Podcasts about syngas

In this episode, H2Tech spoke with Karsten Radtke, Global Head of Business Development and Sales for thyssenkrupp Uhde, at the Global Syngas Technologies Conference. The conversation covered Karsten's presentation on syngas for the mobility sector, green gasoline, biogenic CO2 and transporting H2.

This episode, adapted from the May issue of Hydrocarbon Processing, provides an overview on the various routes to incorporating carbon capture technologies in industrial facilities, including what should be considered when selecting a particular carbon capture technology and the benefit of partnering with an EPC firm that has vast experience in energy transition projects (e.g., renewable energy/fuels production, syngas, biofuels).

China is producing syngas at the same time as shell and Exxon are building syngas processes --- Send in a voice message: https://podcasters.spotify.com/pod/show/david-nishimoto/message

Today's guest is Trevor Best, CEO and Co-founder at Syzygy Plasmonics. Syzygy is rethinking how chemicals are produced and pioneering a new technology that energizes chemical reactions via light. Their photocatalyst technology came out of the lab at Rice University. Toward the end of 2022, the company announced a $76 million Series C financing led by Carbon Direct Capital and a number of significant strategies in the energy, oil and gas, and automotive sectors.During the episode, Trevor and Cody delve into various topics, including Trevor's background, traditional petrochemical methods of chemical production, and the fortuitous discovery that led him and his co-founder to commercialize their cutting-edge technology at Syzygy. The discussion also covers the various chemical pathways that Syzygy is currently pursuing, such as zero-emissions hydrogen, low-emissions hydrogen, syngas, and methanol.In this episode, we cover: [2:46] Trevor's background and Syzygy's origin story [7:37] The relationship between fossil fuels and the chemical industry [9:48] Other emerging alternatives in the space[11:39] Origins of Syzygy's photochemistry technology and its implications [20:59] Syzygy's decision to focus on hydrogen pathways [24:32] An overview of dry reforming [27:40] The company's business model [30:14] Sygyzy's scale-up progress and plans for the future[36:47] How Syzygy balances adding new capabilities to its reactors [42:09] Trevor's thoughts on the future and where Syzygy needs helpGet connected: Cody SimmsTrevor Best / SyzygyMCJ Podcast / Collective*You can also reach us via email at info@mcjcollective.com, where we encourage you to share your feedback on episodes and suggestions for future topics or guests.Episode recorded on March 6, 2023. 

Dimensional Energy, founded out of Cornell University in 2016, turns captured carbon dioxide into sustainable aviation fuel by using renewable energy. The company is on a mission to decarbonize the aviation industry, which is responsible for over 10% of the United States' transportation emissions and about 3% of total greenhouse gas emissions. Dr. Brad Brennan is leading strategic technology and development of proprietary chemical reactors and catalysts to produce Dimensional's main product, Syngas. He has been with Dimensional since 2019, and previously spent time as a researcher at CalTech and Yale, as well as a leading chemist and consultant across various industries. In this episode, we cover... Why commercial aviation will be challenging to electrify How Dimensional makes their main product, Syngas Different forms of carbon capture technology Dimensional's first technology center in Tucson, AZ Challenges facing Dimensional Dimensional's experience at the Carbon XPrize What young people interested in slowing down climate change should do A fun fact about Dr. Brad Brennan Connect with us: Instagram | Twitter | LinkedIn Episode Recorded on March 1, 2023

This week on the podcast, host Lubna Salim is joined by Graham Hoar, vice president of Technology at KBR and leader of its global Ammonia, Syngas and Fertilizer business, for a discussion about blue ammonia technology. Listen as Graham tells us about what blue ammonia is, how it drastically reduces CO2, and why KBR's superior blue ammonia process is a game-changer for customers and the environment.

Matt and Sean discuss how human waste is a hot commodity and could provide renewable energy and materials for the future.Watch the Undecided with Matt Ferrell episode, “Turning Human Waste into Renewable Energy?”: https://youtu.be/p6CF-umWLZg?list=PLnTSM-ORSgi5LVxHfWfQE6-Y_HnK-sgXSYouTube version of the podcast: https://www.youtube.com/stilltbdpodcastGet in touch: https://undecidedmf.com/podcast-feedbackSupport the show: https://pod.fan/still-to-be-determinedFollow us on Twitter: @stilltbdfm @byseanferrell @mattferrell or @undecidedmfUndecided with Matt Ferrell: https://www.youtube.com/undecidedmf★ Support this podcast ★

Phil Carroll and Kevin Hornsby talk to Aleksandra Binkowska and Howard White about the demand for Syngas and Hydrogen.  Disclaimer & Declaration of Interest The information, investment views, and recommendations in this podcast are provided for general information purposes only. Nothing in this podcast should be construed as a solicitation to buy or sell any financial product relating to any companies under discussion or to engage in or refrain from doing so or engaging in any other transaction. Any opinions or comments are made to the best of the knowledge and belief of the commentator but no responsibility is accepted for actions based on such opinions or comments. The commentators may or may not hold investments in the companies under discussion. 

The world has a waste problem. Landfills around the planet are reaching capacity, and in many countries those barriers have already been breached. There are various systems in place to address food waste, but what about the rest? A century-old technology is being revitalized to convert waste into energy through a process called plasma gasification. Bill Smith from XcelPlus International joins RENEWables to discuss how this technology can unlock previously unusable energy sources.

When we think about the circular economy, we might be limiting our thinking to end of life. the Consortium for Waste to Syngas has some incredibly useful information on ways to potentially create a truly circular economy. 

On this episode we discuss biochar's role in protected cropping; growing plants in controlled environments. We discuss the various components of the pyrolysis and gasification process, their applications and the economics including the keys to open carbon markets. Our guest is Peter Burgess, Managing Director of Rainbow Bee Eater and ANZBIG's Vice Chair. Peter envisions the major roles for bioenergy and biochar. He has over thirty years of operational and commercial experience in industrial mining as an engineer, manager and leader. Rainbow Bee Eater's mission is to be a world-leading carbon sequestration and renewable energy business. ECHO2, the first commercial process that they have developed, produces low cost, hydrogen-rich Syngas and high-quality Biochar from organic residues such as agricultural crop and timber wastes that would otherwise be burned or land-filled. The first commercial demonstration module was commissioned at Holla Fresh, a hydroponics herb grower in Mt Gambier, South Australia in 2019. Microsoft, Shopify and other entities seeking to become carbon neutral, purchased ECHO2 carbon removal certificates (CORCs) via Puro.earth exchange in 2020. The next ECHO2 module projects are being planned in Victoria, South Australia, Queensland and Western Australia.

OSCAR is advancing innovative technology for managing waste in space.

enVerde converts organic waste into sustainable clean energy. The Office for Technology Commercialization (OTC) is the office at the University of Minnesota whose mission is to facilitate the transfer of technology to licensees. This allows for the development of new products and services that benefit the public good. It also fosters economic growth and generates revenue. Since 2006, the University has spun out 170 startup companies. But there is a challenge. Technology transfer is not simple. For a venture to be successful, it must be desirable (the market wants it), feasible (an organization can produce a market solution), and viable (the cost structure and returns are sustainable). There is a vast desert from license to commercialization. Research can create an idea that is desirable but is not viable or sustainable. It takes time to prove out and commercialize a technology. The time and effort to commercialize a technology is often called the commercialization gap. On today’s episode of Social Entrepreneur, we talk to Dave Goebel, CEO and Founder of enVerde. enVerde has licensed a thermochemical catalytic technology from the University of Minnesota. The catalyst converts organic material into heat energy. enVerde provides circular economy solutions by repurposing carbon-containing waste into clean, sustainable energy and chemicals. The Problem with Organic Waste Every day, the average American generates 4.4 pounds of waste. That includes paper, plastics, yard trimmings, food waste, wood, rubber, leather, textiles, and more. At the same time, the US Energy Information Administration predicts nearly 50% increase in world energy usage by 2050. What if we could use organic waste to provide clean, renewable energy? That’s the promise of enVerde. They are addressing the nearly infinite amount of organic waste and the growing need for energy. They do so in an environmentally friendly, cost-effective manner. Waste becomes a resource instead of a problem. “Waste is stored energy and we have a clean way to liberate, free, that energy for our use,” says enVerde Founder and CEO, Dave Goebel. “We economically transform organic wastes into a product called syngas. We also produce heat in the process. Both syngas and heat can be power sources for making electricity. “Syngas is also convertible into new clean fuels like hydrogen, methanol, or dimethyl ether. It can be green precursor for other chemical processes displacing petroleum products. “Agricultural, industrial, commercial, and other organizations decrease their operating expenses by significantly reducing their waste streams and creating clean fuels/heat they can use locally and immediately.” Recent Successes enVerde is finding some successes along the way. The inventor of the technology, Dr. Paul Dauenhauer won a MacArthur Foundation Genius Award.  enVerde was also selected as a member of the next cohort with Creative Destruction Lab. Creative Destruction Lab accelerator program is based out of Calgary, Alberta. Learn More About David Goebel and enVerde: enVerde: https://www.enverdellc.com enVerde on Twitter: https://twitter.com/enVerdeLLC enVerde on Facebook: https://www.facebook.com/enVerdeLLC University of Minnesota Office for Technology Commercialization: https://research.umn.edu/units/techcomm/about-us/overview Dr. Paul Dauenhauer, MacArthur Fellow: https://www.macfound.org/fellows/1056 Creative Destruction Lab, Energy: https://www.creativedestructionlab.com/streams/energy

È il primo prototipo integrato di foglia artificiale: lo ha messo a punto un team di ricercatori del Centro per le Tecnologie Future Sostenibili - CSFT - dell'Istituto Italiano di Tecnologia di Torino col contributo del politecnico torinese.Con foglia artificiale si intende un sistema fotosintetico artificiale, più efficiente della fotosintesi clorofilliana presente in natura, che sia in grado, che a partire da acqua e co2 sia in grado di produrre molecole ad alto contenuto energetico utili all'uomo, come l'idrogeno appunto, ma anche come il metano o il metanolo, senz'altra fonte di energia che la luce del sole.Il dispositivo dell'IIT, in particolare, converte CO2 e acqua in un mix, detto Syngas, di idrogeno e monossido di carbonio per mezzo di catalizzatori basati su metalli comuni e a basso costo come il ferro e il titanio, e sarebbe in grado di convertire in combustibile i gas di scarico di una caldaia domestica con un solo metro quadro di esposizione al sole. Ospite Fabrizio Pirri, che coordina il team di ricercatori del Centro per le Tecnologie Future Sostenibili dell'IIT.

Astronauts don’t want to sit in their trash, so a team at NASA is working on a solution they call OSCAR.

Scientists at the University of Cambridge have successfully produced clean gas using an artificial leaf. The scientists created the leaf, which produces syngas, or synthetic gas, a mixture of hydrogen and carbon monoxide, and some traces of carbon dioxide. Syngas is used to produce fuel, plastic, and fertilizer, to name a few. Sustainable production of syngas is crucial for the establishment of a chemical and fuel industry that is likewise sustainable. The artificial leaf mimics photosynthesis, a process wherein plants use sunlight to turn carbon dioxide and water into food. To harvest sunlight, two light absorbers are placed on the leaf. They work in tandem with a catalyst made from the chemical element cobalt. The device then needs to be submerged in water, where one light absorber will use the catalyst to make oxygen, while the other converts carbon dioxide and water into carbon monoxide and hydrogen. This process produces syngas. According to the scientists, the light absorbers can be used even with little sunlight, like during rainy or overcast days. Because of this, the innovation can be used anywhere and anytime in the world. The scientists also claim that their device is sustainable. Unlike other artificial leaf devices, their light absorbers are composed of materials that ease the conversion of carbon dioxide to carbon monoxide. Their device's catalyst is also low-cost and produces carbon monoxide more efficiently than others. Currently, the team is looking into ways to produce a sustainable liquid fuel that can be an alternative for petrol. Since syngas is a building block of liquid fuel, the next step for the scientists is to create fuel directly from carbon dioxide and water, instead of producing syngas first and then converting it.

Robert shares a collection of stories fromGood News Network https://www.goodnewsnetwork.org/ Working in Secret, Bill Gates-Backed Solar Company Reveals Tech That Could Spell the End of Fossil Fuelshttps://www.goodnewsnetwork.org/bill-gates-backed-heliogen-reveals-solar-tech/New Zealand Passes Historic Carbon Neutrality Legislation in Near-Unanimous Votehttps://www.goodnewsnetwork.org/new-zealand-passes-historic-carbon-neutrality-bill/Los Angeles is Giving Out Free Trees for Yards and Neighborhoods; Here's How to Get up to 7https://www.goodnewsnetwork.org/los-angeles-giving-out-free-trees-for-yards-and-neighborhoods/Humpback Whale Population Bounces Back From Near-Extinction—From Just 450, to Over 25,000https://www.goodnewsnetwork.org/humpback-whale-population-bounces-back-from-extinction-2019/Doctors Medical Center Makes Drive to Surgery Less Scary for Little Kidshttps://www.facebook.com/dmcmodesto/posts/2236867493018280Art Therapist Collects 14,000 Keys From Wildfire Victims and Transforms Them into Powerful Metal Phoenix Sculpturehttps://www.goodnewsnetwork.org/art-therapist-turns-keys-from-wildfire-victims-into-phoenix-sculpture/Learn more about ...And Now the GOOD NEWS! @ https://goodnews.transistor.fmLearn more about New Thought Radio @ https://patreon.com/newthoughtradioListen to the New Thought Radio Stream @ http://newthoughtradio.net★ Support this podcast on Patreon ★

Robert shares a collection of stories fromGood News Network https://www.goodnewsnetwork.org/ U.S. House Unanimously Passes Bill That Makes Extreme Animal Cruelty a Federal Felonyhttps://www.goodnewsnetwork.org/u-s-house-unanimously-passes-bill-that-makes-extreme-animal-cruelty-a-federal-felony/New Factory That Uses Enzymes to Recycle All Plastics At Once Has the Backing of Major Corporationshttps://www.goodnewsnetwork.org/factory-uses-enzymes-to-recycle-all-plastics-at-once-backed-by-major-companies/ The Largest Trash Collectors in the U.S. Have Stopped Shipping Waste to Poor Countrieshttps://www.goodnewsnetwork.org/trash-collectors-in-usa-stopped-shipping-waste-overseas/These Mexican Villagers Have Been Working to Plant 5 Millions Trees To Ease the Climate Crisishttps://www.goodnewsnetwork.org/mexican-villagers-planting-5-millions-trees/Carbon-Neutral ‘Artificial Leaf' Produces Clean Gas Which Could Help to Replace Fossil Fuelshttps://www.goodnewsnetwork.org/artificial-leaf-produces-clean-gas-to-help-replace-fossil-fuels/High Schoolers Awarded for Inventing Inexpensive Device That Generates Electricity From Soundhttps://www.goodnewsnetwork.org/high-schoolers-make-device-that-generates-electricity-from-sound/TESS Catches its First Star-destroying Black Holehttps://www.youtube.com/watch?v=85tdoDt1Qh0Learn more about ...And Now the GOOD NEWS! @ https://goodnews.transistor.fmLearn more about New Thought Radio @ https://patreon.com/newthoughtradioListen to the New Thought Radio Stream @ http://newthoughtradio.net★ Support this podcast on Patreon ★

Greening the gas: Welche Rolle hat grünes Gas im Energiesystem der Zukunft? Gas spielt eine wesentliche Rolle in der österreichischen Energieversorgung. Rund 8 Mrd. m³ Gas werden jährlich eingesetzt, insbesonders in der Industrie, zur Produktion von Strom und Fernwärme sowie zur Beheizung von Gebäuden. Um die gravierenden Auswirkungen der Klimakrise einzudämmen müssen Emissionen radikal reduziert werden. Die Antwort der österreichischen Gaswirtschaft auf diese Herausforderung ist die Strategie "Greening the Gas". Grünes Gas biogenen Ursprungs sowie synthetische Gase auf Basis von sauberem Wasserstoff sollen sukzessive das fossile Erdgas im Energiesystem ersetzen und positive Impulse für die lokale Wertschöpfung geben. Christoph Dolna-Gruber (Österreichische Energieagentur) befragt in dieser Ausgabe von Petajoule DI Peter Weinelt (Obmann des Fachverband Gas Wärme und Stellvertretender Generaldirektor der Wiener Stadtwerke) zu Hintergründen und Details der Strategie.

On the sideline of the FSR Policy Advisory Council meeting on the 5th and 6th of November 2018, Christophe Poillion (Vice President of European Affairs, GRT Gaz) and Tara Amirkhizi (Visiting PhD student, FSR) discuss the power to gas technology and the experience the French gas TSO has had with it so far. In an energy grid that perceives power and gas as a whole, Christophe describes power to gas as a conversion technology that can allow the already established gas grid to offer capacity and flexibility to the full energy system. Besides the grid services, power to gas is also a carbon capturing technology. Using the hydrogen from P2G, CO2 is converted to Syngas and be used in the gas grid. Pilot projects, such as the French project Jupiter 1000, are an approach for European TSOs to gain the technological expertise for the operation of power to gas facilities. These projects enable this technology to reach a certain maturity level, in order to be competitive. Besides the technology maturity, a well-functioning CO2 market and regulatory frameworks are also crucial in order to make the power to gas technology market ready.

This week, we find out how to get useful gas from useless coal, and make money from waste carbon dioxide! Underground coal gasification could allow us to access huge amounts of energy in inaccessible coal seams. We find out how it works as well as exploring a new method for capturing waste carbon and turning it into useful chemicals. In the news, dinosaurs inspire new designs for aircraft, spotting a star being ripped apart by a black hole, and the South African bid for the world's biggest radio telescope. Plus, Diana asks what the point is of "junk" DNA? Like this podcast? Please help us by supporting the Naked Scientists

This week, we find out how to get useful gas from useless coal, and make money from waste carbon dioxide! Underground coal gasification could allow us to access huge amounts of energy in inaccessible coal seams. We find out how it works as well as exploring a new method for capturing waste carbon and turning it into useful chemicals. In the news, dinosaurs inspire new designs for aircraft, spotting a star being ripped apart by a black hole, and the South African bid for the world's biggest radio telescope. Plus, Diana asks what the point is of "junk" DNA? Like this podcast? Please help us by supporting the Naked Scientists

Declining reserves and the associated increasing cost of oil and gas has prompted industry to look at alternative sources of energy. Alberta contains a great amount of coal resources at shallow depths that facilitate economical power generation; however, there are huge coal resources at depth that are currently not economic to mine. This represents a large untapped potential energy source for the province.

Declining reserves and the associated increasing cost of oil and gas has prompted industry to look at alternative sources of energy. Alberta contains a great amount of coal resources at shallow depths that facilitate economical power generation; however, there are huge coal resources at depth that are currently not economic to mine. This represents a large untapped potential energy source for the province.