Afleveringen
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Hello Earthlings! This week on Earthlings 2.0, we connect with Camus Energy, a company providing a cutting-edge grid orchestration platform designed to help utilities operate and build a reliable, affordable, and zero-carbon grid. Their technology platform enables utilities to navigate the transition to a two-way gridāone that integrates local renewable generation and customer flexibility to achieve decarbonization and affordability goals.
In this episode, Astrid Atkinson, CEO and co-founder of Camus Energy, discusses how their software integrates diverse data sources to provide utilities with a comprehensive view of their grid. She explains how this integration allows utilities to manage the growing complexity of distributed energy resources like rooftop solar, EV charging, and virtual power plants while also preparing for increasing loads due to electrification.
Key Points:
Utility Empowerment: Camus Energyās technology equips utilities with a comprehensive view of their grid, allowing them to optimize local resources.Data Integration: By consolidating information from multiple sources, Camus Energy facilitates seamless management of grid operations.Policy & Standards Matter: Data standardization and innovative policies are essential for scaling resilient and zero-carbon grid solutions.Climate Resilience: A stronger, more reliable grid is critical to withstand increasing climate-related disruptions, and swift action is required.
Voices on The Show: Astrid Atkinson, CEO and co-founder of Camus EnergyLinkedIn
Lisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:Camus Energy LinkedInš Calling all Earthlingsā¦
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Hello Earthlings! This week on Earthlings 2.0, we explore an exciting breakthrough in recycling with Emmanuel Ladent, CEO of Carbios, a French biotech company thatās revolutionizing how we handle plastic waste. As the world grapples with plastic pollution, Carbios has developed a game-changing enzymatic process that breaks down PET plastics and textiles to their base components, allowing for high-quality recycling without losing material integrity. Emmanuel explains how this biological solution is different from traditional methods and how it could provide a truly circular solution to the plastics and textile industries, paving the way for sustainable, waste-free production.
We also discuss how Carbios is helping the fashion industry transition from linear to circular, addressing the challenge of microplastics and waste in apparel. Through partnerships with global brands like L'OrƩal, NestlƩ, and PepsiCo, Carbios is making strides in creating closed-loop systems for plastic and textile waste, ensuring that materials are recycled back into products of the same quality as new ones. Emmanuel highlights how this technology could have a profound impact on reducing CO2 emissions and promoting sustainability in various industries.
Key Points:
Enzymatic Recycling Technology: Carbios uses a natural enzyme optimized to break down PET plastics and textiles into their basic components in just a few hours, offering a faster and more sustainable alternative to chemical recycling methods.High-Quality, Circular Recycling: Unlike traditional methods, Carbiosā process ensures that recycled materials are of the same quality as virgin plastic, creating a closed-loop system where plastics and textiles can be recycled repeatedly without losing quality.Sustainability and CO2 Reduction: The enzymatic process requires lower energy consumption compared to traditional recycling and offers a significant 90% reduction in CO2 emissions compared to virgin plastic production, making it a sustainable solution.Broad Industry Impact: Carbios is working with leading brands in cosmetics, food, and apparel to implement its technology, helping industries transition to a circular economy by recycling polyester and PET waste into high-quality, reusable materials.
Voices on The Show: Emmanuel Ladent, CEO of CarbiosLinkedInLisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:Carbios LinkedInš Calling all Earthlingsā¦
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Zijn er afleveringen die ontbreken?
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Hello Earthlings! Today, we're diving into a pioneering approach to carbon capture with direct air capture (DAC), a technology that pulls COā directly from the atmosphere. While DAC alone canāt reverse climate change, it could be instrumental in maintaining critical temperature limits if it scales up efficiently. Host Lisa Ann Pinkerton interviews Anca Timofte, CEO and co-founder of Holocene, whose innovative, low-energy DAC method has secured a $10 million contract with Google. Anca explains how Holoceneās process leverages chemical reactions to trap COā at low temperatures, maximizing efficiency and minimizing energy use. With plans for commercial-scale plants in the early 2030s, Anca envisions DAC as a crucial component in global carbon reduction efforts.
Restoring Our Faith in Humanity this week is the inspiring story of Mr. Trash Wheel, a solar and hydro-powered trash interceptor transforming Baltimore's waterways. This quirky, googly-eyed invention reminds us that every action counts in the fight for a sustainable future.
Key Points
Direct Air Capture (DAC) Technology: Anca Timofte, CEO and co-founder of Holocene, discusses how DAC can remove COā directly from the atmosphere. This technology isnāt a total solution to climate change but could play a crucial role in reducing atmospheric carbon if scaled effectively.Path to Commercialization: Holocene is preparing to scale its DAC technology with a commercial plant expected in the early 2030s. Anca outlines the stages of development, from pilot to demonstration plants, aiming for a meaningful impact on carbon capture capacity.Economic and Policy Drivers: The episode covers how financial tools, like the 45Q tax credit and government programs, such as DAC hubs, are supporting the growth of the carbon capture industry. These incentives aim to make DAC more viable and attract broader industry investment.Carbon Captureās Broader Impact: Beyond simply removing carbon, DAC could make COā a marketable commodity. This potential new market could incentivize further COā removal, showcasing DAC as a tool for both environmental and economic impact.
Voices on The Show: Anca Timofte, CEO and co-founder of HoloceneLinkedIn
Lisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:Holocene Linkedinš Calling all Earthlingsā¦
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Greetings Earthlings! This week on Earthlings 2.0, we explore the world of battery safety and renewable energy with Dr. Kai-Philipp Kairies, CEO and Co-founder of ACCURE Battery Intelligence GmbH, a leader in battery monitoring and safety. As the world moves toward cleaner energy and electric mobility, batteries play a central role, but with them come risks that need careful management. KP shares insights into why traditional battery management systems (BMS) are limited and how ACCUREās advanced, predictive battery analytics platform is closing the gap by detecting battery issues before they lead to costly and dangerous failures.
We also explore the larger picture of renewable energy's future, and how the need for efficient, safe, and scalable energy storage solutions is growing rapidly. KP provides fascinating examples, including the story of how their management system flagged a critical issue for an energy storage system operator on day one, allowing the operator to shut down a compromised battery before any incidents occurred, showcasing the technology's capability to prevent failures and enhance safety. This shows how renewable energy is becoming the pragmatic choice, even in traditionally fossil-fuel-dependent regions, signaling a broader shift in the energy landscape.
Key Points
Enhanced Battery Safety through Cloud-Based Intelligence: While traditional battery management systems are limited to basic safety, ACCUREās predictive battery analytics platform goes further by detecting patterns and outliers across millions of cells, providing more advanced and predictive safety monitoring.Proactive Fleet Safety and Management: ACCUREās technology is already helping transit fleets in cities like New York and Berlin identify and replace faulty batteries before they cause disruptions, demonstrating how data-driven monitoring is boosting reliability and safety for electric bus systems.Rising Demand for Renewable Storage Solutions: As AI and tech industries drive up electricity demand, storage solutions like batteries will be essential to harness and stabilize renewable energy, especially solar. KP underscores that pairing solar with storage can create cost-effective, firm power sources needed to meet growing demands.
Voices on The Show: Dr. Kai-Philipp Kairies, CEO and Co-founder of ACCURE Battery Intelligence GmbHLinkedIn: Dr. Kai-Philipp Kairies
Lisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:https://www.accure.net/š Calling all Earthlingsā¦
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Hello Earthlings! š This week on Earthlings 2.0, we dive into the deep blue with Professor Matthew England, an expert in ocean and climate dynamics. Our warming oceans are doing a lot of heavy lifting for us, absorbing over 90% of trapped heat from greenhouse gasses. But thereās a cost, and we're already seeing a 30% slowdown in the critical Atlantic overturning circulationāa shift climate scientists once thought would take another 100 years!
Together, we explore how this slowdown affects everything, from extreme weather patterns to coral reefs and fisheries. Professor England explains the complex and pressing implications of ocean acidification, sea level rise, and the future of our climate systems. Yet, he ends on a hopeful note, predicting a tipping point in global energy transition, away from fossil fuels, that could shift humanity onto a path toward a more sustainable future.
Key Points
Accelerated Ocean Circulation Slowdown: The Atlantic overturning circulation has already slowed by 30%, a shift scientists initially predicted would happen closer to the end of the century. This slowdown has significant impacts on global climate, contributing to extreme weather and heat retention in tropical oceans.Warming Oceans and Increased Storm Intensity: Our oceans absorb more than 90% of the excess heat from greenhouse gasses, intensifying storms and contributing to the rapid escalation of hurricanes, with categories intensifying quickly.Ocean Acidification and Marine Life Stress: Oceans are acidifying due to increased COā absorption, which weakens the shells of marine life and disrupts ecosystems, notably causing frequent coral bleaching events.Disruptions to Global Weather Patterns: Slower ocean circulation is shifting weather patterns, affecting rainfall distribution and altering agricultural suitability worldwide. This may lead to unpredictable food production areas and extreme weather where itās least expected.
Voices on The Show: Professor Matthew England, Professor of Ocean and Climate Dynamics at the University of New South Wales Center for Marine Science and InnovationUNSW Profile
Lisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:NOAA - Climate Change and Hurricanes
š Calling all Earthlingsā¦
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Hello Earthlings! This week, we're exploring the critical role of soil carbon measurement in combating climate change with Tom Sadan, Senior Business Development Consultant at Agricarbon, a company pioneering the field of soil carbon measurement and restoration. By utilizing advanced robotics, Agricarbon conducts large-scale soil carbon audits that support regenerative farming and carbon sequestration efforts.
Soil, often called a "hidden hero" in the fight against climate change, is a massive carbon sink capable of sequestering billions of tons of CO2. However, its benefits remain elusive, buried below ground, making accurate measurement and verification a challengeāuntil now. In this conversation, Tom highlights the growing financial incentives, with carbon credits that could be reach up to $100 per tonne, making regenerative farming a profitable option.
Key Points
Scalable Soil Carbon Measurement: How Agricarbon's streamlined lab process is transforming soil testing efficiency, enabling farmers to adopt regenerative practices faster.Financial Incentives for Farmers: Exploring the growing profitability of carbon credits, now reaching up to $100 per tonne, and how it motivates farmers to sequester more carbon.Regenerative Agriculture's Climate Role: How soil, as a key carbon sink, is emerging as a natural solution to climate change, often outperforming engineered alternatives like direct air capture.Carbon Markets on the Rise: The expanding ecosystem of carbon credits and how farmers can capitalize on increasing demand to boost revenue while improving soil health.
Voices on The Show: Tom Sadan, Senior Business Development Consultant at AgricarbonLinkedIn
Lisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:https://www.agricarbon.co.uk/
š Calling all Earthlingsā¦
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Hello Earthlings! This week, we journey into the world of clean energy advocacy and climate policy with Julia Pyper, co-host of the Political Climate podcast and Vice President of Public Affairs at Grid Leap. Together with host Lisa Ann Pinkerton, they delve into the growing bipartisan support for clean energy and the impact of the Inflation Reduction Act (IRA). Julia shares how framing climate issues as local concerns, like job creation and economic benefits, is shifting voter perspectives across the political spectrum.
We also discuss how policies, like transmission reform and energy infrastructure, are evolving to support the clean energy transition. Whether it's large-scale manufacturing or local community benefits, this episode explores the tangible ways that clean energy is impacting lives today.
Key Points
Bipartisan Climate Action: How clean energy is gaining support from both Republicans and Democrats, transforming political landscapes.The Inflation Reduction Act (IRA): Exploring the long-term impacts and challenges in sustaining this landmark legislation.Localizing Climate Issues: How focusing on local job growth and economic benefits can drive action on clean energy.Transmission Reform: The ongoing battle to upgrade U.S. energy infrastructure and the importance of permitting reform in clean energy projects.
Voices on The Show: Julia Pyper, Vice President of Public Affairs at Good Leap and Co-Host of The Political Climate PodcastLinkedin Lisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:Political Climate PodcastPolitical Climate DNC dispatches: DNC dispatches: Itās the climate economy, stupid!DNC dispatches: Navigating Americaās skyrocketing energyPolitical Climate RNC dispatches: RNC dispatches: The GOPās nascent climate pivotRNC dispatches: The fate of the IRAEarthlings 2.0 Podcast Episodes Mentioned: -
Hello Earthlings! For this weekās episode, we take a deeper look into a fascinating new realm of Earth observation, not from outer space but from the "low sky." We are joined by Keith Miao, the CEO of Birdstop, a company pioneering the use of autonomous drones to monitor critical infrastructure. These drones operate beyond visual line of sight (BVLOS) at low altitudes, providing high-detail monitoring at scale. This technology has immense potential to enhance how we monitor power grids, telecom networks, and even respond to natural disasters like wildfires and hurricanes.
We explore how Birdstop's constellation of drones delivers the best of both worlds: the comprehensive coverage of satellite imagery and the fine detail you'd expect from on-the-ground inspections. Keith shares his journey from working at Google on real-time decision-making models to launching Birdstop, along with insights on the future of drone-based infrastructure monitoring.
Key Points
Low Sky Observation: How Birdstopās drone-based solution fills the gap between satellite and ground-level inspections by offering detailed, scalable data.Beyond Visual Line of Sight (BVLOS): Unlocking the potential of drones to operate remotely without the need for human operators on-site.Critical Infrastructure: How Birdstop helps monitor power grids, telecom networks, ports, and airports, allowing companies to remotely assess and address issues before they become larger problems.
Voices on The Show: Keith Miao, CEO of BirdstopLinkedin Lisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:https://www.birdstop.io/š Calling all Earthlingsā¦
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Hello Earthlings! For this weekās episode, we dive deep into the evolving world of agriculture and agritech with Venky Ramachandran, the visionary behind Agribusiness Matters. Joining us from Hyderabad, India, Venky shares insights on the transformative technologies shaping food production systems amidst climate change and market volatility. His firm and popular newsletter provide a global snapshot of agritechās digital transformation and its impact on farmers worldwide.
We explore key topics, including the differences in technological adoption on a global scale, the role of mechanization in addressing labor shortages, and the ongoing debate between optimizing nature versus understanding its complexity.
This week, our faith in humanity is renewed by the remarkable leadership of India's Prime Minister Narendra Modi, former Minister of Railways Piyush Goyal, and former Chairman of the Railway Board Vinod Kumar Yadav. Together, they spearheaded the electrification of nearly all of India's railways, delivering this transformative project on time. This monumental achievement not only significantly reduces the railway's carbon footprint but also serves as a global model for sustainable infrastructure.
Key Points
Shifting to Economies of Scope: Venky discusses the importance of moving from large-scale monoculture to diversified farming, where farmers grow a variety of crops and are compensated based on quality, fostering resilience in food systems.Farmers' Adaptation and Decision-Making: Farmers are clear about their needs from technology and adapt to new innovations each season, despite challenges like labor shortages and market volatility. They focus on practical solutions with a clear value proposition.Agriculture's Role in a Changing World: With the rise of climate change and shifting economic paradigms, there is a growing re-evaluation of agriculture's role, including a potential reversal of the long-held belief that fewer farmers are needed as economies grow.
Voices on The Show: Venky Ramachandran, Agritech Analyst, Consultant and Researcher at Agribusiness Matters Linkedin
Lisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:https://www.agribizmatters.com/
š Calling all Earthlingsā¦
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Hello Earthlings! In this episode of Earthlings 2.0, we explore the future of renewable energy with Trenton Cladouhos, Vice President of Geothermal Resource Development at Quaise Energy. He shares how Quaiseās gyrotron-powered drilling technology is breaking new ground by vaporizing rock to reach extreme depths, making geothermal energy viable in areas where it was previously impossible. This innovation could provide a limitless source of clean, baseload energy, transforming how we power the world by tapping into the Earthās heat more efficiently.
We also discuss how this breakthrough could scale geothermal energy globally and repurpose existing fossil fuel infrastructure to accelerate the shift to sustainable energy. With its potential to reshape energy production, Quaise Energy's approach offers hope for a future where geothermal power becomes a mainstream, globally accessible resource.
Key Points
Breakthrough Geothermal Technology: Quaise Energy's gyrotron-powered drilling can reach unprecedented depths by vaporizing rock, unlocking geothermal energy in areas previously unsuitable for it.Scalable, Clean Energy: This innovation could provide a limitless, sustainable power source, repurposing existing fossil fuel infrastructure to accelerate the transition to renewable energy.Global Impact: Quaiseās approach could make geothermal energy viable worldwide, transforming it into a mainstream, baseload energy resource accessible across diverse geographies.
Voices on The Show: Trenton Cladouhos, Vice President of Geothermal Resource Development at Quaise EnergyLinkedin
Lisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:Quaise Energy: https://www.quaise.energy/
š Calling all Earthlingsā¦
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Hello Earthlings! In this episode of the Earthlings 2.0 podcast, we tackle the multifaceted issue of pronatalism and its global impact. Rachel M. Cohen, a policy correspondent for Vox, joins us to explore why declining birth rates, once seen as a challenge for other regions, are now affecting the U.S. and many countries with traditionally higher birth rates. We discuss the economic and social ramifications, including potential strain on welfare systems, increased unemployment, and intergenerational conflicts as fewer young people are available to support an aging population.
Throughout the discussion, we examine various approaches to address decreasing population growth rates, such as financial incentives, improved childcare systems, and better housing policies. Additionally, we explore the role of immigration as a temporary solution, the evolving cultural attitudes toward family life, and the broader societal expectations. Finally, Rachel offers insights into potential solutions and policy changes that could help balance the challenges posed by declining birth rates.
Restoring our faith in humanity this week is Alejandro Ramon, who leads the "Requiem in Power" project, transforming Valencia's cemeteries into Spain's largest urban solar farm by installing 7,000 panels to reduce carbon emissions and demonstrate innovative land use for sustainable energy.
Key Points
Economic and Social Challenges: As global birth rates decline, countries face potential economic problems due to shrinking labor forces that support welfare and pension systems, leading to increased unemployment, poverty, and intergenerational conflict. Pronatalism advocates argue that a growing population is essential for economic stability and innovation.Impact of Social Factors: Rising child care costs, poor public education systems, student loans, and high housing costs contribute to the decision to delay or forego having children. Supportive policies and financial incentives could make it easier for those who want to have children to do so.Cultural Shifts and Policy Response: There is less social stigma around not having children compared to previous generations. While some countries have implemented supportive policies, like generous parental leave and affordable child care, no country has yet reversed a decline in birth rates solely through financial incentives.
Voices on The Show: Rachel Cohen, Policy Correspondent for VoxLinkedin
Lisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:The movement desperately trying to get people to have more babiesš Calling all Earthlingsā¦
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Hello Earthlings! In this episode of the Earthlings 2.0 podcast, we shine our tech spotlight on Blip Energy, a pioneering startup making smart home batteries available to millions of homes, particularly those often excluded from energy innovation. Host Lisa Ann chats with Sophia Wennstedt, CEO and co-founder of Blip Energy, about how her company is creating affordable, renter-friendly energy storage solutions.
Sophia shares her personal journey that led to the creation of Blip Energy, inspired by the lack of energy storage solutions for renters living in apartments or multi-unit buildings. Learn how Blipās innovative battery system, which plugs directly into a regular wall outlet and connects to Wi-Fi, is helping consumers save money on their energy bills by intelligently managing when to charge and discharge power. We also dive into the larger impact of Blip Energy's mission, from reducing reliance on fossil fuel peaker plants to supporting grid stability.
Discover how Blip Energy is piloting their product with utilities and commercial buildings, and how they plan to roll out their solution to a broader audience in the near future!
Key Points
Blip Energy's Mission: Making energy storage accessible to those who are typically left out of energy innovations, such as renters in multi-unit buildings.Product Overview: Blipās standalone battery system is a simple plug-and-play device that can significantly reduce electricity costs by storing energy when it's cheaper and using it when it's more expensive.Grid Impact: How Blip Energy helps reduce the need for fossil fuel peaker plants and supports grid stability during high-demand periods.Future Plans: The company is currently in the pilot phase with utilities and commercial buildings, aiming for a full commercial launch by late 2025 or early 2026.
Voices on The Show: Sophia Wennstedt, CEO and co-founder of Blip Energy Linkedin
Lisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:Blip Energyš Calling all Earthlingsā¦
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Hello Earthlings! For this weekās episode, we talk with Patrick Macdonald-King, CEO of Greenlane, who sheds light on the transformative potential of electrifying freight routes. With strategic partnerships from industry giants like Daimler, NextEra, and BlackRock, Greenlane is leading the charge in revolutionizing the trucking industry by developing EV infrastructure across key freight corridors.
Join us as we explore how Greenlane is leveraging Daimlerās 43% market share in medium and heavy-duty trucks to electrify the critical route from the Port of Los Angeles to Las Vegas. Patrick takes us through the phased approach of establishing strategically located Greenfield sites, complete with state-of-the-art amenities, to create a superior experience for truck drivers.
This new wave of EV truck stops promises to be the "Apple of truck stops," offering modern, safe, and efficient facilities designed to encourage the transition to electric vehicles.
In Restoring Our Faith in Humanity, weāre spotlighting Karl von Kries, founder of Light Manufacturing, who created portable, solar-powered factories that can produce essential plastic products anywhere in the world. These innovative mini-factories offer a sustainable solution for disaster relief and rural development, providing critical resources at a lower cost and with minimal environmental impact.
Key Points
Electrification of Freight Routes: Greenlane is developing EV infrastructure along key freight corridors, leveraging Daimler's 43% market share in medium and heavy-duty trucks to electrify the route from the Port of Los Angeles to Las Vegas, with strategically located charging sites.Data-Driven Strategy: The company uses telematics data from Daimler and Uber Freight to optimize the placement of charging stations, ensuring that the infrastructure meets the needs of freight operators while minimizing range anxiety for drivers.Superior Driver Experience: Greenlane's new EV truck stops are designed with modern amenities, safe facilities, and advanced technology platforms to provide a better experience for truck drivers, encouraging the transition to electric vehicles.Industry Collaboration and Market Position: With strategic partners like Daimler, NextEra, and BlackRock, Greenlane is well-positioned to lead the electrification of the trucking industry, setting itself apart from competitors by combining deep expertise, comprehensive funding, and innovative infrastructure development.
Voices on The Show: Patrick Macdonald-King, CEO of Greenlane Linkedin
Lisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:Drive Greenlaneš Calling all...
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Hello Earthlings! In this weekās Tech Spotlight, we feature BrainBox AI, a company at the forefront of using artificial intelligence to revolutionize energy efficiency in commercial real estate, starting with the most energy-intensive systemsāHVAC.
Our host Lisa Ann is joined by Sam Ramadori, CEO of BrainBox AI, a pioneer in leveraging AI to create intelligent, self-adapting building systems. Sam shares how BrainBox AI's technology can reduce energy consumption in commercial buildings by 28%, making a significant impact on both the environment and operational costs.
Join us to learn how BrainBox AI is leading the charge towards smarter, more sustainable buildings that are better for the planet and the bottom line.
Key Topics:
AI-Driven Energy Optimization: BrainBox AI uses artificial intelligence, specifically autonomous AI, to optimize energy consumption in commercial buildings, focusing initially on HVAC systems. Scalability and Flexibility: The AI technology is flexible and can be applied to various building types, from small retail stores to large airports.Significant Impact and ROI: BrainBox AIās technology can reduce electricity consumption by about 25% and gas consumption by 34%, leading to a 28% reduction in greenhouse gas emissions.Data Utilization: The system gathers extensive data on building operations, which can be used to make informed decisions about maintenance and further efficiency improvements.
Voices on The Show: Sam Ramadori, CEO of BrainBox AILinkedin Lisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:BrainBox AILinkedinš Calling all Earthlingsā¦
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Hello Earthlings! Welcome aboard our proverbial spaceship to another Earthlings 2.0 rerun! This August, in the last month of summer, we have experienced Earth Overshoot Day ā a time that marks when humanityās demand for ecological resources and services in a given year surpasses what Earth can regenerate in that same time frame. To address the need for humanity to re-evaluate our actions towards climate change, todayās rerun features Dr. Aaron Thierry, who discusses the benefits and challenges involved in climate activism.
In this conversation, Aaron and Lisa Ann explore the multifaceted world of climate science, from the nuances of online advocacy to active, on-the-ground involvement and the crucial influence of science in shaping the planet's destiny with scientists stepping up to drive real change.
Aaron shares his insights on why this shift towards activism is essential, highlighting the obstacles he has encountered along the way. Together, Aaron and Lisa Ann navigate the intricate landscape of climate science, unraveling the complexities from virtual engagement to taking to the streets.
Finally, this week, our faith in humanity was restored by 11-year-old activist Kamea Ozane from Sulphur, Louisiana, or, unfortunately, better known as āCancer Alley.ā Kamea Ozane, along with her mother Roishetta, is raising awareness of the harmful health effects of living near fossil fuel plants. We commend Kamea, Roishetta, and all those who are fighting the good fight in reminding us of our ability to instigate change.
Key Topics:
Climate activism and scientists' roles in social movementsThe benefits and drawbacks of climate activism and its effectivenessWhy Climate activism is important for scientistsThe importance of transitioning to a sustainable societyVoices on The Show:
Aaron Thierry, Researcher at Cardiff Universityās School of Social SciencesWales Institute of Social and Economic Research and Data (WISERD) BioLisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and SustainabilityWeb Resources
Climate Action Network US Climate Store List of Top 50 Climate Groups for 2023Restoring Faith in Humanity Spotlight: Kamea Ozane
š Calling all Earthlingsā¦
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Hello Earthlings! In this weekās episode, we dive into a fascinating intersection of science, technology, and the future of carbon-free chemicals and fuels - all through the power of light.
Our host, Lisa Ann Pinkerton, is joined by Trevor Best, CEO and co-founder of Syzygy Plasmonics. Trevor explains how Syzygy is revolutionizing the chemical manufacturing industry by eliminating combustionāa process that contributes over two gigatons of CO2 annually. By using a groundbreaking technology based on plasmonic photocatalysis, Syzygy has developed a light-driven chemical reactor that can decarbonize hard-to-abate sectors.
The word "syzygy" might sound like an obscure term, but it represents the alignment of three critical forces shaping our future: energy, technology, and sustainability. Just like the perfect alignment during an eclipse, these three elements converge to create Syzygy, a company at the forefront of industrial decarbonization.
Tune in to learn how Syzygy's innovative approach is not only reducing emissions but also turning greenhouse gasses into valuable fuels.
Our faith in Humanity is restored this week by Laxman Singh, who when he was 18, he returned to his home village of Lapodia, India and discovered his friends and family were suffering acute water scarcity. Laxman set out to expand the pond himself with a few friends. By the end of the week, 20 villagers had joined the cause. Two months later, the monsoons came and rainwater filled the pond for the first time in decades.
Key Topics:
Efficient Plasma Technology: Syzygy is developing a Rigelā¢ photoreactor and proprietary photocatalyst technology designed to convert chemical reactions into more energy-efficient processes, particularly for hydrogen production and other chemical processes.Environmental Impact: The technology has the potential to significantly reduce carbon emissions by replacing conventional, energy-intensive industrial processes with more sustainable methods.Scalability and Versatility: Syzygy's plasma technology is scalable and can be applied across various industries, making it versatile for different applications beyond hydrogen production, including ammonia synthesis and CO2 conversion.Market Disruption Potential: By lowering energy consumption and operational costs, Syzygy's technology could disrupt traditional chemical manufacturing, leading to more sustainable industrial practices and influencing market dynamics.
Voices on The Show: Trevor Best CEO and co-founder of Syzygy PlasmonicsLinkedin Lisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:Syzygy Plasmonics -
Hello Earthlings! In this weekās Tech Spotlight, we feature a company that says the fastest way to get carbon out of aviation isn't electric or hydrogen, but instead hybrids, similar to how hybrid cars were a precursor to electric cars.
Our host Lisa Ann is joined by Kevin Noertker, CEO and co-founder of Ampaire, a leader in developing hybrid electric propulsion for aircraft designed specifically to reduce emissions, noise, and operational costs. Prior to founding the company, Kevin held various roles in engineering at Northrop Grumman and got his start as an undergraduate research fellow at NASA's Jet Propulsion Laboratory.
Join us to learn about how Ampaire has completed over 30,000 miles of successful test flights and proven that itās possible to run their propulsion system on 100% SAFs produced from electricity and carbon dioxide.
Key Topics:
Hybrid Electric Propulsion for Aviation: Ampaire is developing hybrid electric propulsion systems for aircraft, which combine combustion engines with electric systems. Operational Benefits and Flexibility: The hybrid system provides significant fuel savings, approximately 50%, by using electric power for takeoff and climb and combustion engines for cruising. Regulatory and Market Acceptance: Hybrid electric systems are expected to gain faster regulatory approval and market acceptance than fully electric or hydrogen-powered planes.Economic and Social Impact: The adoption of hybrid electric propulsion is anticipated to lower operational costs, which could benefit airlines and passengers.
Voices on The Show: Kevin Noertker, CEO and co-founder of AmpaireLinkedinļ»æ
Lisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:AmpaireLinkedinš Calling all Earthlingsā¦
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Hello Earthlings! Weāre continuing our summer scheduling with another Earthlings 2.0 rerun! With the Paris 2024 Olympic games currently underway, we thought of revisiting our conversation with Gene Gebolys, founder and CEO of World Energies. As the world gathers for this grand event, the carbon footprint associated with air travel becomes a significant concern.
This episode discusses the nuances of sustainable aviation, from fuel performance to the tokenization of emission reductions, and how these initiatives pave the way for a greener future in aviation and beyond.
Picking up from our previous discussion in S2E3: Flying the Sustainable Skies, we dive deeper into how the aviation industry is tackling sustainability, especially through SAFs. With global aviation contributing approximately 2.1% of all human-induced CO2 emissions, the importance of this conversation has never been more pressing. We also explore the industry's informal goal of achieving net zero by 2050 and the interim solutions offered by SAFs as we await the certification of electric or hydrogen planes.
In this episode, our "Restoring Faith in Humanity" segment takes us to Japan, where a poignant story unfolds about a man's final journey with his late wife's ashes. A flight attendant's compassionate gesture of moving the ashes to an adjacent seat illustrates the profound impact of human kindness and empathy
Key Topics:
Analysis of aviation's contribution to global CO2 emissions and the urgency for change.The industry-wide objective is to achieve net-zero carbon emissions by the year 2050.A historical perspective on the evolution of SAFs, from Virgin Atlantic's initial use in 2008 to recent transatlantic flights powered solely by SAFs.The critical role of SAFs in decreasing lifecycle emissions, includes production, transport, and utilization impacts.The concept of tokenization in emission reductions and its potential to transform the economics of sustainable fuel adoption.Projections for the future development and increased utilization of SAFs in the aviation industry.Voices on The Show:
Gene Geboyls, CEO of World EnergyLinkedInWE X: @NewsWorldEnergy WE Instagram: @officialworldenergyWE Linkedin: World Energy, LLCWE Facebook: World EnergyLisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in... -
Hello Earthlings! In this weekās episode, we dive deep into one of the most carbon-intensive industries on the planet: cement production. Cement is a crucial component of concrete, the second most consumed material on Earth after water, and its production accounts for approximately 8% of global carbon emissions.
Our host Lisa Ann is joined by Ryan Gilliam, CEO and co-founder of Fortera, a company at the forefront of the green cement revolution. Ryan shares his journey from a PhD in fuel cell design to becoming a leader in the clean tech industry. Forteraās innovative technology transforms traditional cement production processes, significantly reducing carbon emissions while leveraging existing infrastructure.
Learn about the history of cement, its environmental impact, and how Forteraās low-carbon cement solutions can potentially change the landscape of the industry.
Restoring our faith in humanity this week is the remarkable achievement of two high school seniors from New Orleans, Kelsey Johnson and Nakia Jackson. These students made a groundbreaking mathematical discovery by finding a new proof for the Pythagorean theorem using trigonometry, a feat previously thought impossible by mathematicians for over 2000 years. This accomplishment not only showcases the immense potential of young minds but also serves as a testament to the power of dedication and innovation in overcoming long-standing academic challenges.
Key Topics:
Cement Production and Carbon Emissions: This episode discusses how traditional cement production is highly carbon-intensive, accounting for around 8% of global carbon emissions.Forteraās Low-Carbon Cement Technology: Ryan Gilliam explains Forteraās innovative approach to reducing carbon emissions in cement production by using a technology that mimics natural processes.Challenges in Scaling Green Cement: The conversation explores the difficulties and strategies involved in integrating Fortera's technology into existing cement production infrastructure.Future of Sustainable Construction: The episode envisions a future where low-carbon cement solutions are widely adopted, significantly reducing the environmental impact of the construction industry.
Voices on The Show: Ryan Gilliam, CEO and co-founder of Fortera Linkedin
Lisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and Sustainability
Web Resources:ForteraLinkedinš Calling all Earthlingsā¦
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Hello Earthlings! Weāre continuing our summer scheduling with another Earthlings 2.0 rerun: Mast Reforestation with Grant Canary, the visionary CEO behind Mast Reforestation. As of this week, over 1.6 million hectares of forest around the world has been lost to wildfiresā and thatās just in 2024 alone! We need these forests to regrow if we want any hope of turning back the worst effects of climate change and thatās why weāre revisiting our conversation with Grant surrounding new technologies and business models that can help ensure forests to regrow.
Reforestation stands as a powerful weapon in our arsenal against climate change, and Grant passionately elaborates on its transformative impact. Discover the manifold benefits this practice offers to our planet while exploring the cutting-edge technologies Mast Reforestation employs. From pioneering drone applications to boots-on-the-ground strategies, these innovations are pivotal in fortifying our planet's resilience against carbon emissions.
Our faith in humanity was restored by Dominica Prime Minister Roosevelt Skerrit. The Prime Minister has officially declared a marine reserve spanning approximately 300 square miles (or 800 square kilometers), a critical habitat known to be the only place on Earth where sperm whales congregate year-round for breeding purposes. This marine sanctuary, by prohibiting commercial shipping and fishing activities, offers a much-needed refuge for sperm whales. Scientists highlight that this initiative is not only beneficial for these majestic creatures but also plays a vital role in combating the climate crisis due to the essential nutrients that sperm whales contribute to the ocean ecosystem through their deep-water dives.
Key Topics:
Supply chain challenges in reforestation The Four Pillars of reforestation strategy- sourcing the seed, using software for seed collection organization, growing seeds into seedlings efficiently, and the logistics of planting these seedlings on-siteAdvanced techniques and technologies in reforestation, such as sophisticated greenhouses and software for managing seed collections The future of the world's forests in the face of ongoing climate change and the essential role of reforestation in mitigating its impactsVoices on The Show:
Grant Canary, CEO of Master ReforestationLinkedInLisa Ann Pinkerton, Earthlings 2.0 Host, CEO of Technica Communications, and Founder of Women in Cleantech and Sustainability LinkedIn: Lisa Ann PinkertonX - Lisa Ann Pinkerton Instagram - @LisiAnniTechnica Communications Women in Cleantech and SustainabilityWeb Resources
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