Introducing the most revolutionary green hydrogen solution on Earth, a pinnacle of scientific innovation set to transform the world of energy. Our award-winning technology is a game-changer in decarbonization, energy production, and fertilizer manufacturing, marking a watershed moment in sustainable energy solutions.

At the core of our groundbreaking achievement is our system’s unparalleled efficiency, generating 1 kg of hydrogen with an astonishingly low energy input below 10 kW. This is made possible by the integration of cutting-edge materials and methodologies, including advanced nanocoatings and a sophisticated power management system that optimizes efficiency and minimizes energy consumption.

The technology stands out by using water as the sole fuel source, aligning with green chemistry principles and addressing water scarcity concerns. Remarkably, the system also produces over 270 liters of pure drinking water with every megawatt of power, offering an unprecedented dual benefit that has profound environmental and societal implications.

We are now venturing into uncharted territory by planning to use seawater as the primary feedstock, leveraging the ocean’s vastness and renewability. This strategic move promises transformative scalability and adaptability, especially in coastal regions.

The green hydrogen solution is not just an improvement but a quantum leap forward in clean energy production. As we transition to seawater, we are aligning with a sustainable future where energy and water resources harmonize seamlessly. Compared to traditional fossil fuel-based power and fertilizer manufacturing, our technology offers stark superiority in efficiency and environmental impact.

In summary, this green hydrogen solution is the epitome of scientific ingenuity and a testament to the transformative power of advanced materials and processes. It represents not just a scientific advance but a beacon guiding humanity toward a future where energy and water resources harmonize seamlessly for the betterment of our planet. This is the best technology on Earth for distributing very cheap electricity while addressing critical environmental challenges.

Energy Independence:

By utilizing water, an abundant resource, as the fuel source, African nations can reduce their reliance on imported fossil fuels, thereby enhancing energy security and reducing vulnerability to global oil price fluctuations.

Cost Reduction:

The system’s unparalleled efficiency in generating hydrogen with low energy input can lead to reduced costs of energy production. This can translate into lower electricity prices for consumers and businesses, stimulating economic growth.

Sustainable Agriculture:

The dual-benefit of producing hydrogen and pure drinking water can revolutionize agriculture, especially in arid regions. Access to clean water can improve irrigation and lead to higher crop yields, bolstering food security and rural economies.

Job Creation:

The establishment and operation of green hydrogen production facilities can create new jobs in construction, operation, maintenance, and research and development, contributing to employment growth.

Environmental Benefits:

By transitioning to a clean energy source, African nations can reduce their carbon footprint and combat climate change, which can have positive long-term economic implications by mitigating the costs associated with environmental degradation and climate-related disasters.

Industrial Development:

Access to cheap and clean hydrogen can fuel industrial growth, particularly in sectors such as fertilizer manufacturing, where hydrogen is a key input. This can lead to the development of new industries and increase in export capabilities.

Innovation and Technology Transfer:

Adopting such advanced technology can spur innovation and technological development within the continent, enhancing the competitiveness of African nations in the global market.

Energy Access:

The scalability and adaptability of the system, especially with the planned transition to seawater, can help expand energy access to remote and coastal regions, driving economic development in underserved areas.

In summary, the adoption of this green hydrogen system can be a catalyst for sustainable economic development, energy independence, and environmental sustainability in African nations, positioning them as leaders in the global transition to clean energy.

The project presented is promoted as a groundbreaking green hydrogen technology initiative led by inventor Mr. Mohammed Reza Hashemi.

This system is described as the world’s most advanced green hydrogen solution, representing a major breakthrough in sustainable and unlimited clean energy production. It aims to revolutionize decarbonization, energy generation, fertilizer manufacturing, and global access to affordable power

• The core innovation produces 1 kg of green hydrogen using less than 10 kW of energy input — a remarkably low figure compared to conventional electrolysis processes (which typically require around 50–60 kWh per kg).

• It uses water as the only input (“sole fuel source”), adhering to green chemistry principles.

• As a unique dual-output feature, the system reportedly generates over 270 liters of pure drinking water per megawatt of power produced, helping address both energy and water scarcity issues.

• Future plans include transitioning to seawater as the primary feedstock, enabling massive scalability, especially in coastal and ocean-adjacent regions.

• The technology incorporates advanced elements like nanocoatings and a sophisticated power management system to maximize efficiency and minimize energy use.

The page positions this as far superior to traditional fossil fuel-based energy and fertilizer production, describing it as a “quantum leap” and “the best technology on Earth” for delivering very cheap (potentially near-free) electricity while tackling major environmental challenges.

The Marine Foundation, which oversees the initiative, envisions gifting this technology to every country worldwide to promote global economic peace, equality, and sustainability — transcending politics and religion. A major focus is on African nations, which are explicitly invited to adopt it first. The claimed benefits for Africa include:

• Achieving energy independence by reducing reliance on imported fossil fuels.

• Drastically lowering energy costs to stimulate economic growth.

• Boosting sustainable agriculture through clean water for irrigation in arid areas.

• Creating jobs in facility construction, operations, maintenance, and R&D.

• Driving industrial growth (e.g., in fertilizer production using hydrogen).

• Positioning Africa to become home to some of the world’s greatest economies, potentially generating trillion-dollar revenues through hydrogen exports, water sales, carbon credits, and more — while providing almost free electricity to populations.

The overall narrative frames this as a philanthropic, humanity-focused movement that could uplift billions, particularly 1.3 billion people across Africa, leading to complete economic independence.

Mr. Mohammed Reza Hashemi is highlighted as the visionary behind the technology. He is said to have received the prestigious Hydrogen For Life award (compared on the page to a Nobel Prize-level honor) and has reportedly turned down major lucrative offers to retain full control, ensuring the innovation benefits all of humanity rather than private interests.

The page serves as an open call for sponsors, investors, and partners to join this “transformative movement” and help redefine global green energy distribution.

Contact: +81 (90 4944 5599 (as listed on the page).

This presentation emphasizes urgency and unparalleled potential, likening the invention to transformative historical breakthroughs (e.g., the light bulb). For full details, visuals, and the original wording, visit the linked page directly. Note that while the claims are presented boldly as revolutionary, independent verification of the efficiency figures, prototypes, or peer-reviewed data is not detailed on the site.

To get the green hydrogen project started — meaning building and validating a working prototype, conducting initial testing, and beginning small-scale demonstrations — we need $5 million USD.
This amount would cover:

• Custom materials and components (like advanced nanocoatings and power systems).

• Lab setup, equipment, and safety/compliance work.

• Engineering and technical team support for the early phase.

• Basic validation to prove the core claims (e.g., <10 kW per kg H₂ production and dual water output).

The Marine Foundation’s vision is philanthropic and focused on gifting the technology globally (especially to African nations first), so this startup funding would help move from concept to real-world proof quickly — without heavy commercialization pressure. Once proven, scaling could attract larger partners, governments, or grants.

The Marine Foundation’s green hydrogen project includes a clear public appeal (or open invitation/offer) directed at governments, particularly nations in Africa, but framed as extending to every country worldwide.

This is presented on their dedicated page (https://marinef.org/water-makes-electricity/) as a philanthropic initiative rather than a traditional commercial pitch.

Key elements of the appeal include:

• Vision to gift the technology: “The Marine Foundation’s vision is to gift every country with this groundbreaking green hydrogen technology embodies a profound commitment to global economic peace and equality. By transcending politics and religion, this generous act aims to uplift populations worldwide, ensuring a sustainable and equitable future for all.”

• Specific invitation to African nations: There’s a prominent section titled “All Nations Of Africa are Invited”, emphasizing that adopting the system could position African countries as leaders in clean energy, achieve energy independence, generate massive revenues (potentially trillions through exports, water sales, carbon credits, etc.), provide near-free electricity, boost agriculture via produced drinking water, create jobs, and drive industrial growth. It positions Africa to “become the greatest economies of the world” by being first adopters.

• Broader global call: The offer is described as transcending borders, with the goal of distributing the technology to promote equality and sustainability without political or religious barriers.

• Role of the inventor and foundation: Led by Mr. Mohammed Reza Hashemi (noted as award-winning and committed to humanity over profit), the foundation positions itself as the entity facilitating this gifting/transfer. It includes an indirect appeal for collaboration, though the page focuses more on inviting adoption than detailing formal application processes.

It remains an open, promotional outreach rather than documented governmental engagements or signed agreements.

If you’re interested in pursuing or responding to this (e.g., as an individual, researcher, or representative), the listed contact is +81 90 4944 5599  For any government-level interest, reaching out directly via that number or the foundation’s channels would be the implied next step based on their materials.

This appeal aligns with broader green hydrogen trends where governments seek cost-effective, scalable clean energy solutions—but claims of <10 kW per kg H₂ and dual water/electricity outputs remain extraordinary and unverified in mainstream industry reports or peer-reviewed sources.

The Marine Foundation’s green hydrogen project (“Water Makes Electricity”) is at an early, pre-prototype stage based on public information — visionary in concept but requiring structured support to move forward. Here’s a straightforward breakdown of the assistance needed in the key areas of project management, development, and auditing.

1. Project Management Assistance Needed

To launch effectively (starting with the $5 million USD phase for prototype build and validation), strong project management is essential to keep things on track, on budget, and aligned with the philanthropic vision.

Key needs:

• A dedicated project manager or small PM team experienced in clean energy/tech startups — someone to create timelines, milestones, budgets, risk logs, and stakeholder coordination.

• Tools and processes: Implementation of simple project management software (e.g., Asana, Trello, or Microsoft Project), regular progress reporting, and basic governance (weekly check-ins, decision logs).

• Help with partner/government outreach: Coordinating invitations to African nations and other countries, preparing pitch decks or MoU templates for technology gifting/adoption.

• Resource: This could come from a volunteer advisor, a pro-bono consultant from the green tech space, or a funded role once initial sponsorship arrives.

Without solid PM, even revolutionary tech risks delays, scope creep, or missed opportunities for global rollout.

2. Development Assistance Needed

The core tech (ultra-efficient H₂ production from water/seawater, <10 kW per kg, dual drinking water output) needs to transition from described innovation to proven reality.

Key needs:

• Engineering and R&D team expansion: Specialists in electrolysis, nanocoatings, power electronics, materials science, and seawater desalination integration. This includes hands-on builders for the prototype.

• Lab/facility access: Secure a suitable workshop/lab in Japan (Yokohama area preferred, given location) or partner with a university/research institute for testing.

• Supply chain and prototyping: Sourcing advanced components, building safety-compliant setups, and running iterative tests to validate efficiency claims.

• Documentation: Detailed technical specs, patents/IP protection (if not already secured), and data collection for future scaling.

• The $5M startup funding directly supports this phase — covering materials, equipment, team stipends/contracts, and initial testing.

Development help could come from engineers/inventors willing to collaborate, academic partnerships, or early-stage investors who bring technical expertise.

3. Auditing and Verification Assistance Needed

Given the extraordinary claims (far below industry norms for energy input), credibility is critical for attracting governments, large sponsors, or grants.

Key needs:

• Third-party technical audit/verification: Independent experts (e.g., from certification bodies like TÜV SÜD, DNV, or IRENA-aligned labs) to test and certify the prototype’s performance — measuring actual kWh/kg H₂, water output purity, safety, and environmental impact.

• Compliance roadmap: Early alignment with emerging green hydrogen standards (e.g., EU RFNBO rules, Green Hydrogen Standard principles) for “green” certification, especially if seeking subsidies or exports.

• Financial and governance audit: Basic bookkeeping setup and independent review to ensure transparent use of funds (important for philanthropic positioning and donor trust).

• Risk assessment: Professional evaluation of technical, regulatory, and scalability risks.

This step builds trust — essential before approaching nations for adoption or scaling to seawater-based systems.

Overall Call for Assistance

The project is positioned as a humanity-focused breakthrough, not a traditional commercial venture. Assistance is most valuable from:

• Individuals/teams with relevant skills (PM, engineering, auditing) who align with the mission.

• Sponsors/investors providing the $5M seed to kick off prototype work.

• Partners (labs, NGOs, governments) offering in-kind support like facilities or expertise.

If you or your network can help in any of these areas — especially project management setup, technical development, or arranging initial audits.