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The Future of Sustainable Aviation Fuel (SAF) is Here—And It’s Powered by Waste. The aviation industry is at a turning point. With strict emissions targets looming and regulatory mandates pushing for Sustainable Aviation Fuel (SAF) adoption, the race is on to develop scalable, waste-derived alternatives to traditional jet fuel. One of the most groundbreaking developments in this space has just unfolded: IAG’s investment in Wastefront, a move that signals a massive shift towards non-traditional SAF feedstocks—including tyre-derived fuel. This investment validates the role of waste-to-fuel solutions in aviation decarbonization, but it also raises a critical question: Where does this leave other waste-to-energy players, like Powerhouse Energy (PHE)? In our latest deep-dive report, we explore:

✔️ Why IAG’s investment in Wastefront is a game-changer for SAF

✔️ The growing role of waste-derived fuels, including plastics, syngas & hydrogen

✔️ How Powerhouse Energy (PHE) & Avioxx fit into this expanding market

✔️ The regulatory & commercial drivers shaping the next decade of SAF production

The waste-to-fuel revolution is accelerating, and aviation is set to become one of its biggest beneficiaries. Read the full story here for FREE: https://substack.com/@swazers/note/c-91113373

IAG’s Investment in Wastefront and Its Impact on Sustainable Aviation Fuel (SAF) Key Takeaways from the Press Release. International Airlines Group (IAG) has invested in Wastefront, a company pioneering the conversion of used tyres into Sustainable Aviation Fuel (SAF). Wastefront’s Sunderland plant is set to be the UK’s largest tyre-to-fuel facility, with a £100 million investment, creating over 100 jobs. The plant will process up to 10 million waste tyres annually, which would otherwise be exported and incinerated. SAF produced by Wastefront is expected to reduce lifecycle carbon emissions by 80% compared to fossil fuels. The project aligns with the UK’s new SAF mandate, requiring 10% of all UK-departing jet fuel to come from sustainable sources by 2030. Wastefront already has a 10-year agreement for End-of-Life Tyres (ELTs) with Gateway Resources, securing its feedstock.

🌍 Strategic Implications for the SAF Market.

1️⃣ Major Validation of Waste-to-SAF Technologies. IAG’s investment in Wastefront is a landmark endorsement of waste-derived SAF, especially from non-traditional feedstocks like tyres. This strengthens the business case for alternative SAF production methods, which include plastic-to-hydrogen and synthetic fuel pathways—technologies directly relevant to Powerhouse Energy (PHE) and similar firms.

2️⃣ Tyre-to-Fuel as a Scalable SAF Solution. The UK alone generates 50 million ELTs per year, making tyre-derived oil (TDO) an abundant and underutilized resource. Wastefront’s facility will process 10 million tyres annually, turning them into TDO for road fuels and SAF. The plan to expand to multiple facilities by 2030, producing 128,000 tonnes of oil per year, shows this is not a one-off project but a scalable SAF supply chain.

3️⃣ Regulatory and Market Tailwinds. The UK’s SAF mandate (effective January 2025) requires airlines to use 10% SAF by 2030 and 22% by 2040. Achieving this means the UK needs to produce 1.2 million tonnes of SAF per year, compared to just 64,000 tonnes in 2023—a massive production gap that companies like Wastefront are now helping to fill. This reinforces the growing demand for waste-to-fuel solutions, including Powerhouse Energy’s plastic-to-hydrogen technology, as airlines and governments push to meet mandates.

4️⃣ PHE and Other Waste-to-Energy Companies Could Benefit. If Wastefront’s tyre-to-SAF model succeeds, it further validates waste-to-fuel projects globally. PHE’s DMG® technology, which converts waste plastics into hydrogen and syngas, could be positioned as another waste-derived energy source for aviation. The aviation industry needs diversified SAF supply chains—this means plastic-to-fuel, hydrogen-to-SAF, and tyre-to-fuel technologies can coexist and complement each other.

"Does a patent protect against a firm from outside the patent territory supplying equipment? I would have thought not."

@Plantdad, your question above reflects a common misunderstanding about patent enforcement and territorial scope, so let’s break it down.

📌 How Patent Protection Works Across Territories

1️⃣ Patent protection is territorial—meaning it applies only within the countries where the patent is granted and in force.

2️⃣ A firm outside the patent territory can still infringe if they import, sell, or use patented technology within the protected jurisdiction.

3️⃣ Patent law extends beyond direct manufacturing—if a company outside a patent territory supplies patented equipment or processes to a region where the patent is enforced, it may still be held liable for indirect infringement.

✅ So, yes—a patent does protect against firms from outside the patent territory if they are supplying equipment that enables infringement within the protected region.

🔍 Why This Is Relevant to PHE & Waste-to-Fuel Technology

PHE’s DMG® process is a patented technology, meaning its intellectual property is protected in the territories where the patents are granted. If another company tries to supply or implement an identical or functionally equivalent process in a jurisdiction where PHE holds a patent, they could face legal consequences. Companies seeking to replicate patented waste-to-fuel processes must either license the technology or develop a sufficiently different approach to avoid infringement.

🚨 Key Takeaway

📌 Patents provide enforceable protection in relevant jurisdictions, including restrictions on supply chain infringement.

📌 A company outside a patent territory isn’t automatically exempt if its equipment contributes to infringement in a protected market. 📌 PHE’s patents are a significant asset, safeguarding its intellectual property and preventing unauthorized replication in key markets.

📣 This isn’t a loophole—patent enforcement ensures that companies like PHE can maintain their competitive advantage, regardless of where a supplier is based. 🔥♻️

Continue.. @Tatty99

📌 The SAF market is still growing, and diverse waste-to-fuel solutions will be required to meet global demand.

📌 With Bridgend’s hot commissioning just weeks away, PHE is entering a pivotal moment in proving its commercial viability.

📣 Bottom line: This attempt to discredit PHE is unfounded. The SAF and waste-to-energy sectors are expanding, and PHE’s multi-feedstock, multi-output technology ensures its relevance in this transition.

@Tatty99 your comment is misrepresenting the broader waste-to-fuel sector and ignoring key developments that contradict your argument. Let’s clarify the real facts.

🚨 Breaking Down Your Misinformation.

1️⃣ “Wastefront have made a smart move focusing on SAF made from a simple feedstock. PHE should do the same.”🚩 This is an oversimplification of waste-to-fuel technology. Wastefront and PHE operate in different but complementary areas—tyre-to-fuel vs. plastic-to-energy. PHE’s DMG® technology is designed for high-calorific, non-recyclable waste, including plastics and biomass, providing syngas, electricity, and hydrogen—not just hydrogen, as some wrongly assume. SAF production requires multiple feedstocks, and waste-derived fuels are increasingly diverse. PHE’s technology can provide both syngas and hydrogen as feedstocks for SAF, alongside other industrial applications.

✅ There is no single “correct” approach to waste-to-fuel—different technologies serve different roles in a broader ecosystem.

2️⃣ “I fear it’s too late now for PHE to jump on the same bandwagon.”🚩 This misunderstands the industry timeline.

The SAF industry is still in the early adoption phase. The UK’s SAF mandate only starts in 2025 and will scale up to 10% SAF use by 2030. There is no single ‘bandwagon’—SAF will come from multiple sources, including plastics, biomass, syngas, and hydrogen. PHE’s partnership with Avioxx shows they are actively engaged in the SAF transition. PHE’s Bridgend facility is now approaching its hot commissioning phase, set to begin in the coming weeks. This is a critical milestone in proving the commercial readiness of its DMG® technology and securing further industrial applications.

✅ It’s not too late—SAF development is a long-term process, and waste-to-energy companies like PHE are positioning themselves accordingly.

3️⃣ “It’s been years now and still miles away from a commercial-grade DMG.”🚩 This is a misleading claim that ignores standard technology development timelines. Scaling waste-to-energy technology requires regulatory approval, commercial agreements, and operational testing—all of which take time. Wastefront itself took years to secure investment and reach this stage. PHE is following a similar trajectory. PHE’s Bridgend site is entering hot commissioning, a key phase before full-scale commercial rollout.DMG® systems are designed to provide multiple outputs—electricity, hydrogen, and syngas—each with commercial applications.

✅ PHE’s commercial rollout is progressing in line with standard industry timelines—this is not an anomaly.

🔥 The Real Takeaway.

📌 Waste-to-fuel is not a one-size-fits-all market. PHE, Wastefront, and other companies are contributing different solutions that work together.📌 PHE’s technology is not limited to hydrogen—it also produces syngas and electricity, making it a flexible solution for various industries.

Continue...

🚀 The Bigger Picture – Why This Matters.

✅ IAG’s investment in Wastefront is a strong endorsement of the viability of SAF derived from alternative waste streams.

✅ The success of this plant could open doors for further investment in waste-to-fuel infrastructure, benefiting companies like PHE, Avioxx, and others in the sector.

✅ With SAF mandates growing globally, multiple production pathways will be needed—plastic waste, biomass, synthetic fuels, and now tyre-derived fuels.

✅ PHE’s waste-to-hydrogen technology may find a niche within this ecosystem, providing another sustainable aviation fuel option for the growing SAF market.

🔎 Final Thought: A Major Step for Waste-to-Fuel Adoption.

This investment solidifies waste-based SAF as a viable alternative to traditional jet fuels, strengthening the case for similar technologies. If Powerhouse Energy and other waste-to-fuel innovators can align with these industry trends, they stand to benefit from the rapidly expanding SAF market. 🌍♻️🚀

IAG’s Investment in Wastefront and Its Impact on Sustainable Aviation Fuel (SAF) Key Takeaways from the Press Release. International Airlines Group (IAG) has invested in Wastefront, a company pioneering the conversion of used tyres into Sustainable Aviation Fuel (SAF). Wastefront’s Sunderland plant is set to be the UK’s largest tyre-to-fuel facility, with a £100 million investment, creating over 100 jobs. The plant will process up to 10 million waste tyres annually, which would otherwise be exported and incinerated. SAF produced by Wastefront is expected to reduce lifecycle carbon emissions by 80% compared to fossil fuels. The project aligns with the UK’s new SAF mandate, requiring 10% of all UK-departing jet fuel to come from sustainable sources by 2030. Wastefront already has a 10-year agreement for End-of-Life Tyres (ELTs) with Gateway Resources, securing its feedstock.

🌍 Strategic Implications for the SAF Market.

1️⃣ Major Validation of Waste-to-SAF Technologies. IAG’s investment in Wastefront is a landmark endorsement of waste-derived SAF, especially from non-traditional feedstocks like tyres. This strengthens the business case for alternative SAF production methods, which include plastic-to-hydrogen and synthetic fuel pathways—technologies directly relevant to Powerhouse Energy (PHE) and similar firms.

2️⃣ Tyre-to-Fuel as a Scalable SAF Solution. The UK alone generates 50 million ELTs per year, making tyre-derived oil (TDO) an abundant and underutilized resource. Wastefront’s facility will process 10 million tyres annually, turning them into TDO for road fuels and SAF. The plan to expand to multiple facilities by 2030, producing 128,000 tonnes of oil per year, shows this is not a one-off project but a scalable SAF supply chain.

3️⃣ Regulatory and Market Tailwinds. The UK’s SAF mandate (effective January 2025) requires airlines to use 10% SAF by 2030 and 22% by 2040. Achieving this means the UK needs to produce 1.2 million tonnes of SAF per year, compared to just 64,000 tonnes in 2023—a massive production gap that companies like Wastefront are now helping to fill. This reinforces the growing demand for waste-to-fuel solutions, including Powerhouse Energy’s plastic-to-hydrogen technology, as airlines and governments push to meet mandates.

4️⃣ PHE and Other Waste-to-Energy Companies Could Benefit. If Wastefront’s tyre-to-SAF model succeeds, it further validates waste-to-fuel projects globally. PHE’s DMG® technology, which converts waste plastics into hydrogen and syngas, could be positioned as another waste-derived energy source for aviation. The aviation industry needs diversified SAF supply chains—this means plastic-to-fuel, hydrogen-to-SAF, and tyre-to-fuel technologies can coexist and complement each other.

📢 Strong Insider Buying Signals Confidence in Banco Santander (#BNC.)

📥 Get Your Free Copy of the Full TriFusionAI Report. https://drive.google.com/file/d/1y75VV2nLBmYlOAkxO9b5KNrBV3pMPZT4/view?usp=sharing

Download the complete Banco Santander (BNC.L) Report for a detailed, data-driven analysis of insider activity, institutional positioning, and technical outlook. No cost, no commitment—just deep market insights.

The Current Position of BNC.

Banco Santander (BNC.) is at a significant turning point, with multiple factors influencing its trajectory. This report provides a comprehensive analysis of the bank's financial health, market positioning, and macroeconomic environment to present a data-driven outlook on what may lie ahead.

Key Findings.

This report moves beyond basic analysis to incorporate institutional data, insider activity, technical indicators, and macroeconomic influences, offering a complete investment perspective.

Banco Santander has been forming a long-term ascending structure, and the next phase will be dictated by several converging factors. This report examines:

📈 Institutional Confidence: BlackRock, Vanguard, and Norges Bank have increased their stakes, reflecting confidence in Santander’s growth prospects and financial stability.

💳 Insider Buying Surge: CEO Ana Botín has made her largest share purchase since 2019, demonstrating personal conviction in the company’s outlook. CFO José García Cantera has also increased his stake, along with multiple board members who have collectively acquired over 300,000 shares in the last quarter. The absence of insider selling over this period suggests internal alignment on long-term growth potential.

💰 Balance Sheet Strength: Santander’s free cash flow has surpassed £4.2B, improving its ability to fund dividends, share buybacks, and strategic expansion.

📊 Technical Outlook: The stock is testing key resistance within an ascending channel, with indicators pointing towards a potential move beyond 440 GBX.

🔥 Retail Trading Activity: There has been a notable increase in call option activity at 450 GBX & 500 GBX, indicating growing optimism among retail investors.

📌 Macroeconomic Conditions: With ECB interest rates stabilising and inflation easing, Santander’s net interest margin is expected to remain healthy.

⚖️ Debt Management: The debt-to-equity ratio has declined to 2.1x, reflecting improved leverage management. Interest coverage remains strong at 4.5x, reducing credit risk.

💵 Profitability Indicators: Return on Equity (ROE) is 11.5%, exceeding the industry average, while the bank’s net profit margin of 19.2% highlights solid earnings performance. Our FREE Substack story is here https://substack.com/@swazers/note/c-90999858

Continue...

✅ Response: "Resorting to personal attacks instead of countering facts proves you have no real argument. Popularity means nothing—accuracy does."

🔥 Final Response: Exposing Their FUD With Our Facts.

📌 "Making false accusations without evidence isn’t a debate—it’s just noise. If you have an actual counterargument, provide data. Otherwise, this is just another weak attempt at FUD."

📌 "PHE has a real FEED contract, NH2 is progressing through planning, and global hydrogen funding is expanding. These are real developments—not speculation."

📌 "Calling me ‘unpopular’ is not a counterargument. Clean energy is a long-term sector—dismissing it because it doesn’t moon overnight is ignorant of market realities."

@red_hornet AKA Moron Troll, AKA Liar.

This is a textbook example of a baseless personal attack—not a fact-based argument. Instead of engaging with technical data, market trends, or industry fundamentals, Red_Hornet resorts to empty accusations of "pump and dump" without any evidence.

1️⃣ "Swazers – you’re a pump and dump merchant, everyone knows that."

🚩 Baseless Accusation & Appeal to the Crowd Fallacy. They would provide evidence of manipulation if there were any factual basis for this—but they don’t. Using "everyone knows that" is a classic appeal to the crowd fallacy, implying consensus without proof. Reality: Posting factual research, technical analysis, and fundamental insights is not "pumping"—it’s informed discussion. ✅ Response: "If you're going to make accusations, at least provide evidence. Otherwise, this is just noise with zero credibility."

2️⃣ "The information you spread is theoretical stuff that might potentially happen in the next 10 years, which makes it irrelevant when they don’t even have a finished product."🚩 Strawman Argument & Lack of Market Understanding.

Many clean energy projects have long-term roadmaps. Hydrogen, waste-to-energy, and renewables are sectors driven by multi-year government policies and infrastructure timelines. Spain’s €1.3bn hydrogen hubs, Austria’s €578m Hydrogen Valley, and Australia’s $2bn Hydrogen Headstart program are not theoretical—they are actively funding hydrogen projects right now. PHE already has a FEED contract—meaning actual revenue, not just "theoretical potential."

✅ Response: "Clean energy and hydrogen projects are structured over long-term roadmaps—just like any major infrastructure investment. Spain, Austria, and Australia are already backing projects today. If you think that's 'theoretical,' you don’t understand the industry."

3️⃣ "The rubbish you’ve posted over the last 12 months, none of it has happened, it’s just part of your pump and dump cycle."🚩 Generalization Fallacy & Misinformation. They claim "none of it has happened"—which is false.PHE secured £400,000 from NH2 for FEED contracts.NH2 has submitted a planning application—a crucial step. The broader hydrogen economy has seen billions in funding, proving industry momentum. No examples, no proof—just blanket dismissal with no counter-evidence. ✅ Response: "Wrong again. PHE received £400,000 from NH2 for the FEED contract, NH2 has entered the planning phase, and global hydrogen investment is accelerating. These are verifiable facts—not speculation."

4️⃣ "You do it on many boards, hence the reason you are so unpopular and the mention of your name brings out the worst in people!"🚩 Personal Attack & Emotional Manipulation. This is not an argument—it’s an attempt to discredit the person instead of the content. Being "unpopular" in a forum full of trolls who attack any long-term vision is a badge of honour, not an insult. Trolls rely on

@H2hooo Mate, trolls can not handle facts or logic. Hence, they always revert to emotional arguments and lies. It's all about trying to control the share price, let's not forget that.

@15LIVES Your response is yet another classic example of FUD (Fear, Uncertainty, and Doubt), but with a twist of gaslighting and deflection and a large slice of dishonesty. More trolling and more BS.

🚨 Key Observations on 15LIVES’ Deflection Tactics:

1️⃣ "I couldn’t be bothered going through all your points" → 🚩 Evasion Tactic.

Instead of engaging with the full argument, you are cherry-picking one point and ignoring the strongest counterpoints.

This is a sign that you cannot disprove the other facts—so you strategically AVOID them.

2️⃣ "I clarified that NH2 has not yet received planning approval or raised money." → 🚩 False Framing.

You are misrepresenting the original discussion. The argument was never about NH2 already having full approval—it was about NH2 being in the correct procedural phase, with FEED funding already secured. I correctly stated that NH2 is in the expected regulatory process, not misrepresenting anything.

3️⃣ "I consider my view to be more accurate than yours." → 🚩 No Evidence, Just Opinions. An opinion is not a counterargument. Where is your data? Where is your evidence? Where is your official source?

Stating "I believe I’m right" without facts to back it up is meaningless, just like your post. Just like your weak arguments. Just like your misinformation.

4️⃣ "At no point did I say NH2’s application is a weak point." → 🚩 Shifting the Goalposts. In previous posts, you framed the planning phase as a reason to be sceptical. Now, YOU are backpedalling, claiming you never implied doubt—while still inserting uncertainty about NH2’s progress. This is a DISHONEST rhetorical tactic called "implying without committing." I keep exposing your BS and lies, yet you insist on being defeated in every one of my posts? trolls can never accept defeat. Why? the ones who understand this game know why.

5️⃣ "I don’t want to argue with someone who is closed-minded about Powerhouse or National Hydrogen." → 🚩 Personal Attack & Weak Exit Strategy. Instead of debating the actual facts, you attack the person for being “closed-minded.” This is called "poisoning the well"—YOU are discrediting your argument without engaging with it.

Ironically, refusing to engage with facts is the true closed-minded approach.

@15LIVES"If you can’t refute these key points with factual counterarguments, then this discussion is over. Facts stand, speculation falls. Simple as that." 🚀♻️🔥

@red_hornet

People do care. This is why I do what I do. I know I have won against you because all you can do is hurl personal insults. You can't beat me with logic or facts. You have lost the argument. You have been exposed.

@15LIVES Your response is yet another classic example of FUD (Fear, Uncertainty, and Doubt), but with a twist of gaslighting and deflection and a large slice of dishonesty. More trolling and more BS.

🚨 Key Observations on 15LIVES’ Deflection Tactics:

1️⃣ "I couldn’t be bothered going through all your points" → 🚩 Evasion Tactic.

Instead of engaging with the full argument, you are cherry-picking one point and ignoring the strongest counterpoints.

This is a sign that you cannot disprove the other facts—so you strategically AVOID them.

2️⃣ "I clarified that NH2 has not yet received planning approval or raised money." → 🚩 False Framing.

You are misrepresenting the original discussion. The argument was never about NH2 already having full approval—it was about NH2 being in the correct procedural phase, with FEED funding already secured. I correctly stated that NH2 is in the expected regulatory process, not misrepresenting anything.

3️⃣ "I consider my view to be more accurate than yours." → 🚩 No Evidence, Just Opinions. An opinion is not a counterargument. Where is your data? Where is your evidence? Where is your official source?

Stating "I believe I’m right" without facts to back it up is meaningless, just like your post. Just like your weak arguments. Just like your misinformation.

4️⃣ "At no point did I say NH2’s application is a weak point." → 🚩 Shifting the Goalposts.

In previous posts, you framed the planning phase as a reason to be sceptical. Now, YOU are backpedalling, claiming you never implied doubt—while still inserting uncertainty about NH2’s progress. This is a DISHONEST rhetorical tactic called "implying without committing." I keep exposing your BS and lies, yet you insist on being defeated in every one of my posts? trolls can never accept defeat. Why? the ones who understand this game know why.

5️⃣ "I don’t want to argue with someone who is closed-minded about Powerhouse or National Hydrogen." → 🚩 Personal Attack & Weak Exit Strategy. Instead of debating the actual facts, you attack the person for being “closed-minded.” This is called "poisoning the well"—YOU are discrediting your argument without engaging with it.

Ironically, refusing to engage with facts is the true closed-minded approach.

@15LIVES"If you can’t refute these key points with factual counterarguments, then this discussion is over. Facts stand, speculation falls. Simple as that." 🚀♻️🔥

@15LIVES It’s interesting that rather than addressing all the points with counter-evidence, you’ve chosen to engage with just one—and even that is a misdirection.

1️⃣ You implied that NH2’s planning application was a weak point. Now you’re saying you always knew it was a standard process. Which is it? If you agree that it’s a standard step in infrastructure development, then your original post was misleading.

2️⃣ PHE has already received £400,000 from NH2 for the FEED contract, proving immediate financial benefit. This means the notion of “PHE losing money while waiting” is simply false. Do you have evidence that this payment did not happen?

3️⃣ You haven’t engaged with the facts on government investment. The $2B Hydrogen Headstart program and $300M Renewable Hydrogen Fund show that capital is available for projects like NH2’s. Instead of dismissing our research, provide an alternative source that contradicts these figures.

4️⃣ Tone policing is not an argument. Calling the structure of our response “courtroom-like” does not change the facts. A professional and well-structured response is necessary when addressing misinformation.

So let’s keep it simple: which factual points do you dispute? If you’re not willing to counter with evidence, then this discussion is over, because FUD without substance collapses under scrutiny.

Continue...

Fact-Based Analysis: Short-term share price fluctuations do not define long-term success—Tesla traded at $3 in 2010. Institutional investors typically enter after regulatory approvals and project funding milestones, not purely on speculation.

Closing Statement: Exposing 15LIVES’ FUD

The account 15LIVES is spreading misinformation by distorting normal infrastructure development cycles to create doubt. The actual facts show:

✅ NH2’s project is progressing through the correct regulatory stages.✅ Powerhouse Energy has already been paid for its FEED contract—zero financial drain.✅ Waste-to-energy projects are expanding in Australia, contradicting claims of a “backlash.”✅ Global hydrogen and WtE markets are growing, positioning PHE and NH2 for long-term success.

Powerhouse Energy remains a critical player in the energy transition, with its technology proving commercially viable. Ignore the fear-mongering and focus on the fundamentals. 🌍♻️🚀

Continue....

National H2 has multiple funding options, including Private equity and institutional investors targeting green hydrogen. Australian government funding via the $2B Hydrogen Headstart program. United H2 Limited (UHL), a global investment platform for hydrogen infrastructure, supports NH2. Australia has a $300M Renewable Hydrogen Fund, further supporting capital-intensive hydrogen projects. 🔎 Fact-Based Analysis: Claiming that NH2 lacks funding ignores the clear fact that large-scale projects are financed in phases, not all at once. Governments, investment funds, and private capital are specifically targeting hydrogen and WtE, making financing much more viable than suggested.

4️⃣ Claim: “If United Hydrogen IPO, then how likely is that given their failed attempt at flotation last year?” Fact:

The 2024 IPO environment was one of the toughest in decades due to high interest rates and investor caution—many companies postponed IPOs, not just UHL. Re-attempted IPOs are normal—successful companies like Tesla, Uber, and Airbnb all faced IPO challenges before eventual success.

The hydrogen sector is projected to reach $300 billion by 2050, and companies like UHL are positioning for this long-term growth. Hydrogen investment is growing, and Australia is a key player in the hydrogen economy, improving IPO prospects for companies like UHL.

5️⃣ Claim: “If the planning application is approved followed by a successful IPO and money is available to National Hydrogen, it will still take a very long time to get up and running, all the time while Powerhouse’s money is being eaten into.” Fact: Powerhouse Energy is not funding NH2—NH2 has already paid PHE £400,000 for the FEED contract, ensuring immediate financial benefit for PHE—PHE is already generating revenue from its FEED contract, meaning NH2’s progress does not financially drain PHE.

PHE has a licensing and technology-based revenue model, where it earns fees before projects are built. WtE plants typically have construction lead times of 2-3 years, which is standard for infrastructure projects.

Fact-Based Analysis: Claiming that PHE’s money is “being eaten into” is false—PHE gets paid for FEED work, licensing agreements, and future royalties. Infrastructure projects are long-term investments—their value does not come from instant returns but sustained revenue generation.

6️⃣ Claim: “These things are why the serious investors are staying out at the moment and why, after all the positive news flow, the share price is still bobbing around a penny.”

Fact: Early-stage clean energy companies often trade at low valuations before commercial projects materialise.

Many successful companies (Amazon, Tesla, Plug Power) spent years in low-valuation phases before explosive growth.

AIM-listed stocks are often undervalued compared to fundamentals due to market liquidity issues.

This response addresses the misleading claims made by the account 15LIVES regarding Powerhouse Energy (PHE), National H2 (NH2), and the broader waste-to-energy sector in Australia. 15LIVES post attempts to spread Fear, Uncertainty, and Doubt (FUD) about the viability of waste-to-energy solutions and PHE’s role in these projects. Below is a fact-based rebuttal, backed by global industry fundamentals, regulatory frameworks, and market trends.

1️⃣ Claim: “National H2 is not constructing a waste-to-energy plant in Western Australia. They have merely submitted a planning application at this stage.” A planning application is the first regulatory requirement for any major infrastructure project—this is a standard step, not an indication of failure or uncertainty.

National H2 has already engaged Powerhouse Energy for a Front-End Engineering Design (FEED) contract, a key milestone in project development that validates the feasibility and engineering of the facility before construction begins.

Global energy projects worth billions go through planning stages before receiving final approval—this is how structured development works.

🔎 Fact-Based Analysis: Dismissing a planning application as insignificant ignores how real-world energy projects are developed. The Kwinana WtE plant and East Rockingham WtE project in Australia followed the same structured approach.

The fact that NH2 has already invested in FEED and technology partnerships demonstrates serious intent and commitment.

2️⃣ Claim: “There is a massive backlash against waste-to-energy plants across Australia. This includes gasification technology.” Fact: Australia actively supports waste-to-energy projects, evidenced by multi-million-dollar investments in Kwinana, East Rockingham, and Logan City WtE plants.

The National Waste Policy Action Plan explicitly lists advanced waste-to-energy solutions, including gasification, as key components of Australia’s transition to a circular economy.

The global market for waste-to-energy is projected to reach $54 billion by 2030, with Asia-Pacific leading in adoption—Australia is not an exception.

Fact-Based Analysis:

Australia has existing, operational WtE plants, proving that claims of widespread rejection are false. Kwinana alone processes 400,000 tonnes of waste per year, generating 36MW of renewable electricity.

The opposition that exists is minority-driven and does not reflect government or industrial policy trends—investment continues to flow into the sector.

3️⃣ Claim: “If their application is indeed approved, they have to raise the necessary finance. Where is that going to come from?” Fact: Funding follows planning approvals—projects do not get financed before they receive regulatory clearance.

The indirect reference validates PHE’s positioning as a pioneer in the plastic-to-energy space. The Western Australia project signals global momentum for such solutions, opening potential pathways for PHE to expand beyond the UK and Europe. By leveraging its proven DMG® technology, PHE could emerge as a partner of choice in international efforts to turn plastic waste into clean energy.

This is an exciting time for waste-to-energy innovators like PHE, as global recognition of the need for sustainable solutions continues to grow. 🌍♻️💡

"Additionally, UHL's investee, National H2, is constructing a plastic-to-energy plant in Western Australia."

https://x.com/United_Hydrogen/status/1884361857676546191