Energy Tech Startups

Jason sits down with Pranav Tiwari, CEO & Founder of ENP Technologies. Dive deep into the fascinating world of industrial metadata standardization and discover how Pranav’s groundbreaking product, Unique, is revolutionizing the oil and gas sector. 🔍 **Key Takeaways:**- **The Backstory:** Pranav’s journey and the spark behind Unique.- **The Problem:** The critical gap in industrial metadata and its impact on operations.- **AI to the Rescue:** How Unique uses blockchain and AI to automate and standardize industrial equipment data.- **Industry Insights:** Challenges and opportunities in the energy tech sector.- **A Contrarian Approach:** Why blockchain is the ideal solution for data transparency and reliability.- **The Future:** The potential of Unique to transform global industrial markets.💡 **Guest Bio:**Pranav Tiwari, a visionary leader in the energy tech space, founded ENP Technologies with a mission to solve the persistent challenges in industrial metadata. With a solid background in capital projects and a track record of innovation, Pranav is leading the way in creating a universal standard for industrial equipment data.LinkedIn: https://www.linkedin.com/in/tiwaripranav/UNIIEQ Product: https://www.uniieq.com/0:00 - Intro0:14 - What is Unique6:22 - Origin of Unique Idea13:16 - Unique Product Data Collection16:03 - Why Blockchain Technology20:32 - Proprietary Data Concerns26:38 - Centralized Information for End-of-Life Products28:37 - Centralized Information for Capital Projects31:11 - Centralized Information for Skids37:23 - Funding the Business40:38 - Coin Offerings Explained46:50 - Incentivizing Information Sharing50:22 - Houston Innovation Ecosystem54:55 - How to Find UNIQ56:38 - Connect with Pranav TiwariFind us here👇🏼https://digitalwildcatters.com/https://www.instagram.com/digitalwildcatters/https://twitter.com/DWildcattershttps://www.tiktok.com/@digitalwildcattershttps://www.facebook.com/digitalwildcatters Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

In this episode of the Energy Tech Startups Podcast, we uncover new business models for decarbonizing legacy oil and gas systems.  Chris and Jason share their revolutionary process which can transform waste into valuable energy, all while reducing greenhouse gas emissions.**Key Takeaways:**- Discover how Renu Energy Services is capturing and monetizing waste and converting them into useful energy.- Learn about the AI technology elevating operations and reducing environmental impact.- Understand the complexities and opportunities in turning waste into energy.- Gain insights into the future of modular and scalable energy solutions.**The Backstory:**Chris Westmoreland's journey with Renu Energy Services began with a mission to clean up greenhouse gases and turn them into profitable ventures. Jason Wozniak brings his extensive industrial gas background to the table, merging innovative technology with practical experience.**The Problem:**With the world facing significant environmental challenges, the need for efficient waste-to-energy solutions has never been greater. Traditional methods are often costly and space-consuming, leading to inefficiencies and environmental harm.**AI to the Rescue:**By integrating AI technology at a massive plant-level scale, Renu Energy Services and Longhorn Energy Group are pioneering a smarter, more efficient way to handle waste streams. This technology not only decarbonizes processes but also enhances operational efficiency, making it a game-changer in the energy sector.**Industry Insights:**Chris and Jason delve into the intricacies of the oil and gas sector, exploring how their technology can be applied to both new and existing sites. They discuss the financial and engineering challenges, as well as the potential for global scalability.**The Future:**The vision is clear – to create a sustainable, eco-friendly future where waste is a resource, not a burden. With projects ranging from local sites to potential global applications, the possibilities are limitless.**Guest Bio:**Chris Westmoreland, CEO of Renu Energy Services Inc., brings over 30 years of experience in engineering and environmental solutions. Jason Wozniak, Owner of Longhorn Energy Group LLC, merges his expertise in industrial gases and nuclear power to drive innovative energy solutions.CHAPTERS:0:00 - Intro0:22 - What is Renew Energy Services3:05 - Scale of the Process5:18 - Waste Processing Capacity6:49 - Uses for Process Outputs14:35 - Understanding the Compost Market18:04 - Project Size Considerations21:00 - Financial Basis for Projects22:30 - Overview of Glen Park Facility24:30 - Green Premium Explained27:20 - Understanding Midstream Projects27:50 - Oil Market Journey31:20 - Payment Structures34:08 - Market Entry Strategies38:30 - Oil Utilization40:26 - Long-term Vision for Energy Projects46:28 - Upcoming Stumbling Blocks49:22 - Realizing the Waste Problem52:35 - Significance of the Carbon Cycle57:30 - Supporting Renewable Energy58:44 - How to Get Involved58:58 - Where to Learn MoreLearn more here:Chris Westmoreland: https://www.linkedin.com/in/chris-westmoreland-cwi/Jason Wozniak: https://www.linkedin.com/in/wozniakjason/Renu: https://www.renuenergyservices. Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

We sit down with Casey Martinez, CEO and founder of Clean Incentive, a startup working to optimize the deployment of renewable energy projects for maximum carbon impact. Here are some of the key points covered:The challenge of renewable curtailment when projects are built far from demand centers due to transmission constraintsClean Incentives blockchain solution to tokenize renewable energy certificates (RECs) with marginal emissions dataHow this provides transparency into the actual emissions avoided for each MWh of renewable generation based on time and locationAllowing corporate energy buyers to match their consumption emissions with verified emissions reductionsContrasting their approach with proposals for 24/7 hourly energy matching from renewables, which Casey views as inefficient capital deploymentCasey's journey from managing renewable asset performance to founding Clean Incentive after seeing the market gapThe difficulties of being a climate tech startup founder raising capital in Houston's energy investment ecosystemCasey's view that positive market incentives are better than punitive carbon taxes for driving the energy transition Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

We dive into how Houston, Texas, is spearheading the energy transition, becoming a hub for innovation and collaboration among entrepreneurs and industry giants. Join us as we explore the significant role Houston plays in developing technologies aimed at reducing emissions and creating a sustainable energy future. Our guest, Sameer Soleja, CEO and founder of Molecule Software, shares his expertise on the complexities and technological advancements in energy and commodity trading.Houston's Pioneering Role: Discover how Houston is leading the energy transition, with entrepreneurs and industry leaders collaborating to tackle the challenges of climate change and emission reduction. The city’s strategic initiatives involve high financial stakes and are focused on scaling technology applications in the market.Inside Molecule Software’s Innovative Platform: Sameer Soleja discusses the functionalities of Molecule Software, which streamline the trading of energy and commodities. Unlike traditional ERP systems, these platforms offer advanced features like modeling forward exposure and managing diverse commodities, including the intricacies of electricity trading.Challenges in Electricity Trading: Learn about the unique challenges of trading electricity, a commodity that requires precise handling due to its 15-minute trading increments and the necessity for digital standardization. The platform's evolution reflects a shift towards more efficient and standardized trading practices.Technological Shifts in Trading Platforms: The episode covers the transition from on-premise, single-tenant software to modern, cloud-based, multi-tenant systems. This change enhances flexibility, simplifies updates, and allows for extensive customization, helping companies adapt to rapidly changing market conditions.Future Trends in Energy Trading: Sameer Soleja shares insights into the increasing importance of renewable energy certificates and carbon credits. As regulatory and voluntary environmental commitments grow, Molecule Software is evolving to include features that support these new demands, anticipating a surge in the trade of renewable and clean energy derivatives.Find us here👇🏼https://digitalwildcatters.com/https://www.instagram.com/digitalwildcatters/https://twitter.com/DWildcattershttps://www.tiktok.com/@digitalwildcattershttps://www.facebook.com/digitalwildcatters Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

In this episode, we sit down with Omar Abou-Sayed, founder and executive chairman of Vaulted Deep. Omar shares the innovative approach his companies are taking to utilize geologic sequestration technology for environmental purposes, including the sequestration of waste deep underground. Discover how this technology, originally developed to manage oilfield waste, is now at the forefront of carbon sequestration and environmental sustainability.Key Points Discussed:Innovative Technology Explained:Discussion on the origins and technical aspects of the geologic sequestration technology developed by Omar's father.How this technology is used to sequester waste deep underground, providing a more environmentally friendly alternative to traditional waste disposal methods.Applications and Environmental Impact:Vaulted Deep's role in transforming waste management through technology that allows for the safe, deep underground sequestration of both oil and gas waste and organic waste.Benefits of this technology include permanent waste sequestration, reduced surface footprint, and protection of groundwater resources.Business Model and Market Evolution:Insights into the current market for carbon credits and how it has evolved to support the deployment of carbon sequestration technologies.The business model focusing on generating carbon credits through the sequestration of carbon in organic waste.Challenges in Clean Tech:Omar discusses the challenges faced when bringing new technologies to market, including funding gaps and the necessity of achieving product-market fit.The importance of support from a consortium of buyers and the impact of regulatory changes on technology deployment.Vision for Energy Transition:Omar’s perspective on the future of energy and the role of innovative technologies in achieving a sustainable and environmentally friendly transition.Discussion on the broader implications of these technologies in addressing global climate change.Entrepreneurial Insights and Personal Journey:Omar shares his personal journey in the clean tech industry, reflecting on past experiences and his vision for future contributions to environmental sustainability.Insights into the entrepreneurial challenges and opportunities in transforming established technologies for new environmental applications.Find us here👇🏼https://digitalwildcatters.com/https://www.instagram.com/digitalwildcatters/https://twitter.com/DWildcattershttps://www.tiktok.com/@digitalwildcattershttps://www.facebook.com/digitalwildcatters Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

In this episode of the Energy Tech Startups Podcast, we delve into the fast evolving landscape for energy tax credits with Alex Gupta, CEO of Breakpoint Energy. From Houston, Texas, a hub for innovative energy solutions, we explore how the Inflation Reduction Act has sparked a new market for tax credit transferability. This transformation could significantly reduce corporate tax liabilities and allows almost all businesses to play a part in the energy transition.Key Points Discussed:Breakpoint Energy's Role: Introduction to the company: to help companies buy clean energy tax credits under the new legal framework established by the Inflation Reduction Act of 2023.Tax Credit Transferability vs. Tax Equity: Both operating under a new frameworkOld vs. New Models: Previously, tax equity required direct involvement in projects to monetize credits, a lengthy and complex process. The new transferability option allows credits to be sold directly, simplifying and speeding up the process.Challenges and Opportunities: While tax equity remains relevant, offering full value monetization and associated benefits like depreciation, transferability introduces a streamlined alternative that could shift industry practices.Market Dynamics and Implications:Economic Impact: Detailed explanation of how companies can utilize tax credits to offset their tax liabilities, which could be particularly advantageous for publicly traded companies looking to improve financial metrics like earnings per share.Risk Management: The necessity for robust credit support mechanisms, such as parent guarantees or tax credit insurance, to backstop transactions and protect buyers.Entrepreneurial Insights:Startup Challenges and Strategies: Gupta shares his journey from concept to execution, emphasizing the importance of adaptability and market awareness in the entrepreneurial landscape.Educational Initiatives: Efforts to raise awareness and understanding of tax credit markets among potential corporate clients, highlighting the critical role of education in facilitating market participation.Looking Ahead:Future Developments: Potential regulatory changes and their implications for tax equity investments and the broader tax credit market.Join us as Alex Gupta embodies the entrepreneurial spirit here in Houston and teaches us  not only the mechanisms of tax credit transferability but also the strategic considerations and potential impacts on various stakeholders within the energy sector. Whether you're an industry professional, entrepreneur, or simply interested in the financial strategies behind energy innovations, this episode offers valuable insights into the evolving landscape of energy finance.Find Alex on LinkedIn: https://www.linkedin.com/in/alexgupta/Discover Break Point Energy: https://bpetx.com/ Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

In this episode, we explore the rapidly evolving world of electric vehicle (EV) charging infrastructure with the founder and owner of Pangea Charging. As a native Houstonian who left a comfortable job at Google and IBM, he shares his journey into addressing climate change and bringing EV infrastructure to Houston.Key Highlights:Background and Mission of Pangea Charging: Described as the "Best Buy of EV charging," Pangea focuses on providing a variety of options for EV charging, particularly in apartment settings.Market Dynamics and Industry Players: Insights into the competitive landscape of the EV charging industry, including major players like ChargePoint, Semiconect, and Blink.Challenges in Multi-tenant EV Charging: Discussing the complexities of implementing EV charging solutions in multi-tenant buildings and how Pangea addresses these challenges.Business Model and Monetization: Exploring the company creates value for customers while helping them find the best solution for their charging needs.Corporate Experience and Entrepreneurship: Reflecting on the transition from corporate roles at Google and IBM to entrepreneurship and how previous experiences influenced business strategies.Sales Strategies and Customer Engagement: Sharing tactics for effective sales and customer engagement, emphasizing the importance of understanding customer needs and offering tailored solutions.Future of EV Charging and Market Trends: Discussing current trends in the EV charging market and predictions for future developments.This episode offers valuable insights into the EV charging industry, highlighting the importance of innovation, customer-centric approaches, and strategic planning in a rapidly evolving market. Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

In this insightful episode of the Energy Technology Podcast, we delve into the innovative business model behind Pressure Corp, a company revolutionizing the way we think about energy efficiency and carbon reduction. Pressure Corp is at the forefront of creating zero-carbon, base-load power from waste pressure in pipelines, offering a sustainable solution that's both economically and environmentally beneficial. Join us as we explore why the time is now for this solution and its potential impact on the energy landscape.Key Highlights:Pressure Corp's Innovative Technology: Learn about how Pressure Corp harnesses pressure energy that is normally ‘lost’ in pipelines to generate zero-carbon power, akin to regenerative braking in vehicles.Deployment and Efficiency: Discover the specifics of Pressure Corp's deployment in various locations, their approach to maximizing efficiency, and the economic viability of their systems.Impact on Carbon Emission: Understand how Pressure Corp's technology significantly reduces carbon emissions, contributing to a more sustainable future.Challenges and Opportunities: Gain insights into the challenges faced in implementing this technology and the opportunities it presents in the energy sector.Join hosts Nada Ahmed and Jason Netier as they engage with John Happ, CEO of Pressure Corp, and Mihir Desu, President of Pressure Corp, in a conversation that's not just about technology, but about building an infrastructure business here in Houston.  Company website: https://www.pressurecorp.com/Find John on LinkedIn: https://www.linkedin.com/in/johnhappiii/Find Mihir on LinkedIn: https://www.linkedin.com/in/mihirdesu/  Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

Welcome to a new episode of the Energy Tech Startups podcast  where we delve into the inspiring journey of Jeremy Pitts as he takes the help at Activate Houston.  Activate is a non-profit organization dedicated to transforming scientific research into impactful companies. Join us as we explore their mission, the challenges they face, and the incredible potential they hold for the future of innovation.Key Highlights:Activate Houston's Mission: Focused on awarding fellowships to promising science entrepreneurs, helping them turn their research into beneficial products.2024 Cohort Launch: Aiming to enhance the innovation ecosystem in Houston and Texas, with a special focus on energy transition and high-impact areas.Jeremy Pitts' Role: As the managing director, Jeremy discusses the inception of Activate Houston, its goals, and the unique challenges of commercializing scientific innovations.Background of Activate: Originating as Cyclotron Road at Lawrence Berkeley National Labs, the organization has expanded to Boston, New York, and now Houston, broadening its impact beyond the Department of Energy's focus.Houston's Strategic Importance: A key location for energy transition, Houston's ecosystem is ripe for innovation, especially in the energy sector.Fellowship Program: Offering a two-year program with stipends, R&D funding, and professional development opportunities, Activate supports fellows in transforming their ideas into viable businesses.Criteria for Fellows: The program targets scientists and technologists, typically with a PhD or equivalent experience, focusing on hard tech and global challenges.Impact Metrics: Success is measured not just in terms of follow-on funding but also the happiness and progress of the fellows.Future Aspirations: Activate Houston aims to foster a new wave of entrepreneurs, especially in the energy and sustainability sectors, leveraging Houston's unique position in these industries.Activate Houston stands as a beacon of hope and innovation, bridging the gap between scientific research and real-world applications. With its unique approach and strategic location, it promises to be a key player in shaping the future of technology and entrepreneurship.Learn more about Activate: https://www.activate.org/houstonConnect with Jeremy Pitts: linkedin.com/in/jeremypitts Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

In this episode, we delve into the fascinating world of clean energy with Maciek Lukawski, VP of Strategy and Business Development at Amogy. Amogy is pioneering the use of ammonia as a clean energy source, contributing significantly to the global journey towards Net Zero. Based in Brooklyn, New York, with expanding operations in Houston, Norway, and Singapore, Amogy is at the forefront of sustainable energy innovation.Key Highlights:Ammonia's Role in Decarbonization: Amogy focuses on decarbonization through ammonia utilization, and converting ammonia into power using an integrated solution.Ammonia as an Alternative Fuel: Ammonia is emerging as a cost-efficient, highly energy-dense vector for hydrogen, offering a practical solution for transporting large volumes of hydrogen globally.Amogy's Growth and Expansion: Starting less than three years ago in Brooklyn, Amogy has rapidly expanded, with significant growth in Houston and new ventures in Norway and Singapore.Global Ammonia Production and Usage: Ammonia, primarily used as a fertilizer, is the second most commonly produced chemical worldwide, with a production of about 200 million metric tons annually.Applications in Maritime Shipping and Beyond: Amogy's technology is particularly suited for hard-to-decarbonize sectors like maritime shipping, offering a viable alternative to traditional fuels.The Technology Behind Amogy's Power Packs: Amogy's innovative approach involves cracking ammonia into hydrogen and nitrogen, then using fuel cells to generate electricity, all contained within modular power packs.Houston as a Strategic Location: The choice of Houston for Amogy's first manufacturing facility is influenced by the city's rich pool of knowledge in the energy sector and its business-friendly environment.Future Prospects and Challenges: Amogy is navigating the commercialization phase, securing pre-orders for their product, and addressing challenges in the rapidly evolving clean energy landscape.Join us in this enlightening conversation with Maciek Lukawski as we explore how Amogy is harnessing the power of ammonia to pave the way for a cleaner, more sustainable future.More on Amogy: https://amogy.co/Maciek on LinkedIn: https://www.linkedin.com/in/maciek-lukawski/ Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

How a Chance Meeting in a Bar is led to Climate Action in HoustonIn this episode, we dive into the inspiring story of the Texas Climate Tech Collective, co-founded by Deanna Zhang, Taylor Chapman, and Gabe Malick. Their journey began in a Brooklyn bar and led to a shared vision of transforming Houston into a hub for energy transition. We explore the challenges, opportunities, and surprising findings of their 2023 Houston Climate Tech Ecosystem report, shedding light on the evolving landscape of climate technology in Texas.Key Highlights:Origin Story of the Texas Climate Tech Collective: The collective was born from a chance meeting between co-founders in Brooklyn, New York, united by their Houston roots and passion for climate technology.Houston's Potential as an Energy Transition Capital: Discussion on Houston's evolution from the oil and gas capital to an emerging leader in energy transition, highlighting the city's strengths and areas for growth.Key Findings from the Houston Climate Tech Ecosystem Report: Insights reveal Houston's reputation as an anti-climate city as a major hindrance, despite rapid changes in the city's approach to climate action.Generational Shifts and Changing Perceptions: Observations on how younger generations are more climate-focused, influencing the direction of Houston's energy sector.Impact of Physical Nexus and Legacy Institutions: The development of the Ion District and Green Town Labs, along with shifts in focus by institutions like Rice University, are pivotal in fostering Houston's climate tech ecosystem.Challenges in Early Stage Investment: Discussion on the need for more early-stage capital in Houston, with suggestions for attracting more venture capital and facilitating connections between investors and startups.Future Prospects and Big Exits: Speculation on how successful deals and exits in the Houston ecosystem, like the recent Energy Re financing, could further boost interest and investment in the region's climate tech sector.This episode offers a comprehensive look at the burgeoning climate tech scene in Texas, driven by passionate individuals and a community eager for sustainable innovation.The Report: https://www.texasclimatetechcollective.com/Talyor Chapman: https://www.linkedin.com/in/taylorchapmanedu/Gabe Malek: https://www.linkedin.com/in/gabriel-malek/ Deanna Zhang: https://www.linkedin.com/in/deanna-zhang/  Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

In this insightful episode, we delve into the world of carbon footprint analysis and reduction with Schaum Sethuram, CEO and co-founder of Emission Critical Technologies. Schaum introduces us to their unique SaaS platform that simplifies and automates carbon lifecycle analysis for products, akin to a carbon nutrition label. He discusses the importance of this technology in today's environmentally conscious market and its potential impact on various industries.Key Highlights:Introduction of Emission Critical Technologies: A SaaS platform that provides detailed carbon lifecycle analysis for products, similar to a nutrition label, including scope 1, 2, 3 emissions, and mitigation measures.Unique Approach: Unlike other emissions reporting solutions, Emission Critical Technologies adds details about production processes and routes, offering a comprehensive emission profile for each product.Market Need and Company Origin: Schaum shares his background in GHG systems tracking and the market gap that led to the founding of Emission Critical Technologies.Product Lifecycle Analysis: The platform focuses on heavy industrial products in energy, chemicals, steel, and cement industries, offering continuous lifecycle analysis down to the batch level.Regulatory and Market Drivers: Discussion on the influence of regulations like the EU's carbon border adjustment mechanism and market demands for lower carbon products.Future Vision: Schaum envisions Emission Critical Technologies becoming a certifier of low carbon products, accelerating the low carbon economy through market-based forces.Challenges and Opportunities: The conversation touches on the complexities of carbon credits, the importance of transparent and trustworthy data, and the potential integration of blockchain technology for data exchange.This episode is a must-listen for anyone interested in the intersection of technology, sustainability, and industry, offering a deep dive into the challenges and solutions in carbon footprint analysis and reduction. Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

Welcome to our latest episode where we delve into the innovative world of methane abatement with Andrew Lane, the co-founder and CEO of Capwell Services. Capwell is at the forefront of environmental technology, having developed a patented and affordable solution to capture and abate methane from end-of-life wells that cannot be properly plugged. Join us as we explore the implications of this technology for our planet and the energy sector.Key Points from the Episode:Capwell's Innovation: Capwell Services has created a unique solution to address the methane emissions from end-of-life wells, providing an immediate reduction in emissions profiles for their clients.Relocation to Houston: Andrew Lane discusses the strategic move to Houston, the, energy capital of the world, to be at the center of the energy transition and energy innovation.The Methane Problem: The U.S. faces a significant challenge with an estimated 3.7 million abandoned wells, 60% of which are leaking methane, a potent greenhouse gas that is 28x more potent than CO2.Health and Environmental Impact: Methane and associated VOCs from these wells have been linked to health issues like asthma, and some emit hazardous gases like H2S.Capwell's Sealing Solution: The company has developed various sealing mechanisms to capture methane, catering to the diverse conditions of these wells.Methane Utilization and Destruction: Capwell's system is designed to either destroy the methane or repurpose it through on-site generation or reintroduction into pipelines, depending on infrastructure availability.Regulatory Landscape: Discussion on the evolution of regulations, including the introduction of methane fines and federal grants aimed at well cleanup.Partnerships and Monitoring: Capwell collaborates with partners for methane monitoring and plugging, and is developing onboard sensors to ensure zero methane leakage.Business Model and Customer Base: Capwell offers different revenue streams, including short-term rentals, rent-to-own, and direct sales, targeting both private sector companies and state governments.Cost-Effectiveness: A comparison of the costs associated with traditional plugging methods versus Capwell's solution, highlighting the potential savings and efficiency gains.Founding Story: Andrew Lane shares the journey of Capwell's inception during his senior year at the University of Pennsylvania and the decision to pursue this venture full-time. Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

In this enlightening episode, we dive deep into the world of energy transition technologies with Jason Beck from ZettaWatts. Jason shares his unique perspective on the evolving energy landscape, the importance of climate journeys, and the innovative solutions ZettaWatts is bringing to the table.Key Takeaways:ZettaWatts' Mission: The company is focused on enabling energy transition technologies to reach the market and improve their financials. They aim to bridge the gap between new technologies and the financial structures that support them.Climate Journey: Jason emphasizes the importance of individual climate journeys. He shares his own experience, highlighting the gradual awakening to sustainability and the need for collective action.Houston's Energy Ecosystem: Houston is emerging as a hub for energy transition. Jason praises the city's vibrant ecosystem and the opportunities it offers for companies like ZetaWatts.The Role of RECs: Renewable Energy Certificates (RECs) play a crucial role in the energy market. Jason explains the concept of a REC and its significance in promoting renewable energy sources.ZetaWatts as a Market Maker: Unlike traditional bilateral markets, ZetaWatts operates as a market maker, aggregating demand and supply. This approach offers benefits like instant diversification and reduced risk for both buyers and sellers.Innovation in Financing: The introduction of the Investment Tax Credit (ITC) and the IRA has revolutionized the financing landscape for renewable energy projects. Jason delves into the nuances of these financial instruments and their impact on the industry.Decarbonization by 2050: Jason recommends the book "Speed and Scale" as a master plan for achieving decarbonization by 2050. He stresses the importance of renewable energy in addressing a significant portion of the carbon problem.Future of ZetaWatts: With a vision to transform the energy market, ZetaWatts is continuously innovating. Jason hints at the company's future endeavors, including exploring new attributes of renewable energy projects and enhancing the REC process. Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

In this episode of the Energy Tech Startups Podcast, we sit down with Arsheen Allam, the founder and CEO of GOLeafe. With a background in material science and engineering, Arsheen has made significant strides in the world of nanotechnology, particularly with graphing materials. Join us as we delve into her journey, the innovations at GOLeafe, and the potential of graphene in the energy sector.Key Takeaways:Arsheen Allam is the Founder and CEO of GOLeafe, with a background in material science and an MBA from Duke.She was recognized in the Forbes 30 under 30 list in 2019 for her work with graphing materials.GOLeafe has developed a unique process to extract graphene oxide from various carbon waste streams.Graphene oxide's water-solubility makes it versatile for diverse applications.The company produces three to five-layer graphene oxide, focusing on practical applications.GOLeafe's supercaps aim to improve grid storage, power supplies, and efficiency in electric vehicles.Supercaps can significantly extend battery life and improve renewable energy storage efficiency.Arsheen's entrepreneurial journey began with a venture in India, leading her to pursue an MBA for business skills.The network and support from Duke have been pivotal in her business journey.Arsheen shared a glimpse of student life at Duke, including the basketball tenting tradition.Connect with Arsheen: https://www.linkedin.com/in/arsheen-allam-793b2933/Learn more about GOLeafe: https://goleafe.com/ Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

In this episode of the energy technology podcast, we sit down with Manas Patak, the CEO and co-founder of EarthEn. Dive into a conversation about the innovative thermo-mechanical energy storage solution EarthEn offers, its potential impact on the energy sector, and the company's journey and future plans.Key Takeaways:Manas introduces EarthEn, a company specializing in thermo-mechanical energy storage using supercritical CO2.Their technology offers a compact, safe, and cost-effective solution for long-duration energy storage.The unique use of supercritical CO2, which behaves both as a liquid and gas, is central to EarthEn's technology.This approach is reminiscent of compressed air energy storage (CAES) but leverages CO2 for superior performance.EarthEn's innovative approach allows for the augmentation of pipelines, turning them into energy storage assets.The company targets a diverse range of customer segments, from utility-scale energy storage to commercial-industrial spaces.Manas shares EarthEn's funding journey, including securing DOE grants and other awards and their future financing plansWith plans to launch their first commercial product by 2026-2027, EarthEn is on a mission to democratize access to clean energy globally.Connect with Manas: https://www.linkedin.com/in/pathakmanas/Learn more about EarthEn: https://www.earthen.energy/  Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

In this episode, CEO and founder of Helix Earth Technologies, Rawand Rasheed, joins the show to discuss his background as an NASA Space Engineer and how it led him to start his own company. He shares insights into the technology originally developed for space that he is bringing back to Earth to decarbonize the built environment and heavy industries. Rawand explains the process of scaling up the technology and developing retrofit devices for air conditioning systems to reduce energy loads. He also delves into the challenges of IP negotiations and the importance of customer feedback in determining product-market fit.Key takeaways from this episode:Rawand's background as a aerospace engineer and his work on life support systems in space laid the foundation for his journey into decarbonizing the built environment and heavy industries.The technology originally developed for fire suppression in space led to the development of a unique filtration method, which became the basis for Helix Earth's retrofit devices for air conditioning systems.Customer feedback and market demand played a crucial role in determining the feasibility and potential impact of the technology, ultimately shaping the company's go-to-market strategy.Rawand emphasizes the importance of a supportive community, mentorship, and building a strong team to navigate the challenges of entrepreneurship.Rawand's childhood experiences and upbringing as an immigrant influenced his passion for the environment, science, and engineering, ultimately shaping his entrepreneurial journey, personal resilience, and commitment to creating innovative solutions.Find Rawand here: https://www.linkedin.com/in/rawandrasheed/Helix Earth Technologies Linkedin: https://www.linkedin.com/company/89793107/admin/feed/posts/Helix Earth Technologies Website: https://www.helixearthtechnologies.com Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

In this insightful episode, Anas Al Kassas, CEO of INOVUES, discusses the company's innovative approach to architectural and facade engineering. With a rich 15-year background in architectural and facade engineering, Anas delves deep into the company's mission to revolutionize building facades. INOVUES energy-saving and smart glass innovations is pioneering a change in the industry. Anas delves into the technology's core value proposition, its potential impact on building owners, and the importance of early backers in bringing such innovations to market.Key Takeaways:Anas Al Kassas is at the helm of INOVUES, a company that offers a groundbreaking solution to upgrade building facades without removal, replacement, or disruption.The technology can reduce the payback period for facade projects from potentially 100 years to as low as three years.INOVUES addresses common window failures by creating a barrier that mitigates temperature differences, extending window lifespan, and allowing aesthetic upgrades.Energy efficiency is pivotal for the future, especially with laws like New York's Local Law 97 emphasizing the need for sustainable solutions.Anas highlights the importance of spreading awareness and educating building owners about the benefits of their technology.The company is actively seeking early backers and investors to support their mission and bring their solutions to a broader market.Connect with Anas Al Kassas via email at anas@inovues.com or on platforms like LinkedIn and Twitter.https://www.inovues.comhttps://www.linkedin.com/company/inovueshttps://www.youtube.com/channel/UC39vJe42ZrTLrhW6rgdYe7ghttps://www.facebook.com/inovueshttps://twitter.com/Inovues Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

In this episode, we sit down with Will Tope, Chief Commercial Officer, from LiNa Energy, an energy tech startup focusing on a unique battery technology. Will shares insights into why their solution is different from traditional lithium-ion batteries, the challenges and opportunities they're seeing in the market, and the company's journey so far.Key Takeaways:LiNa Energy aims to tackle the limitations of traditional lithium-ion batteries by introducing a new type of battery chemistry targeted at long duration storage.One of the main challenges is the inability of existing technologies to efficiently store and use low-cost, low-carbon electrons during peak demand hours.LiNa Energy's solution involves a novel ceramic electrolyte, which not only makes the system safer but also allows for automated, low-cost manufacturing. This technology comes from years of insight and development from the fuel cell industry.Uniquely Lithium-sodium technologies manage heat differently and don’t require the same heat management of traditional batteries.While they are still in the development stage, they have already demonstrated effective thermal performance and are attracting interest from investors.Will suggests that energy storage is topping the list of investment priorities for Corporate Venture Capitals (CVCs), highlighting its importance in the market. Join collide.io and try CollideGPT: AI chat for the oil and gas industry.

In this episode, we sit down with Agustin Rios, COO of Lignium Energy, to discuss how his startup is transforming cow manure into clean, renewable energy. Lignuim is commercializing a unique process to convert manure from cattle farms into standardized biomass pellets. This helps manage this waste stream while providing a carbon-neutral fuel source. We cover Agustin's journey moving from Chile to launch Lignium's US operations, the technology behind their innovative approach, business models for monetization, and the environmental benefits of effective manure management. Agustin also shares his plans for an upcoming 7-month world travel trip to connect with startup ecosystems globally.Key topics:How Lignium's technology cleans and processes manure into biomass pelletsAgustin's experience moving from Chile and launching Lignium's US operationsImplementing a mobile pilot system and scaling up to a pre-production plantExamining potential business models and markets like coal power plantsThe environmental benefits of reducing greenhouse gases from manureLignium's fundraising journey and growth milestonesAgustin's upcoming 7-month world travel trip to connect with global startup ecosystemsWebsite: https://www.ligniumenergy.com/Linkedin: https://www.linkedin.com/in/agustin-rios-297661195/ Join collide.io and try CollideGPT: AI chat for the oil and gas industry.