Member Info for swazers

@The 'Ah-Ha' Moment for the Industry 💡

@H2000 has been absolutely right to bang on about this for years—this technology is a game-changer. When the industry fully realizes the significance of PHE’s superior tar management and scale-up solution, the adoption curve will accelerate dramatically. This isn't just an improvement—it's a fundamental breakthrough that positions PHE miles ahead of traditional gasification technologies.

🚀 When the industry gets this 'Ah-Ha' moment, we are off to the races! 🚀

the challenge of tar in gasification.

tar is a complex mixture of hydrocarbons containing a wide range of aromatic substances, including benzene, toluene, and xylene (btx) and polyaromatic hydrocarbons (pahs). many of these substances are carcinogenic, and their presence in gasification processes, especially those using waste feedstock with plastic content, can be notably high.

tar concentrations in gas exiting a gasifier can range between 1% and 10%. as tars cool, they form a liquid or semisolid substance that fouls the system. tar-related fouling has been a major contributor to gasifier project failures worldwide.

higher gasification temperatures reduce tar formation, but this must be balanced against the risk of **** formation and system integrity issues at excessive heat levels. lessons from the air products tees valley failure.

one of the most high-profile gasification failures in the uk was the air products project in tees valley. although official information remains scarce, the following issues were major contributors to its £1bn write-off: severe erosion of the gasifier walls due to extreme conditions. failure of mechanical handling systems, leading to operational breakdowns.

excessive scale-up: the project jumped from a 10ktpa demonstrator to a 350kt facility, far exceeding the recommended industry 10x scale-up factor. even smaller scale-ups have faced significant challenges, demonstrating how high-risk such jumps can be.

why the powerhouse process is a gamechanger.

unlike conventional gasification systems that struggle with tar-related fouling, powerhouse energy (phe) has developed a breakthrough approach that minimizes tar formation and solves scale-up risks:

1️⃣ high-temperature gasification 🔥

the hotter the process, the lower the tar content. phe operates at temperatures high enough to break down tars effectively while avoiding material integrity issues.

2️⃣ rotary kiln system – not a static vessel ⚙️

traditional gasifiers struggle with stagnant zones, leading to uneven heating and tar buildup.

phe’s rotary kiln design continuously moves the feedstock, ensuring even thermal exposure and preventing localized tar formation.

3️⃣ rapid syngas cooling ❄️

tar is largely prevented from forming because the syngas is cooled rapidly, locking in the purity of the gas stream.

this minimizes fouling risks, which is one of the biggest operational challenges in gasification.

4️⃣ modular design: eliminating scale-up risks 🏗️

unlike air products' tees valley and other large-scale gasification projects, phe does not require a risky scale-up.

the modular approach means capacity increases are achieved by adding more modules, ensuring that each unit remains within proven, reliable operational parameters.

Continued.. 💡 Logical Flaw: The inability to short via one retail platform does not mean shorting isn't occurring elsewhere.

⚠️ 4. The Attack on PHE’s Business Progress

Claim: "The HUI JV in Ireland is ‘on the back burner’ and there is no large-scale Syngas supply deal with Aviox."

❌ Reality Check: Business development timelines in engineering-driven industries take years, not weeks. Industrial-scale waste-to-energy plants require extensive regulatory, environmental, and infrastructure approvals. Claiming a project is "dead" just because it's not finalized within an arbitrary timeframe is intellectually dishonest.

PHE has a structured roadmap with phased project development—this is normal in the energy sector. Companies like Tesla, BP, and Siemens have multi-year R&D cycles, so why should PHE be held to an unrealistic standard?

💡 Logical Flaw: Equating "not announced yet" with "failure" when the company is following a standard industrial development process.

🎭 5. The True Agenda: Creating FUD (Fear, Uncertainty, and Doubt) This entire post is crafted with psychological manipulation tactics:

✅ Cherry-Picking: Selecting only negative aspects while ignoring all positive developments.

✅ Strawman Arguments: Misrepresenting CMD expectations and attacking an argument that was never made.

✅ Appeal to Emotion: Creating panic with the "down 20%" narrative, while ignoring long-term investor value creation.

✅ Contradictions: Claims shorting isn’t happening, then implies hedge funds are manipulating markets.

🚨 Conclusion: This is not an honest critique—this is an intentional attempt to spread misinformation and spook retail investors. 🚨

🔥 Final Blow: Who Really Wins Here?

Ask yourself: Who benefits from making investors doubt PHE?

1️⃣ Short Sellers & Competitors – They profit when retail investors panic and sell.

2️⃣ Market Manipulators – They accumulate shares cheaply by engineering fear.

3️⃣ Trolls Seeking Attention – Individuals who thrive on negativity and discord.

💎 Real investors focus on the long-term vision, fundamentals, and execution—NOT market noise and orchestrated FUD campaigns.

📢 Next time you see a post like this, ask yourself: is this analysis, or an agenda? The answer is clear.

🚨 Debunking @Testpack3’s Misinformation & Exposing the FUD Agenda 🚨

Let’s systematically take apart this misleading post, exposing its logical flaws, weak arguments, and outright manipulative tactics.

🔥 1. The Fallacy of the 20% Drop & Market Conditions. Claim: "The market is down over 20% since the CMD, so it must be because of CMD!"

❌ Reality Check: The global markets, particularly the US, are not down 20%. Even if there were a decline, correlation does not imply causation. The sell-off in broader markets (if it even exists to this extent) is linked to macroeconomic factors—monetary policy shifts, rate hikes, and geopolitical issues—not some CMD event for a specific stock like PHE.

Furthermore, a 20% move does not indicate anything inherently wrong with the company. Market reactions are temporary, whereas fundamentals determine long-term value. Testpack3 conveniently ignores that many major stocks experience volatility post-CMDs as traders reposition—this is common market behaviour.

💡 Logical Flaw: Blaming a single event for an entire market movement without evidence is speculative nonsense.

⚙️ 2. The Attempt to Discredit PHE's Technology Without Data.

Claim: "If the CMD had given quantitative production data, the stock would be up 20% instead of down 20%."

❌ Reality Check: While transparency is valuable, sophisticated investors understand that key engineering and operational details are not typically disclosed during CMDs for competitive reasons.🔬 PHE's waste-to-energy process is based on advanced thermochemical gasification, which involves complex interactions of feedstock quality, reaction kinetics, and catalyst efficiency. These are parameters optimized over time, not overnight, and cannot be reduced to simple "running cost tables" as this troll suggests. Additionally: The company has a track record of technological validation and partnerships, which is a far better indicator of its credibility than cherry-picked "missing data."

Successful commercialization requires controlled scaling and validation phases—jumping straight to full disclosure of engineering specifics would be reckless.

💡 Logical Flaw: Assuming that lack of specific technical data = failure. In reality, companies with cutting-edge technology protect their proprietary insights.

📉 3. The “Shorting” Argument: A Failed Gotcha Moment.

Claim: "Swaz thinks PHE is being shorted, but shorting isn't possible on IG."

❌ Reality Check: Just because IG (a single retail brokerage) does not allow shorting does not mean shorting is impossible. Institutions can short stocks via various derivatives, CFD markets, and offshore accounts. PHE is a small-cap stock, making it a prime target for manipulative shorting tactics, including coordinated shorting to trigger stop losses and induce panic selling. 🔥 Testpack3 pretends shorting isn’t happening, yet admits hedge funds ‘with inside information’ are doing it in the USA. This contr

@15LIVES Of course you are a troll its all you do, "know them by their fruits". You are the literal definition of demonic. How do you even sleep at night? You people disgust me.

The institutions are the ones dumping. They are shorting it and many here work for them. Dont let them steal your shares. This stock will rocket soon. This is a classic move by the market makers to defraud the retail investors. It's not the Whites. They can't move the market like this. I'll update the numbers soon. Strong support at half a penny. The trolls, who work for the market makers are out of their caves and do the maths. This is utter BS . This is a last-ditch attempt to squeeze retail. They don't care about the technology the MMs are robots. Lizard people. They will burn the entire world to make money such is the greed in them. https://www.tradingview.com/x/tcy1c8Sd/

2.3. Claim: “A butane cylinder was providing flare gas”Rebuttal: Flare stacks are an integral safety feature in all hydrocarbon-processing units, including DMG® systems. In the initial commissioning phases, controlled flaring is expected before full system optimization.🔹 Key Scientific Fact: Every operational waste-to-energy plant worldwide—including plasma gasification units in Japan and the U.S.—has utilized controlled flaring during setup and commissioning.

3. Market & Financial Considerations: Why This Misinformation is Malicious. 3.1. Why This Deramp Attempt is Illogical

The underlying theme of the post is attempting to fabricate doubts about a system that has been extensively validated by independent engineers, industry bodies, and commercial partners. Here’s why these claims hold no ground: PHE’s IP & Patents Have Been Rigorously Evaluated. Multiple patents protect DMG®'s unique thermal conversion methodology.

Independent feasibility studies have validated the technology’s efficiency, gas yield, and scalability. Institutional Validation & Partnerships. Waste Refuse Companies, local councils, and industrial partners have already secured agreements for DMG® units. The fact that land, feedstock, and planning permissions are in place debunks the notion that this technology is being artificially hyped. Commercial Scalability vs. Single Demonstration Day. The post misleadingly suggests that a single CMD event determines the validity of an entire commercial project. Real-world deployment is based on months of engineering trials, third-party validations, and iterative optimizations. 4. Final Conclusion: This is a Clear Deramp Attempt. The claims presented in testpack3’s post lack any technical, logical, or financial grounding. Here’s the chain of reason: The absence of visible ‘feed’ proves nothing – Gasification feed systems are enclosed.

Lack of external heat radiation is expected – Gasifiers do not function like open-flame incinerators. Flare stacks are a normal commissioning feature – Used industry-wide, including in large-scale hydrogen plants. The presence of partnerships, infrastructure, and patents confirms commercial legitimacy – This is not a concept project; it is an industrial rollout. This post is textbook market manipulation intended to mislead retail investors by cherry-picking irrelevant observational details while ignoring fundamental science, engineering principles, and commercial realities.

Key Takeaway: PHE’s technology is scientifically sound, commercially backed, and strategically positioned for scalable deployment. This misinformation should be dismissed outright by informed investors

Recent comments from @testpack3 suggest that Powerhouse Energy Group (PHE)'s CMD demonstration of its Distributed Modular Generation (DMG®) system may have been a scam. These claims insinuate that there was no observable ‘feed’ entering the furnace and that a butane cylinder might have been used to create the appearance of a working system. This assertion, which lacks any scientific, technical, or logical foundation, misrepresents the capabilities of PHE’s patented technology and aims to mislead investors.

1. Understanding DMG® Technology: The Fundamentals.1.1. How DMG® Works in Practical Application.

Powerhouse Energy’s DMG® technology is a patented system that converts non-recyclable waste plastics into synthetic gas (syngas), which can be used for electricity, hydrogen production, or direct industrial applications. Feedstock Requirement: The 2.5tpd (tonnes per day) DMG® unit requires 100 kg/hr of feedstock.Process Efficiency: The system is designed to operate continuously, meaning that once initial conditions are met, the process sustains itself without requiring constant manual intervention.Flare Stack Function: Flaring in gasification processes is not an indication of system failure or deception; it is a standard safety and commissioning feature to manage excess gas output.

🔹 Key Scientific Fact: Modern thermal conversion processes, such as gasification, often take time to reach thermal equilibrium, and minor operational adjustments during demonstrations are expected and documented in numerous peer-reviewed studies on similar technologies.

2. Addressing the Specific Allegations with Data & Reasoning. 2.1. Claim: “No ‘feed’ was seen entering the furnace”

Rebuttal: A CMD (Capital Markets Day) demonstration is NOT an industrial trial. The focus was on demonstrating functionality, not running at full capacity. Visual confirmation of feed entry is irrelevant in a controlled demonstration setting. Gasification feedstocks do not enter in an open, visible manner as they are typically pre-processed, fed via automated systems, and enclosed. Chain of Reason: Gasification occurs in a sealed chamber to control airflow, temperature, and pressure. If someone were expecting to see raw plastic waste visually burning, they fundamentally misunderstand the process.

2.2. Claim: “No one noticed if the furnace was radiating heat” Rebuttal: Gasification is not combustion. Unlike traditional incinerators, gasifiers do not produce open flames or extreme external heat radiation—heat is retained within the system to optimize efficiency. The system operates at 800–1,200°C internally, but due to insulation and design, external heat emissions can be minimal. 🔹 Key Scientific Fact: High-efficiency gasifiers use ceramic insulation and controlled heat retention, so the lack of visible radiation does NOT indicate malfunction. Continue.

@visitinghost The only field you know mate is the one you are standing in with your wellies on while talking to the sheep. Bah bah ba ba ba bahhh. :)

The UK is investing billions into hydrogen infrastructure, and JCB, BP, and the government are actively pushing hydrogen for heavy-duty applications. Hydrogen combustion engines are already in real-world testing, and UK policy is mandating net-zero transport solutions, meaning hydrogen will play a key role. Unlike outdated hydrogen ICE engines from the 90s, today’s hydrogen energy solutions are cost-competitive, especially when using low-carbon production methods like DMG®. 🚜 JCB is already rolling out hydrogen combustion engines in construction and agriculture, proving that this is no longer just a ‘concept’—it’s an active market shift.

📢 Conclusion: Facts > Misinformation.

🔥 @visitingghost’s arguments are outdated, misinformed, or irrelevant to PHE’s DMG® technology.💡 The reality?

✅ Plastic waste must be dealt with—DMG® is the best way to do it.

✅ Incineration is becoming unviable due to ETS carbon costs—DMG® offers a tax-free alternative.

✅ Hydrogen is scaling rapidly in the UK—DMG® aligns perfectly with government strategy.

⚡ It’s time to move past outdated narratives and look at the actual policy, economics, and market trends driving waste-to-energy and hydrogen forward. PHE’s DMG® is positioned for exactly this moment.

💥 Don’t let misinformation go unchallenged—PHE’s DMG® technology is not just viable, it’s essential.

Let's break down the claims made by @visitingghost and set the record straight with facts:

❌ Claim 1: “Plastic recycling is rubbish since recycled plastic performs worse and costs more than virgin plastic.”

✅ The Reality: Yes, traditional plastic recycling faces economic challenges, but that’s exactly why advanced waste processing technologies like PHE’s DMG® exist. DMG® doesn’t ‘recycle’ plastics—it transforms non-recyclable waste into energy and syngas, eliminating landfill dependency and incineration taxes. UK policy is actively discouraging plastic incineration and landfill use, making DMG® a superior and economically viable alternative. The UK Government’s Waste & Resource Strategy encourages waste-to-energy solutions as part of a circular economy, a shift that aligns with PHE’s scalable technology.🚀 In short: Recycling struggles, but DMG® thrives where recycling fails—turning problem plastics into valuable energy.

❌ Claim 2: “PHE can make syngas from plastic, but this process has to compete with incineration facilities willing to use plastic to increase MSW calorific value.”

✅ The Reality: This completely ignores the UK Emissions Trading Scheme (ETS) expansion, which penalizes incineration with increasing carbon costs: Incineration facilities are now financial liabilities, as the UK government’s carbon pricing mechanism (ETS) will impose significant costs on CO₂ emissions from burning waste. DMG® is carbon-efficient and avoids ETS costs, meaning councils will actively seek alternatives to incineration to avoid penalties. DMG® produces energy and syngas with a lower carbon footprint than incineration, making it a financially and environmentally smarter option.

📉 The shift is already happening: Incineration is becoming a stranded asset while low-carbon waste-to-energy solutions like DMG® align with UK decarbonization policies.

❌ Claim 3: “Ammonia to H2 is energetic vandalism and will never happen on an industrial scale because it does not make sense.”

✅ The Reality: A strawman argument that’s irrelevant to DMG®. PHE’s DMG® technology is not reliant on ammonia-to-hydrogen conversion. Instead, it: Produces hydrogen and syngas from non-recyclable waste plastics, an entirely different and cost-efficient process. Is backed by the UK Hydrogen Strategy, which prioritizes local, distributed hydrogen production—exactly what DMG® enables. Avoids reliance on costly electrolysis, making it cheaper and more scalable than many competing hydrogen production methods. ⚡ DMG® doesn’t need ammonia gimmicks—it converts plastic waste into energy, syngas, and hydrogen in a proven, policy-aligned way.

❌ Claim 4: “JCB Engines? H2 engines have existed since the 90s and never made a market breakthrough: too expensive per hour of engine running.”

✅ The Reality: Hydrogen has faced commercial barriers in the past, but 2024 is not the 1990s—the landscape has changed entirely: The

📢 BT.A Institutional Dark Pool Report – FREE DL https://drive.google.com/file/d/1rtYnfzWr_WXxp84eFtNiid5IVQWJkXH_/view?usp=sharing

Fellow traders and investors, After two years of relentless R&D, advanced AI modelling, and deep institutional tracking, we are unveiling the most comprehensive Dark Pool & Institutional Flow Report ever created for BT Group (BT.A – LSE).

🔍 What’s Inside? This isn’t just a stock report—it’s an institutional-grade market intelligence tool tracking hidden liquidity flows, off-exchange accumulation, block trade movements, and AI-powered sentiment analysis.

✔ Dark Pool Volume at 44.1% (vs. 35.5% historical average)

✔ Institutional Buy/Sell Ratio at 1.98 – Confirmed stealth accumulation

✔ VWAP Premium +2.83% – Institutions paying above market rate for shares

✔ Off-Exchange Trading Ratio at 2.40:1 – Institutions dominating price discovery

✔ Options Flow & Derivatives Sentiment – Institutions positioning for a breakout

📈 Why This Matters? This level of tracking is usually reserved for hedge funds and investment banks—but we’ve built something retail traders never had access to before. The data, AI analysis, and execution models provide an unfair edge in understanding where smart money is moving. FREE DL https://drive.google.com/file/d/1rtYnfzWr_WXxp84eFtNiid5IVQWJkXH_/view?usp=sharing

https://x.com/SwazersC

@Slappyfpv You have zero arguments. What are you even doing here? You are not good at trolling. I easily take apart your FUD. Give it up your time is over here.

@Patxaran The days of you and your other bad actors deramping this stock to gain financial advantages will soon be over. The market will take you all out. You operate on lies and greed. The clock is ticking you need to close your shorts.

@15LIVES, you misrepresent the uniqueness claim regarding Powerhouse Energy’s DMG technology and its role in Sustainable Aviation Fuel (SAF) production. Let’s clarify the difference between generic Fischer-Tropsch (FT) pathways and why DMG is not just another FT-based process.

1️⃣ SAF Feedstock Validation – What Makes DMG Unique?✔ Not All Fischer-Tropsch (FT) Inputs Are Equal:

The Honeywell FT-SPK process you cite relies on hydrocracking multiple waste sources (liquids and waxes).

DMG produces ultra-clean syngas directly from waste plastics, without relying on crude oil derivatives or fossil-based waste inputs. Few pyrolysis-derived syngas systems meet ASTM D7566 SAF criteria—DMG does.✔ DMG’s SAF Potential Comes from Decentralized Production: Unlike centralized FT refineries, DMG is scalable in modular units, meaning waste-to-fuel production can be localized. This allows for SAF production directly at the point of waste generation, significantly reducing logistical inefficiencies.

2️⃣ Direct Industry Validation: Avioxx Deal & Commercial Scaling.✔ Unlike Other Syngas Producers, DMG Has Secured a Commercial SAF Partner: Avioxx has already partnered with Powerhouse Energy for synthetic syngas production.

If DMG were ‘just another generic pyrolysis system’, why would an industry player actively integrate it into their SAF expansion model?✔ Strategic Alignment with Mandated SAF Expansion: EU & UK SAF mandates require massive production scale-ups.Airlines & fuel providers are investing heavily in modular, decentralized solutions—which DMG offers.

3️⃣ Addressing Your ‘5 Tonnes of Syngas’ Question.✔ The 5 tonnes/day figure is from PHE’s FTU testing site at Bridgend, where two 2.5-tonne-per-day gasifiers are deployed.✔ This is pilot-level output—scalability is built into the model, and Avioxx requires significantly more production capacity to meet targets.✔ When scaled, Avioxx plans to produce 32,000 tonnes of SAF per year—requiring multiple DMG units. Final Takeaway: DMG is Not Just Another FT Pathway.

❌ You are incorrectly assuming that all SAF pathways are interchangeable—this is false.

✅ DMG has a verified ASTM-compliant SAF feedstock validation.

✅ DMG has commercial traction (Avioxx) and aligns with mandated SAF expansion.

✅ DMG offers modularity, localization, and decentralized scaling advantages over traditional centralized SAF refining. I am only entertaining you for the good of genuine investors. I know you are a bad-faith actor. My replies are not for you. Understand what I am doing here. I am here to combat accounts like you.

🔗 4. Financially Scalable, Technologically Ready. PHE’s modular DMG® units are scalable and designed for integration into existing UK waste management frameworks:​ 📌 Decentralized deployment—local DMG® facilities eliminate waste transportation inefficiencies.📈 Revenue opportunities—DMG® plants generate electricity, heat, and syngas, creating economic value from waste.🔋 Aligned with UK energy policy—a practical, domestic solution to rising energy costs.

📊 ETS Modelling and Traded Carbon Values: According to the UK Government’s 2023 Traded Carbon Values report, the central scenario estimates the cost of carbon at £70 per tonne in 2023, rising to £121 per tonne by 2035. The inclusion of incineration in ETS means councils will face an increasing financial burden if they do not seek alternative energy solutions like DMG®.​ With CMD next week, PHE must demonstrate its financial and operational readiness to scale. Investors and policymakers need to see how DMG® integrates seamlessly into existing infrastructure while reducing financial exposure for councils.​

🚀 5. PHE’s Role in the UK’s Energy FutureAs the UK accelerates towards net-zero by 2050, incremental policy adjustments like ETS taxation are not enough—we need transformational solutions like DMG® that can:​🏆 Support UK energy security, reducing reliance on imports.💡 Attract government funding for waste-to-energy projects, making DMG® a compelling investment.♻️ Deliver a fully circular economy solution, ensuring waste is repurposed for energy production.🔥 Conclusion: The Logical Solution for a Broken Policy. The government’s incineration tax is a blunt instrument, unfairly penalizing councils while failing to tackle the real issue—fossil-based waste production. Instead of absorbing massive costs, councils should actively adopt DMG® technology as a scalable, low-carbon alternative.​By transitioning to PHE’s DMG® system, councils and industry can:​✅ Avoid ETS penalties and rising incineration costs.

✅ Eliminate landfill reliance while cutting emissions.✅ Create sustainable revenue streams through energy and heat production.✅ Align with UK net-zero and circular economy targets.📢 With CMD just around the corner, now is the time for PHE to showcase DMG® as the most commercially viable and environmentally responsible waste-to-energy solution available today.​ ⚡ The time for half-measures is over—embrace innovation or face escalating costs and environmental damage.

PHE and DMG®: Transforming the UK’s Waste into Energy 🚨 The Crisis: Unfunded Costs and a Flawed Policy 🚨The UK’s waste management sector is at a critical turning point as the government plans to extend the Emissions Trading Scheme (ETS) to include waste incineration by 2028. According to the County Councils Network (CCN), this change could impose up to £747 million in costs by 2028, escalating to £1.1 billion by 2036, creating a major financial burden on local councils. These costs could lead to higher council taxes, public service cuts, or increased landfill dependency, all of which run counter to the UK’s waste reduction and net-zero goals.​ With Powerhouse Energy Group plc (PHE) gearing up for a crucial Capital Markets Day (CMD) next week, now is the time to highlight how its Distributed Modular Generation (DMG®) technology offers a financially viable, environmentally sound, and scalable solution to this growing crisis.

✅ 1. PHE’s DMG®: A Smart Alternative to Incineration. With waste incineration set to become a financially crippling option, councils need a cost-effective, net-zero-aligned alternative. PHE’s DMG® technology delivers by:​♻️ Eliminating non-recyclable plastics while avoiding carbon penalties under the ETS.⚡ Producing syngas for energy generation, reducing reliance on fossil fuels.💷 Generating revenue streams—electricity and heat production help offset operating costs for councils and industry.🚛 Decentralized deployment—local plants reduce transport emissions and infrastructure costs.🔥 Instead of being taxed for waste disposal, councils and businesses can convert waste into valuable energy while cutting emissions.

💰 2. UK Waste Policy: A Shift Towards Circular Economy. The UK government’s Resource & Waste Strategy aims to drive a circular economy where waste is minimized, and materials are recovered efficiently. However, ETS expansion directly contradicts this goal by punishing councils for incinerating waste without providing a scalable alternative.​🏭 Local Government Association (LGA) and CCN have criticized ETS inclusion, stating that councils have limited control over the volume of fossil-based waste entering their collection systems.📊 Polling suggests that 48% of the public believe packaging producers should bear the cost, yet the tax falls on local authorities instead.🔄 DMG® supports the shift to producer responsibility by converting waste plastics into usable energy, reducing reliance on landfill and incineration.

📢 Government funding should be directed toward waste-to-energy innovations like DMG® instead of reactive taxation policies.

🏭 3. Tackling the Landfill Crisis Before It Grows. With landfill use expected to rise as councils seek cheaper waste disposal options, DMG® provides a practical and scalable solution:​🚯 Diverts non-recyclable plastics away from land fills, converting them into electricity and heat.🌍 Cuts methane emissions,

@15LIVES As you know, your "question" has already been addressed multiple times, but let’s break it down with facts, again. Powerhouse DMG’s uniqueness isn’t theoretical—it’s backed by real-world advantages, particularly in the Sustainable Aviation Fuel (SAF) space. Here’s what separates DMG from conventional pyrolysis plants:

📌 SAF Feedstock Validation – DMG’s syngas meet the critical criteria for Fischer-Tropsch (FT) SAF production, aligning with ASTM D7566 specifications, making it a direct enabler for sustainable aviation fuel production. Most pyrolysis systems lack this level of integration into verified SAF pathways.

📌 High-Purity Hydrogen & CO Output – Unlike generic syngas producers, DMG’s controlled thermal conversion yields a high ratio of hydrogen and carbon monoxide, the essential building blocks for FT-SAF production. Traditional pyrolysis outputs require additional refining to achieve this.

📌 Avioxx Deal – Commercial Validation – Powerhouse has already secured a partnership with Avioxx, a strategic move positioning DMG within the emerging SAF supply chain. If DMG were just another ‘modular pyrolysis system,’ why is a serious industry player committing to working with them?

📌 Scalability & Modularity – Unlike conventional gasification setups, DMG’s decentralized model is tailored for localized SAF production, allowing for a more adaptable, distributed aviation fuel supply network, rather than centralizing refining at limited facilities.

At this point, there is no logical basis to claim DMG is ‘just another syngas producer.’ It is a SAF-ready, commercially validated, and strategically positioned technology with real-world applications. If that still isn’t clear after multiple explanations, then it’s obvious this discussion isn’t being engaged in good faith. We analyse the real market impact, not recycled distractions.

@Divvyup Appreciate the point, The scenario we outlined wasn’t a prediction, nor was it an attempt to preempt an RNS—it was a structured analytical exercise using real data, market precedents, and logical inference to explore the potential impact of syngas efficiency confirmation. This is exactly what analysis is meant to do: assess different possibilities, weigh their potential significance, and give investors a structured way to think about risk and opportunity.

As you rightly point out, an RNS would be the proper channel for material disclosure, ensuring a level playing field. However, markets don’t wait for RNS drops to react—they price in expectations, speculation, and probabilities. Our approach helps filter through the noise and identify potential catalysts before they become obvious.

That said, syngas yield efficiency is just one of the key elements that could shape sentiment around PHE at CMD. The bigger picture includes commercialisation pathways, funding clarity, and strategic partnerships—all of which will need to be addressed for sustained momentum. Let’s see if Tuesday’s RNS provides substance beyond just technical validations. We fully expect organic growth, not hype-driven moves, and we are firmly grounded in reality. No wild speculation—just methodical analysis of facts, trends, and how they translate into potential market impact. Hence my post. Cheers, Swazers.

Continued. If Wastefront received £100M for tire-to-fuel, why wouldn’t plastic-to-fuel (via PHE’s DMG) follow the same investment trajectory?

🌟 Hypothesis: A Multi-Million Pound SAF Investment Into Powerhouse Energy. If CMD results are strong, the logical next step is institutional & private capital investment into DMG expansion. Avioxx’s SAF production needs to align directly with DMG’s scalable synthetic gas production capabilities. With a mandated SAF supply gap, capital must flow into technologies that provide rapid, decentralized production scalability. Multi-million-pound infrastructure investment into PHE’s DMG rollout is a highly probable next step.

Conclusion & Disclaimer.

This document presents a logical, fact-driven hypothesis based on current investment trends, regulatory mandates, and technological advancements. While no formal investment commitments have been announced, the interconnected factors suggest a high probability that capital will flow into PHE if CMD results are favourable.🚀 With growing SAF mandates, investor pressure, and scalable waste-to-fuel technology, Powerhouse Energy could be at the centre of a major capital shift.