Japan Emerges as the World's Top Energy-Originating Nation

XYRONIX Synthetic Fuel Research:

The Day Japan Emerges as the World's Top Energy-Originating Nation

The historic technological transformation that allows our country to emerge as an energy-producing and resource-rich nation

Quantum Physicist and Brain Scientist

Visiting Professor of Quantum Physics,

California Institute of Technology

IEEE-USA Fellow

American Physical Society-USA Fellow

PhD. & Dr. Kazuto Kamuro

XYRONIX CPRPORATION

Pasadena, California

HP: https://www.usaxyronix.com/

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Breaking free from the fossil fuel strategies dominated by OPEC, including oil-producing Arab nations, and major oil corporations

This research aims to utilize electricity generated from geothermal energy sources and supply it as fuel for LPG (liquefied petroleum gas) vehicles, which are considered as global strategic vehicles. It involves producing synthetic fuel (LPG) from captured carbon dioxide in the atmosphere. By treating synthetic LNG (liquefied natural gas), which can be produced in near-infinite quantities, as a strategic resource, it is possible to position LNG vehicles as a national global strategy to compete with electric vehicles, which are considered the next-generation mainstream vehicles in Europe and the United States. This approach can achieve two significant effects: the capture of carbon dioxide (a greenhouse gas) as a factor of environmental change and the reduction of carbon dioxide emissions.

1. In June 2023, Xyronix Corporation, which boasts a geothermal power generation method known as the Closed-Cycle Heat Exchange Geothermal Power Generation System with a regenerative binary engine (the CHEGP system) capable of generating power at a level ranging from gigawatts to terawatts per unit, successfully conducted research on the XYRONIX synthetic fuel chemical process. This process utilizes infinite and renewable energy (electricity) generated by the CHEGP system and carbon dioxide (CO2) collected from the atmosphere to artificially synthesize and produce synthetic fuels such as methane (CH4), ethane (C2H6), propane (C3H8), butane (C4H10), ethanol (C2H5OH), methanol (CH3OH), and more.

2. Furthermore, we have successfully chemically synthesized the aforementioned synthetic fuels to artificially produce e-methane, the primary component of city gas.

3. Additionally, we achieved success in the Procel research, which involves using the synthetic methane generated artificially, along with the synthetic ethane and propane also produced artificially, to create synthetic natural gas, a type of fossil fuel. We have also succeeded in liquefying this artificially synthesized natural gas, creating artificial liquefied natural gas (LPG).

4. The artificial synthetic fuel generation technology achieved by Xyronix has strategic implications in various fields:

a. Domestication of Sustainable Energy: This technology promotes investment and development in renewable energy, reducing the need for importing and using crude oil and LPG (fossil fuels) from current oil-producing and LPG-producing countries. Instead, we can abundantly use domestically produced artificial synthetic fuels as substitutes for gasoline and imported LNG.

b. In-house Production and Domestication of Strategic Export Resources: With domestically produced artificial synthetic fuels, including methane, ethane, propane, butane, ethanol, methanol, and LPG, we can export these resources to foreign countries using LPG tankers, among other means. Consequently, our country can transition from being an energy-importing nation to an energy-exporting nation, achieving a dramatic transformation and evolution.

c. Total Abolition of Thermal and Nuclear Power Generation: Leveraging the geothermal energy source, which is an infinitely and cost-effectively produced clean energy source, utilizing the CHEGP System, we can completely phase out current thermal power generation, reducing carbon dioxide emissions from power generation to zero.

d. Realization of Sustainable Agriculture: Improvements in agricultural practices, combined with access to clean water sources free of nuclear contamination, enable the stable supply of natural agricultural products, reducing the reliance on genetically modified crops and minimizing environmental impact.

e. Adaptation to Climate Change: By capturing carbon dioxide from the atmosphere and using it as a raw material for artificial synthetic fuels such as LPG, we can provide a fundamental solution to climate change and extreme weather conditions caused primarily by increased carbon dioxide levels in the atmosphere. This includes addressing issues like abnormal high temperatures, rising sea levels, larger hurricanes, and droughts or floods.

f. LPG (Natural Gas) Vehicle Strategy: We can replace existing gasoline vehicles with LPG (natural gas) vehicles, seamlessly transitioning gasoline stations into LPG stations. Refueling LPG is as convenient as refueling gasoline, eliminating the major drawback of electric vehicle adoption, which requires longer charging times and charging infrastructure.

g. Circulatory Carbon Dioxide Recovery: Although LPG vehicles emit carbon dioxide gas in their exhaust, our XYRONIX synthetic fuel chemical process recovers this carbon dioxide and uses it as a raw material for synthetic fuels like LPG, enabling the circulatory recovery and reduction of carbon dioxide concentrations in the atmosphere.

h. Rising as an Advanced Nation in Environmental Protection: Environmental issues such as global warming and pollution have the potential to profoundly affect humanity in the future. Protecting the environment is crucial for ensuring long-term sustainability and securing a better future for our planet.

i. Rising as a Pioneer of Sustainable Economic Models: Our country can transform into a nation pursuing a sustainable economic model that balances environmental protection and economic growth by organically combining the CHEGP System and XYRONIX synthetic fuel chemical process.

j. Promoting Green Economy: Amidst the inability to halt environmental degradation in current capitalist nations, our country can rise as a leader in advanced green economies and green industries, promoting environmentally friendly initiatives. This will attract increased foreign investments in areas such as renewable energy, environmental technology, and eco-friendly products and services.

k. Attaining a Leading Role in International Cooperation: Environmental issues are inherently international, and solutions cannot be achieved by a single nation alone. By exporting our combined technology of the CHEGP System and XYRONIX synthetic fuel chemical process to other countries, we can pioneer methods of incorporating environmental protection within capitalism, proposing practical solutions that balance economics and the environment, ultimately becoming international winners in the realm of green economy and green industry.

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