Transforming waste into clean energy? Yes, it’s happening! 💡 Join Sean Kelly and Jonathan Appel from Eden Energy for an exciting conversation on how this revolutionary technology is redefining green solutions. 🌍 From turning plastics, food waste, and even medical waste into clean energy to breaking down harmful chemicals at the molecular level, Eden Energy is tackling pollution like never before. 🔥 Discover the secrets behind their groundbreaking process, which boasts over 90% energy efficiency and 100% pathogen destruction. Jonathan also shares eye-opening insights on the challenges of recycling, the truth about renewable energy, and how this innovative tech could power the future while saving the planet. 🌱✨ This episode is packed with valuable insights, industry-changing revelations, and hope for a cleaner, greener tomorrow. Don’t miss out—tune in now and join the conversation! Watch now and subscribe for more insider secrets. 📺 Hit that subscribe button and stay tuned for more eye-opening stories on the Digital Social Hour with Sean Kelly! 🚀 CHAPTERS: 00:00 - What is Eden Energy 01:35 - Dangers of Plastic Pollution 02:59 - Development of Energy Technology 06:32 - Understanding Pyrolysis Process 08:15 - Glyphosate and Its Impact 09:46 - Wind and Solar Energy Solutions 13:06 - Advancements in Electric Vehicles 15:56 - Collaborating with Family in Business 17:58 - Biochar's World-Changing Potential 20:02 - Overcoming Setbacks & Hurdles 24:02 - Addressing the Energy Crisis 26:48 - Ideal Living Locations 27:16 - Hurricanes and Carbon Dioxide Effects 31:11 - Importance of Regulation 33:18 - Transforming Waste into Energy 34:30 - Eden Energy's Public Offering 41:00 - Water Resource Management 43:55 - Exploring Alcohol Production 45:22 - Connecting with Jonathan & Eden Energy APPLY TO BE ON THE PODCAST: https://www.digitalsocialhour.com/application BUSINESS INQUIRIES/SPONSORS: [email protected] GUEST: Eden https://www.instagram.com/jonathanappel13/ https://www.instagram.com/edenenergy.co/ https://edenenergy.co/ SPONSORS: AIRES TECH: https://airestech.com/ GROUND NEWS: https://ground.news/ LISTEN ON: Apple Podcasts: https://podcasts.apple.com/us/podcast/digital-social-hour/id1676846015 Spotify: https://open.spotify.com/show/5Jn7LXarRlI8Hc0GtTn759 Sean Kelly Instagram: https://www.instagram.com/seanmikekelly/ #eco-friendlyinvestments #environmentalsocialgovernanceinvesting #eco-consciousinvestors #circulareconomy #greentechnology
Full Episode
The hydrolysis is you oxidize and neutralize heavy metals, you break down pathogens. So we did a study with the DOD in the early days and New York State Department of Health, where we ran tests on Bacillium strep thymopolis and anthrax. And it's the only technology to ever receive 100% pathogen destruction on those pathogens.
Wow. All right, guys, we're talking energy today. We got Jonathan from Eden Energy. Thanks for joining us, man. Thanks for having me. Just had a fun event in Austin.
Yeah, it was a great time having you guys there and got to meet a lot of really cool and interesting people and tell our story a little bit and looking forward to telling a little bit more. Yeah, you set some stuff on fire over there, right? Yeah, we bought some of the fuel we made and we make fuel from anything carbon-based.
That specific sample was made with like mixed plastics, dog poop, food waste, used cooking oil, things like that. And we did a little burn ceremony where we asked the audience to write down what they want to let go of. And we put it in the fire pit, covered it in oil, and let those energies go into the atmosphere.
Yeah, with all the plastic going around the atmosphere, we need that right now, right? Yeah, for sure. And we finally have a solution to plastic. I mean... There really isn't one out there that is currently being utilized that actually gets rid of it down at the molecular level.
I mean, yeah, sure, you can pyrolyze it and turn it into basically a liquid plastic, which is a subset of fuels, but nothing really cleans up the mess that is in plastic. And we can do that because we break things down at the molecular level. Yeah. Why is plastic so dangerous?
You know, plastic is a tough one because there's all sorts of different compounds that they use, such as plasticizers and fillers, and they're all different, right? You have PET, which is made from CO2 condensation reactions, so there's a ton of CO2 in water bottles, right, the plastic that they use there, but then the plastic that you get, like your laundry detergent,
That's what they call high-density polyethylene, right, HDPE, and that's almost all oil, right? There's no condensation reaction used in that. So plastic is really difficult because you can't really recycle it, right? Recycling is such a head fake.
People believe that when they throw things away in the recycling bin, it's actually getting recycled, when 95% of what goes into the recycling bin doesn't end up recycled. It either gets landfilled or incinerated. Wow. So how does that process work? Which one? Like when you recycle something, does it go to a separate facility? Oh, sure.
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