Member Info for swazers

@Dustyslay, while I respect your right to voice an opinion, your critique of the potential challenges surrounding patent approval in the U.S. is misguided and ignores key facts. Here’s why your argument doesn’t hold water:

1. Weak Argument: U.S. Administration Bias

You suggest that the current U.S. administration’s stance may hinder PHE’s patent approvals or market dominance due to a shift in political priorities. However:

Fact Check: Patent approvals are handled by the United States Patent and Trademark Office (USPTO), an independent federal agency. Their decisions are based on the technical merits of the invention, not political rhetoric.

Further Evidence: PHE’s DMG® technology aligns perfectly with the Biden administration’s priorities, such as reducing waste, promoting clean hydrogen, and achieving net-zero goals. Federal initiatives like the Inflation Reduction Act actively support technologies like DMG, creating more tailwinds than headwinds.

Your claim of bias here simply doesn’t reflect reality.

2. Misunderstanding Patent Importance

Patents are not about chasing political favour but creating:

Market Exclusivity: Protects DMG® from copycat technologies, ensuring PHE’s leadership in the waste-to-energy and hydrogen markets​.

Scalable Revenue Models: With patents in place, PHE can license its technology globally, earning consistent royalties without the capital-intensive need for direct deployments​.

Valuation Growth: Strong IP portfolios enhance market valuations and attract institutional ESG investors looking for defensible, sustainable investments.

Your suggestion that patent protection lacks relevance to market dominance undermines the very foundation of modern innovation and economic scaling.

3. Addressing "Favour There Isn't Great"

You claim that PHE may lack favorable conditions in the U.S. due to external factors, but you fail to acknowledge:

Decentralized Opportunities: PHE’s DMG® doesn’t rely solely on federal partnerships. Its decentralized, modular design enables collaborations with state governments, private waste management firms, and energy operators.

Private Sector Enthusiasm: U.S. companies, especially in waste management and renewable energy, are eager to adopt technologies that solve pressing challenges. DMG® is a perfect fit for these needs.

Your point is not only speculative but dismissive of PHE’s adaptability and alignment with broader market demands.

4. Overlooking the Report's Evidence

Our comprehensive analysis in the report clearly outlines why patent approvals for PHE are transformative:

🏆 Market Exclusivity: Ensures that no competitor can replicate DMG®, cementing PHE’s leadership.

🌍 Global Licensing: Unlocks diverse revenue streams and reduces dependency on physical plant construction.

🌱 Sustainability Leadership: Patents enable the deployment of DMG® as a solution for the global waste crisis and hydrogen adoption​.

You dismissed these crit

This story is a must-read for anyone curious about how Powerhouse Energy’s DMG® technology could revolutionize the crypto industry. With rising concerns over the environmental impact of blockchain and crypto mining, DMG® offers a game-changing solution by transforming waste into clean energy to power crypto operations sustainably.

Key takeaways:

💡 How DMG® aligns with the push for carbon-free crypto.

🔋 The potential to power mining operations with low-carbon hydrogen and electricity.

🌱 Why this solution bridges the gap between blockchain innovation and sustainability.

Discover why DMG® isn’t just tech for energy—it’s the future of green blockchain innovation. Read and share!https://open.substack.com/pub/swazers/p/carbon-free-crypto-the-dmg-solution?r=4c0tsn&utm_campaign=post&utm_medium=web

"An idea is only as powerful as the protection that surrounds it." For Powerhouse

Energy (PHE), the recent and pending patent approvals for their DMG® technology are

more than just legal wins—they're the foundation for global market dominance, robust

revenue streams, and long-term investor confidence. Here's a deep dive into why

Intellectual Property (IP) matters and how it sets PHE up for success in the rapidly

evolving waste-to-energy and hydrogen economies.

https://drive.google.com/file/d/1FbdaOYTpNfQ7RpplRgLSFQP0l-5HkD-W/view?usp=sharing

5. Accelerating Adoption in the U.S.

Hydrogen Economy Leadership: The U.S. is aggressively investing in clean hydrogen under initiatives like the Hydrogen Shot and the Inflation Reduction Act. PHE’s patented DMG® technology aligns perfectly with these goals, enabling decentralized hydrogen production while addressing the country’s waste management challenges.

Attracting Government Support: With U.S. patents in place, PHE becomes eligible for federal funding, grants, and subsidies aimed at renewable energy technologies, increasing its footprint in one of the world’s largest energy markets.

6. Solving Global Waste and Energy Challenges

Closing the Loop on Waste: PHE’s patented DMG® technology directly addresses the growing global crisis of plastic waste by converting it into clean hydrogen and electricity. This aligns with global efforts to move toward circular economies.

Reducing Carbon Emissions: By diverting waste from landfills and producing low-carbon hydrogen, DMG® contributes to global net-zero targets. Patents ensure that PHE retains its leadership in delivering these solutions.

7. Catalyzing Strategic Partnerships

Corporate Alliances: Large corporations, especially in the energy, waste management, and transportation sectors, prefer working with patented technologies to ensure reliability and exclusivity. Patent approval strengthens PHE’s appeal to high-value partners like utility companies and government bodies.

ESG-Driven Investments: Environmental, Social, and Governance (ESG)-focused funds increasingly look for companies with innovative, protected solutions to global challenges. PHE’s patent portfolio aligns with these investment mandates, attracting capital flows from sustainability-focused investors.

8. Increasing Revenue Multipliers

Royalty-Based Models: With patented DMG®, PHE can deploy a royalty-based business model where plant operators worldwide pay for using its technology. This ensures recurring, scalable revenues.

Franchise Potential: Patents provide the legal framework for PHE to license DMG® plants globally, establishing franchise-like agreements that allow for rapid geographic scaling without significant operational burden.

Conclusion: A Patented Future for Growth

The granting of patents for PHE’s DMG® technology isn’t just a technical milestone—it’s a transformative event that secures the company’s future, enhances its market position, and drives long-term value for shareholders. Patents unlock opportunities for global expansion, partnerships, and monetization while protecting PHE’s innovation from imitation.

For investors, the importance of this development cannot be overstated. With a growing global focus on clean energy and waste management, PHE’s patented technology positions it as a critical enabler of the transition to a sustainable, circular economy. As these patents are granted across key markets like the U.S., PHE stands ready to capitalize on the immense economic,

The Importance of Patent Grants for PHE: Unlocking Value and Securing the Future

The granting of patents for Powerhouse Energy’s (PHE) DMG® technology in the United States and globally represents a watershed moment for the company. Patents serve as more than a legal shield; they are critical drivers of innovation, competitive advantage, and long-term value creation. For investors in PHE, the successful patent approval solidifies the company’s intellectual property (IP) position, unlocking a host of opportunities that will impact its valuation, market reach, and ability to deliver on its vision. Here’s why this matters:

1. Patents Solidify a Competitive Moat

Market Exclusivity: By securing patents, PHE ensures that its innovative DMG® technology cannot be legally copied or deployed by competitors. This exclusivity allows the company to dominate a niche within the waste-to-energy and hydrogen sectors without the threat of immediate imitation.

First-Mover Advantage: Patented technology positions PHE as a market leader, particularly in the burgeoning hydrogen economy and waste-to-energy sectors. The ability to set benchmarks for technology standards enhances PHE's credibility and appeal to customers and investors.

2. Monetization of Intellectual Property

Revenue from Licensing: With patents in place, PHE can monetize its DMG® technology by licensing it to companies or governments across the globe. This creates a lucrative, low-capital revenue stream, providing a steady cash flow to reinvest in growth.

Partnership Leverage: Patent ownership strengthens PHE’s negotiating position with partners, allowing for better terms in collaborations, joint ventures, or technology-sharing agreements.

3. Expanding Market Reach

Global Applicability: Patents granted in the U.S., Europe, and other major markets open the door for DMG® deployments worldwide. Each new market becomes an opportunity for expansion, diversifying revenue streams and reducing dependence on single-region operations.

Alignment with International Goals: Countries worldwide are adopting stricter policies on waste management and emissions reduction. With patented technology, PHE can position itself as a critical player in helping nations meet these goals, especially in regions lacking sustainable waste-to-energy solutions.

4. Enhancing Investor Confidence

Protecting Shareholder Value: Patents mitigate the risk of competitors eroding PHE’s market share, which safeguards long-term growth and profitability. This stability attracts institutional investors seeking companies with protected, scalable innovations.

Valuation Premium: Strong IP portfolios often lead to higher company valuations. Investors understand the strategic importance of patents in driving competitive differentiation, creating a tangible asset that underpins the company's market capitalization.

AI-Created Article Accusation.

Your assertion that the post was AI-generated in “10 seconds” is baseless. Even if advanced tools were used, it is the depth and relevance of the content that matters. Every point in the thread was researched and tied to current data, including insights from government policy reports, market trends, and PHE’s technology specifications.

Why the Post Is Valuable

It synthesizes data from multiple credible sources, creating a holistic view of DMG’s utility in the U.S.

It connects broader trends (like hydrogen and waste management growth) to PHE’s technology, offering specific applications.

It provides a foundation for further debate, encouraging the exploration of partnerships and regional opportunities.

Sources Supporting the Argument

PHE’s patent application and DMG technology insights​.

U.S. Department of Energy’s Hydrogen Shot Initiative goals​.

Waste generation statistics and policy data from EPA reports​. Research on distributed energy solutions and hydrogen adoption​​.

Final Thoughts

Instead of dismissing the thread as "generic," let’s elevate the discussion with constructive dialogue. If you have specific insights or partnerships in mind, share them. This is a space for collective learning, not unwarranted trolling. Facts, not baseless accusations, should drive the conversation.

Looking forward to your evidence-backed contributions, @red_hornet.

@red_hornet, while I appreciate your engagement with the thread, your critiques about it being "generic" and lacking insight into PHE's positioning are unfounded. Let me address your comments with data-driven points and explain why the post is both specific and valuable.

1. PHE’s Strategic Fit for the USA

You mention that the thread lacks insight into PHE’s position and partnerships. However, the original post outlined concrete reasons why DMG® technology is uniquely positioned for the U.S. market:

Scalable Hydrogen Production: DMG can meet the U.S. Department of Energy's goals under the Hydrogen Shot Initiative, which aims to make clean hydrogen production cost-effective at $1/kg by 2030. PHE’s DMG can achieve this with localized hydrogen production, reducing transport emissions and costs​​.

Waste Management Potential: With the U.S. producing over 35 million tons of plastic waste annually and recycling rates below 9%, DMG offers a solution by converting waste into energy. This aligns with increasing state-level bans on landfills and policies mandating sustainable waste treatment​​.

These points are highly relevant and grounded in facts, not generic assumptions.

2. Insight Into Partnerships and PHE’s Status

While the post didn’t list partners, that doesn’t diminish its relevance. PHE’s focus on modular deployments makes it inherently flexible for regional and state-level partnerships in the U.S. Such partnerships are likely to emerge as DMG units align with:

Municipal Waste Needs: U.S. municipalities actively seek waste-to-energy solutions due to landfill shortages​.

Hydrogen Infrastructure Growth: As the U.S. accelerates hydrogen adoption, partnerships with hydrogen fueling networks, such as Plug Power or Nikola’s infrastructure projects, could arise​​.

Would you rather have speculative partnership guesses or a strategic rationale backed by macro trends? The latter is more valuable for informed discussion.

3. Specific Impacts, Not Generalizations

The critique that the post is “generic” ignores how it presented specific impacts:

Localized Energy Security: DMG can decentralize energy production, especially critical for hurricane-prone regions like the Gulf Coast, where grid reliance is risky​.

Alignment with Federal Funding: With billions earmarked for green hydrogen and renewable energy projects under the Inflation Reduction Act, DMG’s cost-efficiency places PHE in a competitive position to secure grants and incentives​.

These impacts are directly tied to U.S. challenges and opportunities, making them anything but generic.

4. Economic Benefits and Job Creation

Stimulating the Green Economy:

The U.S. government is heavily investing in clean energy technologies through initiatives like the Inflation Reduction Act (IRA), which includes billions in tax incentives for renewable energy and hydrogen projects.

DMG’s Role:

Creates new jobs in the construction, operation, and maintenance of DMG plants.

Attracts investment from both public and private sectors, driving local economic growth.

Impact:

Boosts employment and enhances economic opportunities, particularly in communities transitioning from traditional energy industries.

5. Achieving U.S. Climate Goals

Reducing Emissions:

The U.S. aims to achieve net-zero emissions by 2050 and cut emissions by 50–52% below 2005 levels by 2030.

The waste sector contributes significantly to greenhouse gas emissions, primarily methane from landfills.

DMG’s Contribution:

Significantly reduces methane emissions by diverting waste from landfills.

Produces clean hydrogen and electricity with minimal carbon footprint.

Impact:

Positions the U.S. as a leader in innovative climate solutions, aiding the global fight against climate change.

6. Reducing Dependence on Fossil Fuels

Energy Independence:

The U.S. still relies heavily on fossil fuels for transportation and energy production, despite increasing renewables adoption.

DMG’s Solution:

Provides an alternative, renewable source of hydrogen and electricity.

Supports the electrification of industries and transport without increasing reliance on non-renewable energy.

Impact:

Reduces geopolitical risks tied to fossil fuel imports and price volatility.

7. Enabling the Circular Economy

Waste as a Resource:

The U.S. has abundant waste streams from households, industries, and agriculture that are often underutilized.

DMG’s Role:

Converts waste into valuable energy products, closing the loop on waste and resource management.

Impact:

Drives the transition to a circular economy, reducing waste and maximizing resource efficiency.

Conclusion

DMG is uniquely positioned to transform the U.S. energy and waste landscape. By addressing the waste crisis, advancing the hydrogen economy, and enabling decentralized energy production, it offers tangible benefits for communities, businesses, and governments. Coupled with economic growth and alignment with national climate and energy goals, DMG represents a scalable, impactful solution to some of the most pressing challenges facing the U.S. today. With federal support for clean energy and sustainability initiatives, DMG could play a pivotal role in shaping the country’s green future.

Powerhouse Energy’s DMG® (Distributed Modular Generation) technology would be a powerful solution for the USA due to its ability to address some of the nation’s most pressing environmental, economic, and energy challenges. Below are the key reasons why DMG aligns perfectly with the unique needs and opportunities in the United States:

1. Addressing the U.S. Waste Crisis

The Scale of the Problem:

The U.S. generates over 35 million tons of plastic waste annually, with less than 9% recycled. The rest ends up in landfills, incinerators, or the environment.

Many landfills are nearing capacity, especially in densely populated areas, and communities are seeking alternatives.

DMG’s Solution:

Converts non-recyclable plastics into clean energy, diverting waste from landfills and incineration.

Reduces the environmental and health risks associated with traditional waste disposal, such as methane emissions from landfills and air pollution from incinerators.

Impact:

Helps cities and states comply with stricter waste regulations and achieve sustainability goals.

2. Supporting the U.S. Hydrogen Economy

Hydrogen as the Fuel of the Future:

The U.S. Department of Energy’s Hydrogen Shot initiative aims to reduce the cost of clean hydrogen to $1 per kilogram by 2030.

Hydrogen is a key part of decarbonizing hard-to-abate sectors like heavy transport, steelmaking, and aviation.

DMG’s Contribution:

Produces ultra-low-carbon hydrogen locally from waste, reducing transportation costs and emissions compared to centralized production.

Offers a cost-effective and scalable way to expand hydrogen infrastructure, aligning with federal funding and incentives for clean energy projects.

Impact:

Accelerates the transition to hydrogen-powered vehicles and industries, reducing reliance on fossil fuels.

3. Decentralized Energy Production for Rural and Urban Areas

Energy Challenges:

Rural areas often lack access to robust energy grids, while urban centres face increasing demand and grid strain.

Extreme weather events, such as hurricanes and wildfires, frequently disrupt power supply in various regions.

DMG’s Solution:

Provides localized energy generation through modular units, ensuring reliable power in both urban and off-grid rural areas.

Enhances resilience against grid disruptions by enabling distributed energy systems.

Impact:

Supports energy independence for communities, especially in regions prone to natural disasters.

5. Industry Partnerships and Technology Licensing

Scenario: PHE licenses its patented technology to global energy companies, scaling deployment through third-party investments.

Impact:

Accelerates adoption worldwide by leveraging partnerships with established infrastructure players.

Generates consistent revenue streams for PHE through licensing fees and royalties.

6. Enhancing Corporate Reputation and ESG Credentials

Scenario: Large corporations, particularly in the FMCG or petrochemical sectors, adopt DMG systems as part of their environmental, social, and governance (ESG) strategies.

Impact:

Companies demonstrate leadership in sustainability by actively managing their waste footprints.

Improves PHE’s market valuation and attracts ESG-focused institutional investors.

Broader Implications for the World

Climate Change Mitigation: By reducing waste-related methane emissions from landfills and producing hydrogen as a clean energy source, DMG can contribute to global climate targets.

Energy Security: Localized hydrogen and electricity production enhance energy independence and resilience, especially in politically or environmentally volatile regions.

Job Creation: DMG deployments create skilled and semi-skilled jobs in construction, operation, and maintenance, boosting local economies.

Innovation Catalyst: This patent solidifies PHE as a leader in clean energy innovation, inspiring further research and development in waste-to-energy technologies.

Conclusion

If granted, this patent reinforces PHE’s intellectual property moat around DMG technology, enhancing its commercial potential and credibility in the renewable energy sector. The ability to tackle waste management and clean energy production simultaneously positions DMG as a transformative solution for pressing global challenges. For PHE, this patent could open doors to partnerships, increased market penetration, and long-term revenue growth, all while delivering significant environmental and societal benefits worldwide.

After reviewing the patent application for Powerhouse Energy’s DMG® (Distributed Modular Generation) technology, it is clear that the innovative aspects detailed in the patent could have a significant impact on both Powerhouse Energy (PHE) and broader societal and environmental challenges. Here's a detailed analysis:

Key Insights from the Patent

The patent focuses on methods and systems for converting waste materials (such as plastics and biomass) into hydrogen, electricity, and other valuable by-products using advanced gasification techniques. This aligns with PHE’s core DMG® technology, emphasizing:

Feedstock Versatility: Handling various waste types, especially non-recyclable plastics.

Clean Hydrogen Production: Utilizing the gasification process to produce hydrogen with minimal emissions.

Energy Efficiency: Optimizing heat and energy recovery for electricity generation and process sustainability.

Real-world Scenarios and Positive Impacts

1. Revolutionizing Waste Management

Scenario: Municipalities and waste management companies partner with PHE to deploy DMG systems in local waste treatment plants.

Impact:

Reduces landfill dependency by converting non-recyclable plastics into useful outputs.

Addresses the global plastic waste crisis, particularly in countries struggling with inadequate recycling infrastructure.

Minimizes environmental contamination, such as ocean plastic pollution.

2. Advancing the Hydrogen Economy

Scenario: DMG systems become a key player in decentralized hydrogen production for local energy systems and transport networks.

Impact:

Produces low-carbon hydrogen for fuel cell vehicles, reducing reliance on fossil fuels.

Supports global hydrogen economy initiatives like the EU’s Hydrogen Strategy and similar policies in Japan, South Korea, and California.

Enhances energy resilience by enabling local hydrogen production close to demand centres, cutting transportation costs and emissions.

3. Supporting the Circular Economy

Scenario: Companies adopt DMG systems as part of corporate sustainability programs, integrating them into production facilities.

Impact:

Enables manufacturers to reuse waste materials from their supply chains, creating a closed-loop system.

Helps achieve net-zero goals by offsetting carbon emissions from production processes with clean energy outputs.

4. Decentralized Energy Production

Scenario: Rural or remote communities deploy DMG systems to generate local electricity and hydrogen.

Impact:

Provides access to sustainable energy where traditional grids are unreliable or nonexistent.

Reduces reliance on diesel generators or coal-fired power plants in off-grid locations, cutting emissions.

Hey guys and loyal #AFC investors. I have dropped a comprehensive Tweet with some of our financial, technical & fundamental data. The tweet is below. GL to all investors. 2025 should be a powerful year for those of us in the #H2 sphere. #AFC tweet is here https://x.com/SwazersC/status/1861009362203918693

Https://x.com/SwazersC/status/1860651099457253505

https://www.linkedin.com/posts/united-hydrogen-limited_cleanenergy-hydrogen-renewableenergy-activity-7266275920284381184-2EKv?utm_source=share&utm_medium=member_android

Things are getting real guys.

Industry Potential

Renewable Energy Growth: The waste-to-energy market is rapidly expanding due to global commitments to reducing landfill usage and carbon emissions.

Government Incentives: Powerhouse Energy aligns with environmental policies encouraging clean energy, which may attract subsidies or grants​​.

2. Technology and Innovation

Unique Positioning: Powerhouse Energy's proprietary DMG® (Distributed Modular Generation) technology offers localized energy solutions from waste plastics and non-recyclable materials.

Scalability and Low-Cost Advantage: The technology allows for smaller-scale, cost-efficient plants, reducing barriers to entry and operational costs​​.

3. Upcoming Catalysts

Hot Run Data: Successful data from testing phases often leads to commercial validation, partnerships, and potential contracts.

Build Contracts: Confirmation of any build contracts will serve as a strong bullish catalyst and enhance revenue visibility.

4. Strategic Partnerships

Collaboration with large waste management companies or government bodies could enhance project rollouts and credibility​​.

5. Financial Prospects

Revenue Model: Earnings potential from licensing, technology deployments, and possible revenue-sharing agreements with plant operators.

Cost Optimization: Improved cost structures through localized energy solutions and modular technology reduce capital and operational expenses.

6. Market Sentiment

Renewables and waste-to-energy are highly attractive sectors for ESG (Environmental, Social, and Governance) funds. Positive operational updates could attract institutional investments​​.

7. Technological Differentiation

Unlike traditional waste-to-energy plants, DMG® technology integrates hydrogen production, aligning with the future of clean energy systems such as hydrogen fuel cells for transportation​​.

Technical Context from the Chart https://www.tradingview.com/x/R9bakQB3/

Support Levels: Price is consolidating above the EMA cluster (21, 50, 100, 200), showing resilience and potential for a breakout.

Rising Volume: Look for increased volume as an early indicator of interest ahead of potential announcements.

Key Resistance Levels: Watch for a resistance test around 1.46 GBX, with further upside potential toward 2.0–3.0 GBX, depending on momentum.

Https://www.sharecast.com/news/aim-bulletin/powerhouse-energy-division-awarded-australian-feed-contract--18092632.html?utm_source=chatgpt.com

Https://x.com/SwazersC/status/1859946546449486302

Powerhouse Energy Group PLC (PHE), through its engineering consultancy division Engsolve, has been actively collaborating with National Hydrogen Ltd (National H2) of Australia to advance hydrogen production projects. This partnership is pivotal in deploying PHE's proprietary technology across multiple regions, including Australia, Italy, Switzerland, and Hong Kong.

Key Developments:

Front-End Engineering Design (FEED) Contract: In November 2024, Engsolve was awarded a £350,000 FEED study contract by National H2 for a project in Western Australia. This study is essential for outlining the technical specifications and economic feasibility of the proposed hydrogen production facility.

Five-Year Framework Agreement:

Earlier in February 2024, PHE and National H2 entered into a five-year licensing and royalties framework agreement. This agreement ensures that PHE's technology and engineering expertise are provided on a project-by-project exclusivity basis to National H2 for its intended rollout of multiple hydrogen-based projects.

Global Project Deployment:

The collaboration aims to deploy hydrogen-based projects across Australia, Italy, Switzerland, and Hong Kong. National H2 is responsible for funding the FEED for these facilities, which will be undertaken by Engsolve. The two companies will also work closely on selecting the Engineering, Procurement, and Construction (EPC) contractors for these projects.

Implications for PHE:

Revenue Generation:

The FEED contract and subsequent projects are expected to secure revenues for Engsolve and, by extension, PHE. This aligns with PHE's strategy to commercialize its waste-to-energy technology and establish a foothold in the global hydrogen market.

Technology Validation:

Successful execution of these projects will serve as a validation of PHE's technology, potentially leading to further adoption and partnerships in the renewable energy sector.

Market Expansion:

The partnership with National H2 facilitates PHE's expansion into international markets, diversifying its project portfolio and enhancing its global presence in the hydrogen economy.

These developments underscore PHE's commitment to advancing sustainable energy solutions and highlight the strategic importance of its collaboration with National H2 and Engsolve in the burgeoning hydrogen sector.

Https://www.tradingview.com/x/7RZXvvPM/ #GGP is currently testing a key level of resistance. https://x.com/SwazersC/status/1859570418949996725 GL to investors.

I only hope that the retail investors buying #GGP at resistance levels recently were right & the SP breaks out, if it doesn't there going to be massively down. It's a big risk that could pay off. Buying at key levels is always dangerous. GL to all genuine investors.

I called the resistance with #GGP at 7.31 pe a share. I explained in detail what was required for it to break out. It's now 27% down. Let us hope & pray that the SP finds support or many will be wiped out here.

I have literally predicted these moves for half a decade up & down the #AIM & #FTSE

Be careful with those bearing gifts when the share price is at tricky levels on the charts. https://x.com/SwazersC/status/1856293386195464299 https://www.tradingview.com/x/gDM068Y1/