Member Info for swazers

@red_hornet, you truly are a moron. You see, I am not hiding behind a keyboard like you. I ran a successful business online for over half a decade, and my real-world ID was never hidden; in fact, I put my real name out there. Myself 100s of times. There is no gotcha moment here; you've tried this pathetic attempt again and again over the years. Yeah, I am John Swarbrick.. I know who I am. I have never made a secret out of ID. You're a sniffling little coward. Bob's destroying you on a daily basis. A real man would have owned up by now and admitted defeat and apologised for being the weak fool he was, but not you. The ironic thing is this. I have known your true ID for years. I know exactly who you are. By the way, you do know it's a criminal offence making up lies about a person online, dont you? You think you're safe from being made accountable behind that computer? Shall we find out?

@red_hornet First of all, the concept of powering AI data centres and Bitcoin mining operations with decentralised, carbon-reducing energy solutions like Powerhouse Energy’s DMG® platform is not only viable, it’s inevitable. The market is actively moving toward it — because it has to. Just ask TeraWulf Inc. (NASDAQ: $WULF), which has grown exponentially in 2025 by pivoting to zero-carbon hydro and nuclear-backed BTC mining, or BitDigital (NASDAQ: $BTBT) and BitFarms (NASDAQ: $BITF) and $BBAI, and $HIVE, all #AI and #BTC linked emerging technology mega winners, all of which saw multi-bagger growth this year after scaling clean energy capacity. Me and Bob called all of these winners, huge gains and profits, you can't even call the bingo, you are utterly incompetent, as you are toxic.

This isn’t science fiction — it’s strategy. Send me your links to your winning calls? That's right, you dont have any, do you mush?

https://x.com/SwazersC/status/1967574896768414118 https://x.com/SwazersC/status/1967208796276891711 https://x.com/SwazersC/status/1966805781820457037 https://x.com/SwazersC/status/1966823292318175459 https://x.com/SwazersC/status/1966598044150804856

What makes PHE’s DMG platform so disruptive is not just its environmental credentials — it’s its utility. It transforms unrecyclable plastics and other waste streams into hydrogen, electricity, and synthetic gas — three powerful, flexible energy vectors, all on-site, scalable, and disconnected from volatile grid costs. That’s exactly what hyperscale compute facilities, GPU clusters, and Bitcoin miners increasingly want — cheap, clean, independent energy. Because in this era, energy isn’t just a utility — it’s a competitive advantage.

The market is moving. The sector is transforming. And trolls like Red_Hornet — whose relevance is attempting to create friction, and failure — are being left behind, reduced to posting playground-level satire in response to fundamental energy disruption. I can't imagine being such a loser in life as him.

The DMG system is not a gimmick. It’s a multi-vector solution with actual utility — to power AI infrastructure, crypto miners, industrial clusters, and beyond. Troll away, you change nothing.

Https://www.youtube.com/watch?v=tNSnp_I0zfI

Bitcoin’s massive energy appetite is no secret. As of 2025, estimates from the Cambridge Bitcoin Electricity Consumption Index suggest Bitcoin mining uses over 140 terawatt-hours (TWh) per year — more than the entire energy consumption of countries like Ukraine or Argentina. The majority of this energy still comes from fossil-fuel-powered grids, particularly in regions where coal and gas remain inexpensive and readily available.

This represents both a problem and an opportunity. The environmental backlash is intensifying, and institutional pressure is mounting for cleaner, more transparent energy sources. Enter Powerhouse Energy’s DMG® system — converting unrecyclable plastic waste into clean hydrogen and electricity. This offers a compelling route to carbon-neutral, off-grid Bitcoin mining, where energy generation is both sustainable and self-contained.

@Divvyup You may enjoy this fun podcast I rendered exploring how #PHE could power Bitcoin mining & emerging AI infrastructure. I dropped the idea 10 months ago on my Substack and created an in-depth story and updated it to this audio podcast because your post reminded me of my story. The story is a little out of date with the output numbers, but it's still a lot of fun. Hit play on the link https://drive.google.com/file/d/1BBjXM6LJiTwuhIFTGUkm9TUOUfcoOr2h/view?usp=sharing

@Slappyfpv Yeah, to be honest, I'm not writing as many Substack stories now as my work with mine & Bob's AI projects has taken up a lot of my time. We're achieving results that are off the chain. https://x.com/SwazersC

The story on how PHE DMG tech could power Bitcoin mining and AI data centres. is closer than folks may think. Check out a fun little audio podcast we put together on how it could be done https://drive.google.com/file/d/1BBjXM6LJiTwuhIFTGUkm9TUOUfcoOr2h/view?usp=sharing

@Stampee1 writes the moron who is a known shill & ramper of that horrendous mover #PR1. LOL GTFO of here, troll. You're too low on the food chain to even comment on my posts. How very dare you.

Just a bit of weekend reading and perspective for the board here. https://open.substack.com/pub/swazers/p/carbon-free-crypto-the-dmg-solution?r=4c0tsn&utm_campaign=post&utm_medium=web&showWelcomeOnShare=false

This is a piece I originally wrote back in November 2024, nearly 10 months ago, exploring the potential for Powerhouse Energy’s DMG® technology to play a role in powering data centres, AI infrastructure, and even Bitcoin mining — all using energy generated from waste. That might have sounded ambitious at the time, but fast forward to now, and the discussion around clean, decentralised energy powering high-performance compute has exploded.

The narrative has moved on. With data demand rising, AI workloads accelerating, and miners and cloud operators hunting for clean, stable, and off-grid energy solutions, the potential synergy between DMG® and digital infrastructure is clearer than ever.

This idea resurfaced recently here when @Divvyup mentioned Powerhouse Energy potentially powering data systems in a post below. That inspired me to republish my article — not as a prediction, but as a forward-facing hypothesis that still holds up well.

If anything, the groundwork laid in 2024 looks even more relevant now — with progress at the FTU, developments with Engsolve, and expanding international interest in hydrogen and clean tech. The synergy between circular energy, carbon-negative hydrogen, and modular, scalable infrastructure isn’t just a thought experiment anymore.

Anyway — just something to reflect on as we go into the weekend. Best Regards, Swazers.

@testpack3

Another tired attempt to undermine Powerhouse Energy this afternoon — and as usual, it comes dressed in pseudo-technical language to try and sound credible. Let’s be absolutely clear: the recent RNS from 18 September confirms real, validated progress. It is not just modelled theory, it’s empirical data from operational feedstock trials at the fully commissioned FTU in Bridgend.

Your post tries to claim that hydrogen yields of 3–3.5 tonnes per day from a 40 TPD plant are unproven and purely modelled. That’s factually incorrect. The company has already tested mixed plastics feedstock — including streams tailored to National Hydrogen's specification — and the results showed consistent hydrogen output at the top end of predictions, and in some cases even higher. This is not theory; it’s repeated, real-world testing on actual waste, validated by improvements in system design developed with Manchester University. This includes a new internal kiln plate that significantly improves heat retention and reduces residue carryover — improvements that will now be built into every commercial DMG unit going forward.

As for scalability — that old chestnut — the technology is already scaling. Bridgend is operational, client testing is ongoing, and design improvements from the FTU are directly informing commercial rollouts. This is the very definition of scale-up engineering in action. Feedstock trials from external partners are already running through the FTU — not just for show, but to tailor performance and syngas composition to different applications. That includes hydrogen, but also clean fuels and power generation. The claim that scalability is "unknown" is not only outdated, it's simply not true.

Your comments about forward-looking statements being a “legalised lie” are not just disrespectful — they’re legally misleading and intentionally crafted to erode confidence. Public companies on AIM, subject to MAR regulations, cannot publish misleading financial guidance or technical projections without consequences. Powerhouse has carefully disclosed its test results, clarified what has been achieved, and stated what it is confident in achieving — and that confidence is built on data, not dreams.

The RNS was strong. The technology is advancing. FTU results are validating the system. The company is scaling with commercial intent and strategic focus. There’s nothing “theoretical” about it. If people want to live in 2021, they’re welcome to — but the rest of us are watching 2025 unfold with momentum, commercial engagement, and proven capability.

@Divvyup Appreciate the thoughtful post. Fair to say emissions compliance is a real requirement under UK ETS starting in 2026, but it’s worth noting that Powerhouse has already made material advancements here. The newly integrated CFD-optimised furnace design—done with Manchester University—has improved thermal control and reduced emissions residue significantly. This isn’t theory—it’s empirically validated in the FTU trials just completed.

Regarding capital needs, PHE owns Engsolve, a revenue-generating engineering consultancy with emissions tech IP in-house. The model is increasingly license-based and modular, allowing scalability without loading end users with excessive feedstock prep costs. The higher hydrogen yield (3.0–3.5 TPD) actually improves commercial return per tonne of waste, helping offset such concerns.

As for Valorisation—PHE’s testing already includes optimising residue streams for circular economy value. This is all part of the integrated approach. These aren't hurdles; they’re engineering milestones being passed in real-time.

Https://x.com/SwazersC/status/1968586949771321735

@PowerHouseEG Energy Delivers Real-World Validation with FTU – A Step Closer to Commercial Reality #PHE

Today’s RNS from Powerhouse Energy marks a major turning point for the company’s commercial journey. After six months of rigorous testing at the Bridgend facility, the FTU the FTU (Feedstock Testing Unit) has delivered results that go beyond mere expectations — they validate the core of the DMG system in live, repeatable environments.

Initial trials using raw plastics already matched previous small-scale test models, but the latest breakthrough comes from tests using real-world mixed plastic waste. Not only did the system handle these challenging feedstocks efficiently, but it also produced higher hydrogen yields than originally forecasted. That’s a clear indication that the DMG process is not just viable — it's now proving to be scalable and robust in the kind of conditions that real commercial clients will demand.

Https://x.com/proactive_x/status/1968563651205341213

https://www.proactiveinvestors.co.uk/companies/news/1078686/powerhouse-energy-boosts-hydrogen-output-in-waste-to-fuel-trials-1078686.html?viewSource=TwitterUK

Powerhouse Energy Delivers Real-World Validation with the FTU – A Step Closer to Commercial Reality

Today’s RNS from Powerhouse Energy marks a major turning point for the company’s commercial journey. After six months of rigorous testing at the Bridgend facility, the FTU (Feedstock Testing Unit) has delivered results that go beyond mere expectations — they validate the core of the DMG system in live, repeatable environments.

Initial trials using raw plastics already matched previous small-scale test models, but the latest breakthrough comes from tests using real-world mixed plastic waste. Not only did the system handle these challenging feedstocks efficiently, it also produced higher hydrogen yields than originally forecasted. That’s a clear indication that the DMG process is not just viable — it's now proving to be scalable and robust in the kind of conditions that real commercial clients will demand.

One of the most critical technical developments in this update is the implementation of a custom-designed internal plate system within the DMG furnace. Developed in collaboration with Manchester University using computational fluid dynamics, this new configuration has significantly improved thermal retention inside the kiln and reduced particulate carryover — an engineering win that improves both efficiency and durability of the system. This upgrade is now being rolled out across all future units.

In terms of hydrogen production, Powerhouse Energy previously projected that its DMG system could deliver between 2.5 to 3.0 tonnes per day (TPD) of hydrogen from 40 TPD of mixed plastic. Today’s RNS confirms that, based on the latest results, those figures are not just being met — the company is now confident in achieving between 3.0 and 3.5 TPD of hydrogen at 99.999% purity, with even greater volumes possible for lower-grade ISO transport fuel standards. That puts Powerhouse in serious contention for future hydrogen supply agreements.

Financially, this announcement underscores a key point that’s often missed in negative speculation: Powerhouse is not a concept company. It has a functioning technology centre, real engineering revenues via Engsolve, and a validated process that now enters the commercial preparation phase. Engsolve, its fully owned engineering subsidiary, generated nearly £475,000 in revenues in the first half of 2025 alone, up over 23% from the prior year — providing not just technical capability but also a revenue backstop.

Let’s not forget — today’s RNS also confirms the company is conducting feedstock trials tailored for upcoming projects, including the National Hydrogen venture in Australia. It is iterating improvements with university-backed R&D and is seeing hydrogen yields exceed expecta

"Acting like you’ve cracked the case by pointing at the balance sheet is about as forensic as shouting ‘fire burns.’"

Bob, mate, you're killing me LOLOLOLOLOLOL. I spat my coffee out all over my keyboard while reading this. Stop this FFS mate, actually dont stop, this is comedy gold. I wonder if re-H understands he's being utterly dismantled on the atomic level? Maybe he's too low IQ to see it?

Https://www.proactiveinvestors.co.uk/companies/news/1078500/powerhouse-sets-sights-on-new-projects-as-momentum-builds-1078500.html

https://x.com/proactive_x/status/1967838878561112335

Powerhouse Energy Building Serious Momentum – FTU Live, Patents Granted, and Projects Advancing.

The recent update from Powerhouse Energy Group is a clear signal that the company is transitioning from concept to commercial traction.

The successful commissioning of the FTU (Feedstock Testing Unit) in Bridgend isn’t just a symbolic milestone—it’s an operational gateway. This unit allows potential clients to test their own waste streams for suitability with PHE’s DMG® gasification technology. It’s the very tool needed to convert interest into contracts, and it’s now fully operational.

Engsolve, PHE’s wholly-owned engineering arm, is also delivering meaningful results. Revenue in H1 2025 reached nearly £475K, showing year-on-year growth and a healthy gross profit margin of 35%. This is important—not just because it brings cash through the door—but because it reflects real engineering demand and credibility from industry clients.

On the financial front, the company completed a £1.375 million raise back in March, explicitly to support Ballymena and other project developments. As confirmed, Powerhouse is focusing on project-specific funding for major infrastructure work, not general shareholder dilution.

Technologically, Powerhouse continues to advance with multiple patents granted across the US, EU, Australia, and Indonesia. These patents don’t just protect the IP—they cement the long-term value of the DMG® system in international jurisdictions.

The commercial pipeline continues to expand with strong leads across Southeast Asia, Australia, and the UK, including new applications such as sustainable aviation fuel (SAF)—a space where PHE is already collaborating with partners like Avioxx. That’s a global growth narrative, not a fringe concept.

Not every partnership survives in this space, and the company has openly acknowledged discontinued work at Protos and Longford. That level of transparency is welcomed, and importantly, it shows that management is prioritising execution, not wishful thinking.

In short, Powerhouse Energy is moving forward with: A commissioned FTU bringing commercial leads to life, Engsolve generating revenue.

Strategic partnerships are evolving in the aviation and hydrogen sectors. Patent protection secured internationally. A management team showing strategic discipline.

With momentum clearly building into H2 2025, the trajectory here is fundamentally shifting. For those still trying to box this as a “concept stock,” the latest numbers and milestones tell a very different story.

Https://polaris.brighterir.com/public/powerhouse_energy/news/rns/story/rm7q02r

The published Half-Year Report (30 June 2025) from Powerhouse Energy Group outlines not just solid progress, but a structural shift into maturity. The commissioning of the Feedstock Testing Unit (FTU) at Bridgend has now unlocked a central commercial tool: it verifies multiple waste streams for clients and optimises the DMG system through direct empirical validation. This alone positions PHE on the frontline of decentralised waste-to-value energy systems.

In parallel, Engsolve continues to strengthen its identity not only as a core engineering partner to PHE, but as a revenue-generating consulting arm with technical credibility across clean energy verticals. With over £474k in revenue for H1 2025, and gross profit increasing ~69% YoY, Engsolve’s growth trajectory and order book surpass expectations. It's also worth noting that the team delivered over £1 million in revenue in the prior reporting cycle, showing durability beyond short-term hype.

Strategically, PHE has rightly focused on quality over quantity—shedding the Protos and Longford projects in favour of commercially viable, lower-risk ventures like Ballymena, where the Company is actively progressing toward a fully controlled, financed deployment. In Southeast Asia, PHE continues supporting Altec Energy, with significant long-term commercial potential. NH2 in Australia has completed FEED, setting the stage for real deployment.

From a tech perspective, the company has secured new patents in the US, Indonesia, Australia, and Europe, reinforcing its IP moat around syngas and DMG innovations. Moreover, PHE is preparing to enter the Sustainable Aviation Fuel (SAF) arena—a multibillion-pound growth sector—demonstrating how versatile and scalable the technology has become. This isn't concept-stage tech; this is modular, real-world adaptable engineering.

Financially, the fundraise of £1.375 million in March 2025 was well-timed—designed to reduce executive distraction during critical delivery phases of Ballymena and NH2. Despite some losses (which are expected in scaling tech firms), cash at hand remains healthy at £1.47m, allowing sustained operational runway through innovation and client acquisition.

The second half of the year will be driven by fully commercial waste testing, growing domestic and international interest, new SAF alignment, and additional Engsolve contract wins.

PHE has entered the stage where fundamentals meet vision—and the groundwork laid since the early DMG prototypes is now feeding directly into multi-market opportunities. The company is not merely participating in the energy transition—it is engineering the infrastructure of it.

@Eachtotheirown Again, STFU! You're making strawman arguments, and you're purposely being dishonest. "Hardman act"?, at least I ain't hiding behind a fake persona like you. No one can ever be 100% correct with a stock prediction or a technical chart. It doesn't mean they are pumping; it means they are human. So please STFU. You're being disingenuous, and your argument is trolling 101. TBH, you've never really been that great at posting. I always thought you came across as a bit weak. I remember when your character first came on this BB. Keep your nasty little comments to yourself and stop making up lies about me.

@Mattwiles1812 There’s nothing wrong with having a gut feeling — plenty of investors trust their instinct — but if you're going to reference past experience as a parallel, accuracy matters. You mentioned $NIO at $3 to $55, but this is the London Stock Exchange, not the NYSE, and you're talking about Powerhouse Energy (PHE) in pence, not dollars. That alone raises questions about the framing.

Let’s keep this grounded. PHE is not a car manufacturer like NIO. It’s a cleantech infrastructure play with a distributed modular platform (DMG®) converting plastic and unrecyclable waste into hydrogen-rich syngas. It’s industrial technology, not consumer-facing stock. Different sector, different economics, different trajectory.

The suggestion that the company is “running out of money” is also misleading. The 2024 Annual Report outlines multiple funding instruments, including project financing, JV structuring, and technology licensing — not to mention strategic alignment through NH2 and Altec in Southeast Asia and other potential offtake partnerships. This isn’t a business running blind — it's one operating in line with early-stage, deep-tech scaling timelines. No illusions here: this is patient capital territory, not a quick trade.

Engsolve, their wholly owned engineering subsidiary, generated over £1 million in revenue, providing real-world engineering services and technical project delivery. Engsolve is not just a bolt-on — it’s central to project delivery, design validation, and scaling of PHE's core technology. It’s cash-generative and growing.

This isn’t a quick-flip stock. It’s a long-term infrastructure and IP play. If you believe in the transition to clean hydrogen, then a company like Powerhouse — with modular tech, revenue-generating subsidiaries, and an established IP portfolio — should be part of that landscape. Thanks for your posts.

Https://x.com/AvioxxSAF/status/1966066550403723406

https://www.avioxx.co.uk/the-role-of-cleaning-and-conditioning-syngas-in-sustainable-aviation.html

Some of you may have seen the latest post from Avioxx, which outlines the critical role of syngas cleaning and conditioning in high-performance energy applications, such as Fischer-Tropsch reactors and solid oxide fuel cells (SOFCs). It’s an insightful breakdown that identifies many of the technical barriers still present when dealing with waste-derived syngas, including contaminants, hydrogen-to-carbon monoxide imbalances, and catalytic poisoning.

But here’s the important point — Powerhouse Energy Group has already solved these issues.

The DMG® (Distributed Modular Generation) technology platform developed by Powerhouse doesn’t just gasify waste — it controls, tunes, and cleans the syngas in real time. The FTU in Bridgend has successfully demonstrated this, with clients seeing the output privately, as confirmed in recent AGM documentation. PHE’s proprietary control system allows for modulation of feedstock variability and gas composition, achieving the CO: H₂ ratios required for further downstream chemical processes, including hydrogen extraction or synthetic fuels.

What Avioxx is proposing through advanced AI-based gas conditioning systems is a great validation of what PHE already has engineered, commercialised, and deployed into real-world pilot plants. Both companies recognise the same future: a decentralised, waste-fed energy network where clean syngas becomes the foundation for low-carbon fuel markets.

The market should recognise that Powerhouse Energy has the first-mover advantage, established engineering IP, a functioning Feedstock Testing Unit, and a fully aligned commercial project at Ballymena. The synergies are becoming clearer — and so too is the strategic edge.

@Eachtotheirown STFU!! Cherry picking my 30k plus posts and over half a decade on X to create a gotcha argument. I dont think so. Shall we discuss the literally 1000s of posts I have got correct? I dont see you posting those. Getting a chart call wrong is one thing; you've accused me of misleading investors. While hiding your ID behind a persona on a stock BB. Your kind of behaviour is cowardice 101. You ain't a real person, you're fake news.

"but unlike them, I am aware of the risks and wouldn’t want to cost anyone money pumping." If you're such a virtuous beacon of enlightenment, why dont you reveal who you really are? Do you have any sort of track record in calling the markets? Or do you just troll others on bulletin boards?

@Eachtotheirown quoting your post below " but unlike them I am aware of the risks and wouldn’t want to cost anyone money pumping."

Please point me in the direction of when I was pumping or posting lies or misinfo? I'd love to read those posts. Be careful, you're going down the road of defamation here. Let me offer some free advice: speak for yourself and no one else.

@testpack3 Bob's getting a lot more likes for his comments in here than yours. He's winning big time, and you are losing. Why dont you and your little pal, red-hornet disappear? Do us all a massive favour. :)