity [34:18] Addressing critics: What could prevent orbital data centers from workingKey Takeaways:Starcloud launched the first NVIDIA H100 GPU into orbit in November 2024 Space solar produces 8x more energy per square meter than terrestrial solar Breakeven launch cost for orbital data centers: $500/kg Current customers: DOD and commercial Earth observation satellites needing real-time inference Target: 10 gigawatts of orbital computing capacity by early 2030s Enjoyed this episode? Please leave us a review! Share feedback or suggest future topics and guests at info@mcj.vc.Connect with MCJ:Cody Simms on LinkedInVisit mcj.vcSubscribe to the MCJ Newsletter*Editing and post-production work for this episode was provided by The Podcast Consultant

We're back with the sixth installment of our Missing Middle in Climate Tech series, produced in partnership with Spring Lane Capital.As we kick off 2026, this episode offers a timely, grounded conversation with two seasoned investors who bring decades of perspective to where climate investing has been and where it's headed next. Rather than focusing on predictions alone, the discussion goes deeper into the nuance of how capital is actually being deployed in today's market.Rob Day, Co-Founder of Spring Lane Capital, and Raj Atluru, Managing Partner at Activate Capital, trade ideas and reflect on how the climate tech landscape has evolved.Together, they unpack how investor priorities have shifted over time, the metrics they look for in growth-stage companies, and the opportunities emerging from today's macro forces, including interest rates, deglobalization, and AI's rapidly escalating energy demand.For listeners looking to understand how experienced investors are navigating complexity, risk, and scale in climate tech right now, this is a conversation worth spending time with.Explore the full Missing Middle in Climate Tech series or reach out with ideas for future collaborations at investedinclimate.com. On today's episode, we cover:02:20 – Guest Intros & The “Missing Middle” Problem04:39 – A Second Lens on the Missing Middle07:00 – Origin Story of Activate Capital10:40 – Energy, Load Growth & Macro Shifts12:09 – “Why Now?” and Today's Load Shock17:27 – Structural Causes of the Missing Middle19:26 – Heavy Lifting at Growth Stage25:43 – Hardware Is Back: Fund III Themes30:16 – Scaling, Learning Curves & Project Execution33:00 – From Founder-Led to Scalable Sales40:13 – Being Contrarian (EVs, AI & Hype Cycles)43:57 – EV Fundamentals & Infrastructure Gaps45:15 – Policy vs. Interest Rates47:55 – Home Electrification & Rooftop Solar48:06 – Speed-Round Predictions for 202649:26 – Dry Powder & Exit Fuel51:50 – Climate Tech Becomes “Just Tech”53:06 – Closing & Call to...

If you're trying to separate climate ambition from execution, this conversation is for you! John Stackhouse is joined by Clara Barby, Senior Partner at Just Climate, to pressure-test what's scaling—and what's getting stuck by diving into RBC's new Climate Action 2026 report. What you'll hear:Why 2025 was a year of “proof and pressure” and what that means for clean tech in 2026.Climate Tech solutions that don't require behaviour change. The case for Canada's ‘land transition' as a ripe opportunity—investing in tools and inputs that help farmers and land managers decarbonize. Why CCUS remains a complex case: carbon price, CapEx, infrastructure, and the fragmented value chain.How AI-driven power demand is changing the investment lens on electrification and grid build.Clara Barby is a Senior Partner at Just Climate (founded by Generation Investment Management). She previously led the Impact Management Project and supported the establishment of the ISSB (International Sustainability Standards Board) Links:RBC Climate Action 2026 (report): www.rbc.com/caiUnearthing Value (report): http://bit.ly/4qJZ9TQJust Climate: https://www.justclimate.com Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Send me a messageWhat if the biggest barrier to decarbonising buildings isn't technology, cost, or ambition - but sheer complexity?The built environment produces nearly 40% of global emissions, yet we still make low-carbon construction harder than it needs to be.In this episode, I'm joined by Tommy Linstroth, founder of Green Badger, to unpack why construction remains one of the most overlooked climate battlegrounds, and why that's a mistake. We dig into LEED v5, embodied carbon, and the growing gap between climate ambition and what actually happens on building sites. The stakes are huge: buildings lock in emissions for decades, sometimes centuries.You'll hear why builders aren't resisting sustainability, they're drowning in shifting standards, paperwork, and fragmented data. We explore how LEED has evolved, why carbon now sits at the centre of green building standards, and how decisions made at the design stage quietly determine emissions for the next 100 years. Tommy also explains why third-party verification matters, how “build to code” often means “barely legal”, and why retrofitting existing buildings may be the hardest climate challenge nobody likes talking about.We also dig into where genuine momentum is emerging - from falling renewable costs to better data and smarter software, and how climate tech, including AI, could finally make the low-carbon choice the easy choice. If net zero, emissions reduction, and the energy transition are serious goals, then construction can't stay a side quest.

248 | 6 Prognosen für 2026: Erster AI-CEO, China übernimmt die AI-Führung von den USA und mehr Prognosen für's kommende Jahr. Christian Leybold ist Managing Partner von Headline Venture Capital.Partner dieser Folge: Clockodo: ⁠https://www.clockodo.com/⁠optimisten Gutschein-Code: optimisten25Finde eine Geschäftsidee, die perfekt zu dir passt: ⁠⁠digitaleoptimisten.de/quiz⁠⁠Kapitel: (00:00) Intro(03:45) Wie treffsicher waren unsere Thesen für 2025?(23:30) Prognose 1: KI-Korrektur an der Börse(31:10) Prognose 2: China wird führend in Consumer-AI-Adoption(38:36) Prognose 3: Ein Unternehmen beruft eine AI als CEO(43:28) Prognose 4: 2026 wird das Jahr des AI-Contents(52:12) Prognose 5: AI-Companion wird Unicorn(58:12) Prognose 6: Die Agentur-Branche konsolidiert sich(1:09:41) OutroMehr Kontext:In dieser Episode reflektieren Alexander Mrozek und Christian Leybold von Headline über das vergangene Jahr 2025 und wagen einen Ausblick auf 2026. Sie diskutieren die wichtigsten technologischen Entwicklungen, die Herausforderungen für Climate Tech Startups und die Flexibilität in der Investitionsstrategie. Zudem wird die Rolle der EU in der Innovationslandschaft beleuchtet und die Entwicklungen von OpenAI sowie die AI-Adoption in China thematisiert. In dieser Episode diskutieren Christian und Alexander die Entwicklungen in der Künstlichen Intelligenz, insbesondere in Bezug auf Chinas Strategie, die Rolle von KI in Unternehmen, die Zukunft des AI-generierten Contents, die Herausforderungen der Einsamkeit und die Auswirkungen auf Marketingagenturen. Sie beleuchten die Chancen und Risiken, die mit der zunehmenden Integration von KI in verschiedene Lebensbereiche verbunden sind.Keywords:Jahresrückblick, Prognosen, Technologie, Climate Tech, Investitionen, EU, Innovation, OpenAI, AI-Agenten, AI-Adoption, China, Künstliche Intelligenz, China, Unternehmensstrategie, AI-Content, Einsamkeit, Marketingagenturen, Innovation, Technologie, Zukunft, Digitalisierung

Send me a messageMost companies say they're tackling Scope 3. Then they rely on averages and hope for the best. That's not decarbonisation. That's denial with spreadsheets.In this episode, I'm joined by Paul Byrnes, CEO of Mavarick AI, to dig into one of the most stubborn blockers to real emissions reduction: bad data across global supply chains. Paul brings a rare mix to the table. Deep manufacturing roots, serious machine learning expertise, and a refreshingly low tolerance for AI theatre. We focus squarely on the climate challenge that keeps executives awake at night. How to cut Scope 3 emissions when suppliers are overloaded, data is unreliable, and margins are thin.You'll hear why most Scope 3 programmes stall before they deliver a single tonne of abatement. We dig into how spend-based accounting can introduce error rates of up to 40%, masking risk instead of revealing it. And why primary supplier data is fast becoming table stakes for any credible net zero strategy.We also unpack where AI genuinely helps emissions reduction, and where it doesn't. From cleaning contaminated data sets, to identifying real decarbonisation levers with financial and environmental ROI, this conversation is about using technology to move from reporting to action.You might be surprised to learn why supplier engagement only works when there's a clear win for suppliers themselves, and why emissions reduction scales fastest when it also improves cost, efficiency, or resilience. No greenwash. No magic bullets. Just physics, data, and incentives aligned.

Send me a messageWhat if the biggest lever for food-system decarbonisation isn't factories or fleets, but soil you'll never see on a corporate balance sheet?In this episode, I'm joined by Rhyannon Galea and Kristjan Luha from eAgronom to unpack one of the hardest climate problems to solve: Scope 3 emissions in food and agriculture.This conversation was originally recorded for my Resilient Supply Chain podcast and I'm republishing it here because it cuts straight to the heart of real-world climate action. Most food companies have 70–95% of their emissions sitting on farms they don't own or control, while those same farms are increasingly exposed to climate shocks. The stakes couldn't be higher.You'll hear why regenerative agriculture is less about ideology and more about resilience, profitability, and physics. We dig into how practices like reduced tillage and cover cropping can rebuild soil carbon, improve water retention, and cut emissions without wrecking yields.We also get into the messy reality of data. Why averages and estimates won't get companies to net zero, and how credible primary farm data changes everything. From satellite verification to machine-level data capture, this episode explores what trustworthy emissions data actually looks like on the ground.You might be surprised by the incentive structures that work best with farmers, and why carbon credits alone are often the wrong starting point. We talk knowledge transfer, practice-based payments, and why 2030 is only “five harvests away” if you're serious about emissions reduction in food systems.

Send me a messageWhat if the fastest way to decarbonise shipping isn't a shiny new fuel, but the waste it's already throwing away?Shipping moves 90% of global trade, yet it's still one of the hardest sectors to decarbonise. In this episode, I'm joined by Nicholas Ball, CEO and founder of XFuel, to unpack why cost, physics, and adoption matter more than climate theatre when cutting emissions at scale.Nicholas leads a company turning difficult waste streams, including oily residues from ships themselves, into fully compliant drop-in fuels for shipping and aviation. These fuels work in existing engines, use existing infrastructure, and can deliver up to 85% lifecycle emissions reductions without charging shipowners three to five times more than fossil fuels. That last point matters. A lot.We dig into why shipping is so price-sensitive, why infrastructure uncertainty is paralysing fuel decisions, and why waiting for perfect solutions risks locking in higher emissions for decades. You'll hear why XFuel focuses on waste-based and recycled carbon fuels, how lifecycle emissions are verified under EU rules, and why “drop-in” isn't a marketing term, it's the difference between pilots and adoption.We also tackle hydrogen head-on. Why it's massively inefficient as a fuel. Why scarce renewable electricity should be used to decarbonise grids and industry first. And why electrification should happen everywhere it can, with fuels reserved for sectors that genuinely have no alternative.If you care about climate tech that actually scales, real-world decarbonisation, and cutting emissions in sectors that don't have easy answers, this conversation matters.

Read our deal analysis on PaladinPaladin Power CEO Ted Thomas—a U.S. Navy veteran with 20+ years in energy storage and the named inventor on multiple U.S. patents for stackable batteries and integrated power systems—joins Inside Startup Investing to explain how he helped pioneer integrated storage and why Paladin's patented, fire-safe, all-in-one system can make true home energy independence practical. We cover why the inverter is the real bottleneck, how Paladin's stackable 10 kW architecture fast-charges EVs and extends battery life, and how the single-device design replaces a tangle of inverters, batteries, and chargers for faster installs and lower cost. Ted shares traction (incl. enterprise wins like Disney), a revenue jump from < $1M to $7–$8M this year with $20M+ in sight, “Made in USA” manufacturing with Jabil, and what's next as Paladin pushes a decentralized power future.News: Paladin engages Aegis Capital Corp. for IPO advisory while it evaluates capital-markets options—no assurance of any IPO; timing/terms subject to market, regulatory and due-diligence outcomes.Chapters(00:00) We open with why batteries remain the bottleneck for EVs and home solar, and how Paladin's inverter-first architecture changes the equation; (03:28) Ted outlines the mission—make every home independent from the grid—plus why legacy systems were designed for grid-tie, not true autonomy; (06:58) we break down the bi-directional, stackable inverters (up to 80 kW in a compact footprint) and how routing solar directly to loads can double battery life; (09:15) cost and efficiency: delivering 30–60% lower system costs versus status-quo builds; (10:29) scaling: U.S. manufacturing with a contract partner, and why distribution/EPC channels are the fastest path to market; (12:00) whole-home power without load shedding, faster installs, and sub-90-minute at-home EV charging; (13:21) IP and moats: utility patents and why copycats face multi-year certification delays; (15:34) use cases and demand drivers—from Disney facilities to homeowners facing rising rates and outages; (20:56) generators vs storage: when backup gensets still make sense and when solar-plus-storage wins; (22:46) Ted's closing case for investors.

In this episode of Hi, Energy! We learn about the grid, climate tech startup culture, and California's special relationship to climate issues.  Josh Rothermel of SoCal Edison and formerly of Rivian and the UCLA Anderson Energy & Cleantech Association, joins Esteban to talk about having a career in clean energy. Josh and Esteban discuss simple but important questions like “what is the grid?” and “what is an internal combustion engine?” and so much more. Josh also shares his impressions of California's well-above-average climate consciousness.  Additional References from the podcast: After 4 Years And Billions Of Dollars, The Texas Grid Is Not Fixed  The Carbonauts  New episodes of Hi, Energy are coming out every month. So check out our Instagram and subscribe to the show on YouTube, Apple, Spotify, and wherever you get your podcasts or visit https://socalren.org/about/podcasts for full episodes and highlight reels coming soon.

In this episode, we take a deep dive into the global climate-tech ecosystem, with a focus on how innovation can be translated into deployment, and what needs to be done to scale renewable integration. We are joined by Ashish Khanna, Director General, International Solar Alliance, to explore where do we lack when it comes to accelerating climate-tech innovation. He says it is important to see the glass half full and India has an immense potential, it can become a hotbed for innovation. Building on the momentum created by ENTICE, this episode explores how ideas become deployable solutions - through financing, policy support, and real-world testing. Tune in!

Send me a messageWhat if the clean energy transition depended on potato-sized rocks four miles under the Pacific, and we've barely started talking about it?In this episode I'm joined by Oliver Gunasekara, CEO and co-founder of Impossible Metals, to tackle one of the most uncomfortable truths in climate tech: there is no net zero without mining. We dig into how deep sea polymetallic nodules, AI-driven underwater robots and smarter policy could reshape the energy transition, emissions reduction, and even the geopolitical balance with China.You'll hear why 84% of global mining today is still for fossil fuels – and what happens to decarbonisation when ore grades on land collapse to 0.2% while nodules sit at the 4% level. We get into how autonomous robots can hover above the seabed, detect and avoid life, and selectively collect nodules, and why the choice of mining technology matters as much as the decision to mine at all.We also explore the hard politics: critical minerals as a strategic vulnerability, the West's dependence on Chinese processing, and why delaying decisions on deep sea mining could mean more rainforest lost, higher battery prices, and a slower energy transition. Kismet: the market for nickel, cobalt, copper and manganese is on track to hit $1 trillion a year by 2035 – and we're still arguing about whether mining “counts” as climate tech.

Series Five This episode of 'The New Abnormal' podcast features Cynthia Scharf, a Senior Fellow at the Centre for Future Generations, a European think tank, leading their work on Climate Interventions. Issue of trust, global equity, behavioural psychology, archetypes and narrative are key to their  work.She served as the senior strategy director for the Carnegie Climate Governance Initiative prior to the CFG, which focused on kickstarting international governance for solar geoengineering and large-scale carbon removals. Cynthia previously served as head of strategic comms and chief speechwriter on climate change for UN Secretary-General before, during and after the Paris Agreement. Previously to her work on climate change, Cynthia worked for the UN and international NGOs on global humanitarian emergencies. She began her career as a journalist in Moscow in the early 1990s covering the collapse of the communist system in the former USSR and Eastern Europe. Her articles on climate change and geopolitics have been published in major newspapers across the globe. She's a deeply interesting individual, so we discuss all of the above and more, in what I hope you'll find to be a fascinating conversation. 

Alex Modon is CEO and Co-founder of Unlimited Industries, a company transforming infrastructure development through AI-driven automation. Unlimited tackles one of the biggest bottlenecks in climate and industrial innovation: the outdated, risk-averse world of engineering, procurement, and construction (EPC). Traditional EPCs are often misaligned with the needs of first-of-a-kind projects. Unlimited flips the script by using AI to generate thousands of design permutations, drastically cutting feedback loops, iteration time, and overall cost. Alex shares how his background in software, combined with childhood exposure to industrial environments, inspired him to take on this hard problem—and why he believes the only way to build faster is to rebuild the entire system from the ground up.Episode recorded on July 29 (Published on Dec 3)In this episode, we cover: ⁠[03:15] An overview of EPCs[05:05] How EPCs make money[07:06] Why FOAK projects face EPC challenges[10:02] Reducing marginal cost of engineering design with AI[12:35] Alex's pivot from software to infrastructure[15:39] Why EPCs resist adopting AI tools[19:14] Unlimited's capital projects platform explained[23:41] How Unlimited manages physical construction[26:36] The company's vision of fully autonomous construction in the future[28:08] Why physical abundance drives Alex Enjoyed this episode? Please leave us a review! Share feedback or suggest future topics and guests at info@mcj.vc.Connect with MCJ:Cody Simms on LinkedInVisit mcj.vcSubscribe to the MCJ Newsletter*Editing and post-production work for this episode was provided by The Podcast Consultant

Send me a messageWhat happens when solar stops being just “cheap” and becomes game-changingly efficient as well, pushing past 30% and reshaping global power economics?In this episode, I sit down with Aaron Thurlow, a 25-year solar veteran and commercial lead at Caelux, to unpack how perovskite-silicon tandem modules could transform not just clean energy - but the resilience, cost base, and strategic footing of every organisation betting on electrification. With AI, manufacturing, and data centres driving power demand through the roof, the timing couldn't be more critical.You'll hear how silicon, after 50 years of slow gains, is suddenly getting a step-change boost - not from exotic space tech, but from a thin layer of perovskites that can add 5–6 efficiency points in a single leap. We break down why this matters for utility-scale projects, residential economics, and global supply chain risk as manufacturing begins to regionalise.You might be surprised to learn how close this is to reality: Caelux has already shipped its first commercial product, with more deployments planned in 2026. And Aaron explains why this shift could help companies bridge policy uncertainty, lower project costs, and even change the global balance of energy independence.

John Helveston of George Washington University discusses why a U.S. pullback from China on EVs is risky, and why engagement could strengthen America’s auto industry. --- China has rapidly become the center of global EV innovation, producing cars that are cheaper, faster to develop, and increasingly competitive in international markets. The United States, by contrast, is pulling back, eliminating incentives and pursuing policies that distance the country from China just as the global EV transition accelerates. George Washington University’s John Helveston, whose work focuses on global EV markets and China’s manufacturing system, argues that this course risks sidelining the U.S. from the technologies and supply chains shaping the automotive future. On the podcast, he explains why a more pragmatic approach that protects national security and workers while engaging with China’s central role in the EV ecosystem may be essential for America’s long-term position in the global auto industry. John Helveston is an associate professor in the department of Engineering Management and Systems Engineering at George Washington University. Related Content Electric Vehicle Penetration and Urban Spatial Restructuring: A Case Study of Beijing with Geospatial Machine Learning https://kleinmanenergy.upenn.edu/research/publications/electric-vehicle-penetration-and-urban-spatial-restructuring-a-case-study-of-beijing-with-geospatial-machine-learning/ Battling for Batteries: Li-Ion Policy and Supply Chain Dynamics in the U.S. and China https://kleinmanenergy.upenn.edu/research/publications/battling-for-batteries-li-ion-policy-and-supply-chain-dynamics-in-the-u-s-and-china/ Energy Policy Now is produced by The Kleinman Center for Energy Policy at the University of Pennsylvania. For all things energy policy, visit kleinmanenergy.upenn.edu. See omnystudio.com/listener for privacy information.

Send me a messageWhat if the real disruption in solar isn't the technology — but the business model behind it?This week I'm joined by Scott Therien, Director of Strategic Partnerships at REC Solar, to unpack one of the most important, and least discussed, shifts in the energy transition: the move from one-off construction projects to long-term, risk-bearing power-purchase agreements. It's a change that's quietly reshaping who owns energy infrastructure, who carries the financial risk, and how quickly commercial sectors can decarbonise.In this episode, you'll hear why the old “buy a solar system and hope it performs” mindset is being replaced by something far more aligned - developers putting up the capital, carrying the downside, and only winning when the customer wins. We dig into how solar-plus-storage now beats diesel on cost and resilience in many markets, why procurement processes often sabotage their own climate goals, and what separates successful projects from expensive disappointments. You might be surprised to learn how much hinges not on panels or batteries, but on load profiles, tariff structures, and whether an organisation actually knows what it wants.We also explore the future: a post-ITC world, the rise of data centres as demand engines, and unexpected benefits like agrivoltaics, including sheep producing better wool under solar arrays. It's a vivid reminder that decarbonisation isn't just an engineering exercise; it's a systems shift.

We're back with another episode in our series on the Missing Middle in Climate Tech in partnership with Spring Lane Capital. This is the fifth episode in the series. If you didn't catch the others, check out InvestedinClimate.com/series and you'll find our other episodes. If you have ideas for other series and would like to partner, get in touch through the website as well.The missing middle is a structural problem – a lack not only of available capital for climate companies, but also of the kinds of firms able to invest in them. New firms with new types of investment mandates are needed, and so I was thrilled to learn about a new fund called All Aboard. It's a truly innovative firm developed by someone who has long had his finger on the pulse of the world's biggest problems and boldest solutions. If you've ever watched a TED Talk you probably know Chris Anderson, who has led TED for the last 25 years. Chris is probably one of the best networked people on the planet, and that he decided to focus on building a new fund designed to address the missing middle in climate finance speaks volumes. Spring Lane Capital Partner and Entrepreneur in Residence Jason Scott gets credit for putting together this episode and joins us in what was a truly fascinating conversation. All Aboard reflects the type of creativity and ambition needed to fill a critical climate finance gap, and I think we all hope their model inspires you in some way. Enjoy.On today's episode, we cover:0:03:31 – Chris explains his shift to climate investing and TED's climate initiatives0:04:53 – Setting the stage: The funding gap in climate tech0:05:23 – Jason describes the three buckets of the "missing middle" and All Aboard fund's mission0:09:33 – Exploring the structural capital problem in the energy transition and limitations of current financial markets0:11:16 – Chris & Jason discuss scale challenges and why current investment models fall short for climate solutions0:14:12 – Impact of collaboration in the climate investing community, with examples from Spring Lane and All Aboard0:16:57 – Chris describes All Aboard: how convening and pooling investors can solve the missing middle0:22:42 – The role of “social proof,” building momentum and ecosystems around climate ventures0:25:12 – Fundraising goals for All Aboard and the scale of opportunity in climate tech0:29:00 – Recognizing growth and potential exits for climate companies; learning from historical performance0:31:14 – How companies may become eligible for All Aboard, criteria for selection, and the practical mechanics of funding0:34:51 – The necessity of both capital and sustained support for scaling climate solutions0:36:30 – Vision for the future: If All Aboard succeeds, expectations for climate tech and financial markets0:37:54 – Other approaches and financial innovations to address the missing middle0:40:24 – The role of government and public-private partnerships in de-risking and scaling clean tech0:42:56 – Closing remarksResources MentionedAll AboardSpring Lane CapitalInvested in Climate – Missing Middle seriesTED and TED Countdown

The Solar Car That Charges Itself While You Live Your LifeGrowing up, I always wondered: why can't cars just recharge themselves as we drive? Turns out, someone finally built exactly that.Robert Hoevers and his team at Squad Mobility created a solar-powered city car that does something brilliantly simple—it charges itself. There's a solar panel on the roof that continuously feeds the battery whether you're parked at the grocery store, sitting in your driveway, or cruising around town.The engineering is impressive, but the user experience is even better. For most people living in sunny climates—anywhere between 45 degrees north and 45 degrees south latitude (roughly Spain to South Africa)—you'll never need to find a charging station. Ever.Here's the reality: the average person drives about 12 kilometers a day for daily errands. School runs, grocery shopping, meeting friends. The Squad solar car has a 150-kilometer maximum range, and the sun replenishes what you use. You just drive it, park it, and forget about charging infrastructure entirely.This is what smart urban mobility looks like. It's street legal with proper crash structures, seat belts, and rollover protection. It tops out at 45 or 70 kilometers per hour depending on which model you choose—fast enough for city streets, not built for highways. In Europe, you only need a moped license for the slower version.The design sits somewhere between a golf cart and a Smart car, which makes perfect sense. Squad isn't trying to replace your family vehicle. They're solving the "second car" problem—those short daily trips where driving a massive SUV feels ridiculous.The market is responding. Squad Mobility has over 5,300 pre-orders and secured 1.5 million euros in European subsidies. They're currently crowdfunding on Republic to bridge the final gap before production starts in about a year.What surprised me most? Ten percent of their pre-orders come from American gated communities and golf cart neighborhoods. These communities already understand the value of compact, efficient vehicles for daily errands. Squad just made them solar-powered and street legal.Yes, you need consistent sunlight. If you live in perpetually cloudy climates, you'll still need to plug in occasionally. But for millions of people in sunny regions tired of hunting for charging stations or paying electricity bills to charge their second car, Squad Mobility built the obvious solution that somehow nobody else did.Sometimes innovation isn't about reinventing the wheel. It's about putting a solar panel on the roof and letting the sun do the work.This is the future of urban mobility, and it's arriving next year. Hosted by Simplecast, an AdsWizz company. See pcm.adswizz.com for information about our collection and use of personal data for advertising.

Max Altman is Co‑Founder & Managing Partner at Saga Ventures, a US$125 M early‑stage fund.  Before Saga Max was an investor with Apollo Projects, Hydrazine Capital and Altman Capital (where he helped deploy over US$500 M) into breakout names such as Rippling and Reddit. AGENDA: 03:55 – Venture Capital Is FULL of Tourists With Single-Digit IQs 06:20 – Inside the Madness of Parker Conrad: Genius, Chaos, and WTF Emails 10:35 – The Rippling Deal That Changed Everything 12:40 – Living in Sam Altman's Shadow: The Confession 17:30 – $200M Fund Mistakes: Max's Brutal Lessons From Hydrazine 22:05 – The $2B Reddit Return… and the $2B Left on the Table 25:00 – Why Climate Tech Is a Total VC Mirage 28:40 – The New Seed War: Can Anyone Survive Sequoia & Andreessen? 46:55 – Max's Boldest Predictions  

"La basura no existe; solo materiales que aún no encuentran su siguiente vida." En este episodio de Mujeres de Cambio en Climate Tech, conversamos con María Corcuera, fundadora de PLARMEX, una empresa que desde hace más de 30 años está transformando la industria del plástico desde adentro, apostando por materiales circulares, procesos regenerativos y tecnología que redefine lo posible. María nos comparte cómo inició su camino junto a los pepenadores para aprender a separar el PET, los desafíos de emprender en un sector dominado por grandes industrias, y la importancia de que más mujeres lideren la transición hacia un futuro sostenible. Desde la investigación hasta la manufactura, su trabajo demuestra que la innovación climática requiere visión, persistencia… y la valentía de cuestionarlo todo. Este episodio forma parte del programa Mujeres de Cambio en Climate Tech, impulsado por Fomento Social Banamex, la GIZ y Disruptivo.tv, que busca fortalecer el liderazgo de mujeres emprendedoras en toda América Latina que están desarrollando soluciones frente a la crisis climática. Escúchalo, inspírate y descubre cómo las mujeres están cambiando el futuro del clima.  

Send me a messageWhat if cutting emissions isn't enough, and never was?And what if the real lever we've been ignoring is regeneration, not reduction?This week I'm joined by Chad Frischmann, co-creator of Project Drawdown and founder of Regenerative Intelligence, for a conversation that goes right to the core of what the climate movement keeps getting wrong. We dig into why stopping global warming requires more than technology, pledges, or net-zero spreadsheets. It demands a full systems shift that places life, human and non-human, at the centre of every decision.You'll hear how Chad went from studying the history of propaganda at Oxford to mapping the most comprehensive catalogue of climate solutions ever assembled. We uncover why today's climate discourse has become strangely timid, how a tiny group of entrenched interests is still steering the global response, and why he believes we're entering the “death throes” of the old extractive economy.You might be surprised to learn that regeneration isn't just about soils or forests. Chad makes the case for regenerative energy systems, regenerative supply chains, regenerative finance, and explains how each one creates cascading benefits that ripple far beyond emissions. We explore food systems, supergrids, biodiversity, justice, and the uncomfortable truth that climate “risk” is no longer risk at all… it's reality.If you want a fresh, hopeful, deeply practical frame for the climate transition, this episode delivers it.

This content is for informational and entertainment purposes only, you should not construe any such information or other material as legal, tax, investment, financial, or other advice.----------------------------------------The All Aboard Coalition is a collaborative investment fund created by a group of established venture capital and private equity firms. It aims to raise $300 million by October and begin investing before the end of the year.Unlike early-stage seed funds, this one focuses on companies that already have validated technology and are now ready to expand into full-scale production.It will make equity or convertible equity investments between $100 million and $200 million per company.In simple terms, the All Aboard Coalition is positioning itself to fill the funding gap between early venture capital and large infrastructure financing, helping climate companies move from concept to commercial scale.Read full breakdown. ----------------------------------------Investing in Impact is powered by PIF Advisory — a global services firm empowering startups and enterprises with expert guidance, tailored solutions, and measurable results. Whether you're launching your first venture or scaling globally, PIF Advisory delivers full-cycle support across every core function of your business:Bookkeeping, Accounting & Tax Management – Organized, compliant, and transparent financials managed by licensed professionals (CPAs, CFAs, CMAs, and lawyers) to drive smarter decision-making.Growth & Marketing – Data-driven strategies across branding, web, advertising, CRM, and sales enablement—all optimized for measurable ROI.Outsourced CFO – Flexible financial leadership covering cash flow, forecasting, and strategic planning.Entity Management – Stay compliant and ready for scale with expert corporate governance and compliance support.Operations, HR & Admin – Streamlined infrastructure to boost team efficiency and keep your business running smoothly.IT & Security – Safeguard your data and operations with best-in-class infrastructure, compliance, and protection.Technology Consulting – Build the right tech stack with expert support across NetSuite, QuickBooks, Avalara, and more.Management Consulting – Unlock growth with industry-specific advisory services focused on metrics, operations, and scalability.As a sister company to PIF Capital Management, they also offer clients direct insights into venture capital and access to a global investor network—ranging from individuals to sovereign wealth funds.

Send me a messageMost people never think about industrial heat. Yet half of all manufacturing emissions come from it. My guest this week, Addison Stark, CEO and co-founder of AtmosZero, is on a mission to electrify one of the dirtiest, most overlooked pieces of infrastructure on Earth: the steam boiler.In this episode, Addison and I uncover how a technology unchanged since the 1860s can finally go clean. We talk about the hidden carbon footprint of steam, why “waste heat recovery” can actually slow progress, and how heat-pump boilers can cut industrial energy use in half while delivering zero-emission steam. You'll hear how his team's first installation at a Colorado brewery is already brewing beer with carbon-free heat, proof that decarbonisation doesn't have to mean disruption.We also explore the bigger picture: how electrified heat could transform everything from food and pharma to chemicals and cosmetics, why Europe's gas crisis is accelerating the shift, and what policy tweaks could make clean steam the default everywhere.If you've ever wondered how to decarbonise the “hard-to-abate” sectors, this is the episode you've been waiting for.

Galen Nelson, Chief Climate Officer at the Massachusetts Clean Energy Center (MassCEC) explains how the state is helping accelerate climate innovation through early-stage grants, equity investments, and infrastructure support. Galen outlines how MassCEC targets “market failures” where private investors hesitate—such as pilot and demonstration projects—and how these public investments help attract follow-on capital, inform policy, and build economic resilience. Galen shares examples across climate tech verticals including energy efficiency, carbon-intensive materials like cement, and urban heat resilience. He also discusses how MassCEC is responding to the shifting federal policy landscape, its new authority to fund climate adaptation technologies, and how the agency's public-private model balances innovation with accountability.

It's World Space Week, and we're fueling up the rocket for a tour of some missions and projects that could provide insights into major space mysteries. Astrophysicist Hakeem Oluseyi joins Host Flora Lichtman to celebrate the wonders of space science, from the recently launched IMAP, which will study the solar environment, to the new Vera Rubin Observatory, and big physics projects like LIGO. Plus, the latest in climate tech: MIT Technology Review has published its annual list of climate tech companies that show great promise in work ranging from producing sodium ion batteries to recycling rare earth magnets. Host Ira Flatow talks with climate reporter Casey Crownhart about trends in climate tech and what companies she's excited about.Guests: Dr. Hakeem Oluseyi is an astrophysicist and author of the upcoming book, Why Do We Exist? The Nine Realms of the Universe That Make You Possible, and host of the video podcast “Particles of Thought.”Casey Crownhart is a senior climate reporter for MIT Technology Review based in New York City.Transcripts for each episode are available within 1-3 days at sciencefriday.com. Subscribe to this podcast. Plus, to stay updated on all things science, sign up for Science Friday's newsletters.