[Replay] Is Hydrogen more of a Water Sector Miracle or a World's Decarbonization Problem? cover
[Replay] Is Hydrogen more of a Water Sector Miracle or a World's Decarbonization Problem? cover
(don't) Waste Water! | Water Tech to Solve the World

[Replay] Is Hydrogen more of a Water Sector Miracle or a World's Decarbonization Problem?

[Replay] Is Hydrogen more of a Water Sector Miracle or a World's Decarbonization Problem?

1h18 |23/08/2023
Play
[Replay] Is Hydrogen more of a Water Sector Miracle or a World's Decarbonization Problem? cover
[Replay] Is Hydrogen more of a Water Sector Miracle or a World's Decarbonization Problem? cover
(don't) Waste Water! | Water Tech to Solve the World

[Replay] Is Hydrogen more of a Water Sector Miracle or a World's Decarbonization Problem?

[Replay] Is Hydrogen more of a Water Sector Miracle or a World's Decarbonization Problem?

1h18 |23/08/2023
Play

Description

with 🎙️ Paul Martin, Chemical process development expert & founder of Spitfire Research.  

💧 Spitfire research is a Process development consulting company for a decarbonized future, where Paul acts as an antidote to marketing hopium and a tireless advocate for a fossil-fuel-free future.


This episode is a section of my Hydrogen Deep Dive 


What we covered: 


🧪 How the thermodynamics and fundamental properties of the Hydrogen molecule turn it into a false hope of decarbonization strategies

🌡️ How given the way it's produced, hydrogen actually is a decarbonization problem 

🪶 How Goethe is right: hope's preferable to despair unless hope needs the laws of physics to stop applying 

⚡ How the biggest problem with green hydrogen production is not its water impact but its energy consumption 

🏭 How hydrogen barely moves today, and what that reveals about the difficulty of using it as a transportation fuel 

😒 How producing small amounts of hydrogen from wastewater treatment plants is fully doable, yet barely desirable 

🦘 How optimizing the production of green hydrogen requires very specific geographic properties, and where that applies

🌬️ How the World barely features half the renewable production capacity needed if we wanted to just switch from gray to green hydrogen

👃 How the Hydrogen economy may well be the false nose of Fossil Fuel Companies to keep striving in a decarbonized world 

📈 How Turquoise hydrogen production makes a lot of sense, already today, but has a limited market potential for its byproducts. 

🧑‍🔬 How turning Biogas into Hydrogen sounds like a very weird thing to do. 

🔬 How electrolysis processes don't really allow to valorize the oxygen byproduct today, and why. 

🚚 How Hydrogen is an amazing good and tool, just not to be wasted as a fuel 

🌍 How the European Union and the UK daydream about Hydrogen, and how it may be a last resort solution for Japan and South Korea

🔋 How batteries are not perfect but have a clear path to scale 

🏚️ How to be serious and earnest about decarbonization, states shall start with relevant policies

🍏 How we shall start with the low hanging fruit when putting hydrogen and decarbonization in the same equation

🦌 Canada tackling carbon taxes, CO2 prices as business enablers, Hydrogen promoters being useful idiots, Hydrogen as a sunk cost fallacy, Hopium... and more!

🔥 ... and of course, we concluded with the 𝙧𝙖𝙥𝙞𝙙 𝙛𝙞𝙧𝙚 𝙦𝙪𝙚𝙨𝙩𝙞𝙤𝙣𝙨 🔥 


➡️ Get the Full Story (including an infographic and full transcript)       

➡️ Read Paul's best hydrogen articles 

➡️ Contact BlueTech Research: info@bluetechresearch.com


Hosted by Ausha. See ausha.co/privacy-policy for more information.

Description

with 🎙️ Paul Martin, Chemical process development expert & founder of Spitfire Research.  

💧 Spitfire research is a Process development consulting company for a decarbonized future, where Paul acts as an antidote to marketing hopium and a tireless advocate for a fossil-fuel-free future.


This episode is a section of my Hydrogen Deep Dive 


What we covered: 


🧪 How the thermodynamics and fundamental properties of the Hydrogen molecule turn it into a false hope of decarbonization strategies

🌡️ How given the way it's produced, hydrogen actually is a decarbonization problem 

🪶 How Goethe is right: hope's preferable to despair unless hope needs the laws of physics to stop applying 

⚡ How the biggest problem with green hydrogen production is not its water impact but its energy consumption 

🏭 How hydrogen barely moves today, and what that reveals about the difficulty of using it as a transportation fuel 

😒 How producing small amounts of hydrogen from wastewater treatment plants is fully doable, yet barely desirable 

🦘 How optimizing the production of green hydrogen requires very specific geographic properties, and where that applies

🌬️ How the World barely features half the renewable production capacity needed if we wanted to just switch from gray to green hydrogen

👃 How the Hydrogen economy may well be the false nose of Fossil Fuel Companies to keep striving in a decarbonized world 

📈 How Turquoise hydrogen production makes a lot of sense, already today, but has a limited market potential for its byproducts. 

🧑‍🔬 How turning Biogas into Hydrogen sounds like a very weird thing to do. 

🔬 How electrolysis processes don't really allow to valorize the oxygen byproduct today, and why. 

🚚 How Hydrogen is an amazing good and tool, just not to be wasted as a fuel 

🌍 How the European Union and the UK daydream about Hydrogen, and how it may be a last resort solution for Japan and South Korea

🔋 How batteries are not perfect but have a clear path to scale 

🏚️ How to be serious and earnest about decarbonization, states shall start with relevant policies

🍏 How we shall start with the low hanging fruit when putting hydrogen and decarbonization in the same equation

🦌 Canada tackling carbon taxes, CO2 prices as business enablers, Hydrogen promoters being useful idiots, Hydrogen as a sunk cost fallacy, Hopium... and more!

🔥 ... and of course, we concluded with the 𝙧𝙖𝙥𝙞𝙙 𝙛𝙞𝙧𝙚 𝙦𝙪𝙚𝙨𝙩𝙞𝙤𝙣𝙨 🔥 


➡️ Get the Full Story (including an infographic and full transcript)       

➡️ Read Paul's best hydrogen articles 

➡️ Contact BlueTech Research: info@bluetechresearch.com


Hosted by Ausha. See ausha.co/privacy-policy for more information.

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Description

with 🎙️ Paul Martin, Chemical process development expert & founder of Spitfire Research.  

💧 Spitfire research is a Process development consulting company for a decarbonized future, where Paul acts as an antidote to marketing hopium and a tireless advocate for a fossil-fuel-free future.


This episode is a section of my Hydrogen Deep Dive 


What we covered: 


🧪 How the thermodynamics and fundamental properties of the Hydrogen molecule turn it into a false hope of decarbonization strategies

🌡️ How given the way it's produced, hydrogen actually is a decarbonization problem 

🪶 How Goethe is right: hope's preferable to despair unless hope needs the laws of physics to stop applying 

⚡ How the biggest problem with green hydrogen production is not its water impact but its energy consumption 

🏭 How hydrogen barely moves today, and what that reveals about the difficulty of using it as a transportation fuel 

😒 How producing small amounts of hydrogen from wastewater treatment plants is fully doable, yet barely desirable 

🦘 How optimizing the production of green hydrogen requires very specific geographic properties, and where that applies

🌬️ How the World barely features half the renewable production capacity needed if we wanted to just switch from gray to green hydrogen

👃 How the Hydrogen economy may well be the false nose of Fossil Fuel Companies to keep striving in a decarbonized world 

📈 How Turquoise hydrogen production makes a lot of sense, already today, but has a limited market potential for its byproducts. 

🧑‍🔬 How turning Biogas into Hydrogen sounds like a very weird thing to do. 

🔬 How electrolysis processes don't really allow to valorize the oxygen byproduct today, and why. 

🚚 How Hydrogen is an amazing good and tool, just not to be wasted as a fuel 

🌍 How the European Union and the UK daydream about Hydrogen, and how it may be a last resort solution for Japan and South Korea

🔋 How batteries are not perfect but have a clear path to scale 

🏚️ How to be serious and earnest about decarbonization, states shall start with relevant policies

🍏 How we shall start with the low hanging fruit when putting hydrogen and decarbonization in the same equation

🦌 Canada tackling carbon taxes, CO2 prices as business enablers, Hydrogen promoters being useful idiots, Hydrogen as a sunk cost fallacy, Hopium... and more!

🔥 ... and of course, we concluded with the 𝙧𝙖𝙥𝙞𝙙 𝙛𝙞𝙧𝙚 𝙦𝙪𝙚𝙨𝙩𝙞𝙤𝙣𝙨 🔥 


➡️ Get the Full Story (including an infographic and full transcript)       

➡️ Read Paul's best hydrogen articles 

➡️ Contact BlueTech Research: info@bluetechresearch.com


Hosted by Ausha. See ausha.co/privacy-policy for more information.

Description

with 🎙️ Paul Martin, Chemical process development expert & founder of Spitfire Research.  

💧 Spitfire research is a Process development consulting company for a decarbonized future, where Paul acts as an antidote to marketing hopium and a tireless advocate for a fossil-fuel-free future.


This episode is a section of my Hydrogen Deep Dive 


What we covered: 


🧪 How the thermodynamics and fundamental properties of the Hydrogen molecule turn it into a false hope of decarbonization strategies

🌡️ How given the way it's produced, hydrogen actually is a decarbonization problem 

🪶 How Goethe is right: hope's preferable to despair unless hope needs the laws of physics to stop applying 

⚡ How the biggest problem with green hydrogen production is not its water impact but its energy consumption 

🏭 How hydrogen barely moves today, and what that reveals about the difficulty of using it as a transportation fuel 

😒 How producing small amounts of hydrogen from wastewater treatment plants is fully doable, yet barely desirable 

🦘 How optimizing the production of green hydrogen requires very specific geographic properties, and where that applies

🌬️ How the World barely features half the renewable production capacity needed if we wanted to just switch from gray to green hydrogen

👃 How the Hydrogen economy may well be the false nose of Fossil Fuel Companies to keep striving in a decarbonized world 

📈 How Turquoise hydrogen production makes a lot of sense, already today, but has a limited market potential for its byproducts. 

🧑‍🔬 How turning Biogas into Hydrogen sounds like a very weird thing to do. 

🔬 How electrolysis processes don't really allow to valorize the oxygen byproduct today, and why. 

🚚 How Hydrogen is an amazing good and tool, just not to be wasted as a fuel 

🌍 How the European Union and the UK daydream about Hydrogen, and how it may be a last resort solution for Japan and South Korea

🔋 How batteries are not perfect but have a clear path to scale 

🏚️ How to be serious and earnest about decarbonization, states shall start with relevant policies

🍏 How we shall start with the low hanging fruit when putting hydrogen and decarbonization in the same equation

🦌 Canada tackling carbon taxes, CO2 prices as business enablers, Hydrogen promoters being useful idiots, Hydrogen as a sunk cost fallacy, Hopium... and more!

🔥 ... and of course, we concluded with the 𝙧𝙖𝙥𝙞𝙙 𝙛𝙞𝙧𝙚 𝙦𝙪𝙚𝙨𝙩𝙞𝙤𝙣𝙨 🔥 


➡️ Get the Full Story (including an infographic and full transcript)       

➡️ Read Paul's best hydrogen articles 

➡️ Contact BlueTech Research: info@bluetechresearch.com


Hosted by Ausha. See ausha.co/privacy-policy for more information.

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