Ways2H Inc.

The number not present in this diagram is 353 million tonnes. That's the total quantity of plastic waste per year. From the same source, OECD. Now let's be optimistic and say we DOUBLE the recycling rate and to make things simple, we round it up to 20%. That leaves 282 million tonnes #plasticwaste to make beneficial use of. Just saying, that would be - a conservative number - 28 million tonnes #hydrogen, and a considerable relief to the oceans and our environment. To give an order of magnitude, #Cummins recently announced a record 1800 miles traveled by a hydrogen truck with a 386 lbs (175kg) H2 tank. Roughly 10 miles per kg. 280 billion miles trucking operations. The total trucking miles in the US is 331 billion miles. #wastetohydrogen

Through the use of their thermochemical waste conversion method, Ways2H Inc. has announced that they have been able to produce 110kg of hydrogen from one tonne of solid waste. It has been made clear that the method works through extracting hydrogen whilst simultaneously isolating carbon for sequestration. The result of this, is the creation of ‘carbon-negative hydrogen’ which can be sold at prices that become competitive with gasoline. The article below portrays a brand new method for producing hydrogen, which was recently discovered by this innovative company. This new method depicts the need to continue developing the hydrogen industry and in doing this, to find alternative methods and make it more accessible. Interested in attending North America's largest conference dedicated to Hydrogen? Sign up to our newsletter to keep updated. Register here: https://lnkd.in/g9Acgggd Want to know about the Hydrogen Technology Expo and which companies are attending? Visit our website here: https://lnkd.in/gWxpaNna #hydrogen #hydrogeneconomy #hydrogenenergy #carboncapture #hydrogentechnologyexpo #HTNA2025 #CCUS2025 https://lnkd.in/eCFUCs8U

Last but not least, price. While the industry is officially and rightfully targeting a #renewablehydrogen #productioncost between $1 and $2 per kg, reality is that, at least if you look at the price at #hydrogen pumps in California, we are still far from that. No need to play the blame game here, reaching this target is not an easy task. It requires combined efforts of all stakeholders in the sector, and more FIDs than we actually see. Another #realityshock is that electrolytic hydrogen production cost still seems to be hovering around $4 to $7 per kg. Yes, it takes longer to significantly reduce electrolysers CapEx than what most financial analysts require in terms of payback time. Our RefHyneries? are built on existing, proven components that are being used everyday in the industry. Their cost is known. While our process architecture is quite innovative, this is where our filed patents are focused, we aim at maximum derisking of the industrial aspects. $1 to $2 per kg hydrogen production cost is what we, through the projections for our first systems, are reaching today on most of our markets. This allows a $7 to $9 per kg hydrogen price at the pump. We have started preparing business cases for our clients along these lines. We are ready. Now.

-15kg to -25kg. Yes, minus fifteen to minus twenty five kg CO2equ. per kg hydrogen produced. That is the average #carbonintensity of a Ways2H Inc. #RefHynery?. Green #electrolytic hydrogen is good. Better than fossil-based hydrogen obviously, but remains expensive, as we will discuss in a following post, when we'll talk about costs. More importantly, it can be #carbonneutral, but inherently won't be #carbonnegative. #hydrogenfromwaste naturally features THREE carbon sequestration pathways: 1 - just like #greenhydrogen, hydrogen from waste replaces a fossil fuel, and as such contributes avoiding fossil CO2 emissions. Avoiding that is good. 2 - Another avoidance pathway is the #greenhousegas emissions from waste. Organic waste sent to landfills will in most cases be a massive methane emission source. Much more potent that CO2. Incineration will also release CO2 in the atmosphere. Avoiding that is great. 3 - last but not least, the RefHynery? features an integrated CO2 sequestration module. All the carbon contained in the waste feedstock, which in average is 80% renewable, will effectively be sequestered in a permanent manner, definitely drifting away from the #carboncycle as we know it. For every dry ton waste processed into the RefHynery, there will be approximately 1.5 ton CO2 effectively sequestered and taken away from the atmosphere. This is game-changing. Carbon sinks in action.

110kg. That's the equivalent #hydrogen yield per dry-ton feedstock, in this case #municipalsolidwaste, that we have been able to extract during the initial test run of our solution last week in Mumbai. There is still lots of work to be done, but this strategic milestone achievement will certainly comfort those who have supported us so far, and welcome others to join. At times where some are doubting the reality of #greenhydrogen, we are proud to demonstrate that there are other alternatives, which actually are an even better #circulareconomysolution for the planet. Next time, we'll talk about #carbonimpact.

We are thrilled to announce the upcoming launch of our Working Model! In just a few weeks, we'll be diving into #hydrogen yield measurements from various #waste streams, including #municipalsolidwaste and #wasteplastics. Initial calculations, validated by third-party experts, are showing incredibly promising results. Oh, and for those who might doubt, yes, this approach is deliberately low tech. We believe in practical solutions over unnecessary complexity. If you're interested in exploring validation or research opportunities using our #wastetohydrogen conversion solution, don't hesitate to reach out to me. #renewablehydrogen #climatechange #renewableenergy #wastetoenergy

Exciting news! Our article on the #wastetohydrogen conversion process has been published in the newly released book "Research Advances in Syngas". The process, developed by Ways2H Inc., addresses #wastemanagement issues and produces #carbonnegative #hydrogen while keeping #renewableelectricity available for the grid. This is a major step towards a sustainable future, especially with the ever-increasing #BEVcharging needs. Download the article now and learn more about this groundbreaking solution. Special thanks to HARDIK DESAI for his invaluable contribution to this article and to Ways2H. #oceanplastics #sustainability Link: https://lnkd.in/gk8ypnWK

The best #directaircapture is what nature does everyday, sometimes with a little human help, to grow our food, our farm animals’ food, our clothes, our furniture… all this short cycle carbon that will eventually end up as #waste and that therefore can be captured and sequestered while producing #hydrogen. That’s what Ways2H Inc. does.

We are thrilled to announce that Forrest Ackerman and Joe Ross have joined Clean Energy Enterprises (CEE) as equity partners earlier this year. Forrest Ackerman, COO of Spectrum Medical Inc., and founder of De-extinction, will contribute his expertise in the health care industry to CEE. He will also bring his experience in eliminating single-use plastics from our oceans and landfills. Joe Ross is a veteran of the packaging and plastics recycling industry. He successfully founded and operated rPlanet Earth, a post-consumer packaging recycling operation in Los Angeles for which he raised over $200M. Taking an operational role within the group, Joe will lead the development of hydrogen production projects. After the successful technology turnaround initiated in 2022, CEE is now actively commercializing turnkey solutions using its proprietary patent-pending Waste-to-Hydrogen process. Systems are sold to operators and users via Ways2H Inc., Clean Energy Enterprises’ wholly-owned subsidiary. Further to the recognition that some selected Ways2H prospects are in demand of financing as well as operational support, CEE is now organizing a separate entity under its umbrella. This new entity will provide such financing and operation services to existing Ways2H prospects, while also developing carefully selected projects. We are proud to have Forrest and Joe join our team, and we look forward to the exciting developments they will bring to Clean Energy Enterprises.?