A Sustainable Energy Revolution
SNG, or Solid Natural Gas, is a patented groundbreaking invention and advancement in the field of energy that holds immense potential for transforming our approach to fuel consumption and environmental preservation: SNG is solid natural gas stable at room temperature. SNG is safe and exceptionally cost-effective in terms of storage, maintenance, and transportation. Additionally, our transportation strategy allows us to achieve cost neutrality. SNG's solid form simplifies its handling and logistics. Unlike liquid or gaseous fuels that necessitate specialized containers and tankers, SNG can be conveniently packed in jumbo bags. This packaging method ensures that this solid source of energy never comes into contact with the vessel's surface, preserving the integrity of both SNG and the transportation means. This innovation extends to the economic efficiency of our transportation strategy. Vessels transporting SNG to their destinations can be utilized for return shipments, ensuring they do not travel empty.
On the return journey, our vessels will be available for hire, allowing other companies to utilize our bulk carriers to transport their goods back to the United States when operating internationally, and to our designated territories when operating domestically. This approach ensures that our vessels do not return empty, effectively making our transportation costs break even or maybe generate additional revenue, a unique, unprecedented and remarkable advantage in the energy transportation industry.
Due to the high costs associated with running pipelines over hundreds to thousands of miles, coupled with significant environmental implications, vulnerability to acts of terrorism, and stringent EPA regulations, pipeline projects are increasingly unfeasible. Additionally, LNG plants prefer to remain close to ports to avoid the extreme costs of cryogenic transportation.
As a result, many gas fields have been abandoned, despite their substantial economic potential. This neglect leads to the continuous escape of highly valuable natural gas into the atmosphere , representing a significant financial loss. This untapped resource, if harnessed, could inject substantial capital into the economy, enhancing the quality of life for you and all of us by promoting economic growth and stability.
Not only have we been abandoning these gas fields, but, in addition, the lack of a reliable and economical energy source has compelled governments to rely on impractical and unfeasible alternatives such as hydrogen, LNG, and other heavily subsidized energy sources. These subsidies result in exorbitant costs for energy production, including electricity and power.
Consequently, significant taxpayer funds are directed towards these subsidies, depleting resources that could be allocated elsewhere. This misallocation of funds can lead to increased taxation or inflation as the government compensates for overspending in one sector by raising costs in others.
Therefore, by adopting a reliable and economical source of energy, we not only protect our planet and save millions of human lives, animal lives, and species, but we also harness the trillions of dollars worth of natural gas that has been abandoned underground, and prevent the natural gas from escaping into the atmosphere, which represents a significant loss of capital.
Furthermore, this approach prevents governments from expending substantial taxpayer funds on subsidizing impractical and unreliable energy sources, thereby avoiding financial strain, higher taxation, and inflation. This, in turn, enhances overall economic stability and improves our quality of life.
Furthermore, as stated above, LNG plants must be located at ports to save substantial capital on the costly cryogenic transportation of natural gas, making proximity to ports extremely vital. Pipelines, being impractical and expensive due to hazards such as terrorism and environmental challenges, negatively impact underground species and plants and pose significant environmental risks. Additionally, the lengthy process of obtaining permits and the stringent restrictions on running pipelines have led to the abandonment of many gas fields. Consequently, LNG plants are compelled to purchase natural gas from providers at high market prices.
However, with SNG, we will utilize our own natural gas reserves directly from the source, eliminating the need to buy from third-party providers and resulting in tremendous cost savings. This strategic approach allows us to produce a very economical finished product, SNG, making it more affordable for consumers. By preventing natural gas from escaping into the atmosphere and utilizing previously abandoned gas fields, we can convert these resources into solid natural gas for global consumption, creating a final product that is exceptionally clean and environmentally friendly. SNG is inexpensive to store, maintain, and transport, and our ability to operate independently of LNG plant limitations allows us to access even the most remote natural gas fields, ensuring a consistent and economical production process. This self-sufficiency in natural gas production make SNG economical and significantly reduces the cost of electricity and power generation, alleviating the financial burden on governments. As a result, governments will no longer need to spend excessive amounts on subsidizing energy, which ultimately comprises taxpayer funds. This reduction in government expenditure will positively impact the economy and enhance the quality of life for all.
SNG will also play a crucial role in preventing energy wars. With SNG, natural gas resources can be accessed easily and economically by anyone, anywhere in the world. This universal accessibility eliminates the incentive for countries to engage in conflicts over natural energy resources. Consequently, the threat of energy wars will be significantly reduced, fostering a more stable and peaceful global environment.
SNG1: At its core, is a stable, room-temperature solid form of natural gas that offers a myriad of benefits over traditional fossil fuels such as coal and charcoal. By replacing these pollutants, SNG1 directly addresses the dire need to reduce global pollution levels, which are responsible for nearly half of the world's environmental degradation. This transition is crucial in our battle against climate change, which, if unaddressed, threatens to lead us towards an irreversible environmental catastrophe.
Back in the year 2000, the world emitted approximately 25 billion metric tons of carbon dioxide annually. Despite increased awareness and efforts towards environmental conservation, carbon emissions in 2024 have alarmingly risen to 37 billion metric tons per year. This increase starkly underscores our collective failure to adequately address climate change, primarily due to ongoing reliance on dirty fuel sources and widespread skepticism about global warming. The United Nations Environmental Agency, one of the most reliable agencies in the world, has warned that we have until 2026 to make significant changes; otherwise, we risk facing even more frequent and severe natural disasters, ultimately leading to global destruction.
SNG1 presents a viable solution to this pressing issue. With a calorific value 40% higher than coal and charcoal, SNG1 generates more heat per unit, thereby requiring less quantity translating to less production for the same amount of energy. This efficiency translates into even more substantial savings in transportation and storage costs. The process of solidifying natural gas into SNG1 is engineered to ensure environmental cleanliness, leveraging advanced methods to reduce impurities and pollutants, resulting in an exceptionally clean and eco-friendly energy source.
The implications of SNG1 extend beyond environmental benefits. It's cost effectiveness, ease of storage, and transport efficiency present significant economic advantages. The shift from conventional fuels to SNG1 could lead to substantial cost reductions for industries reliant on energy, while simultaneously promoting a cleaner and healthier planet. This dual benefit underscores the transformative potential of SNG1 as a cornerstone of sustainable energy solutions.
SNG2: Unlike SNG1, SNG2 does not combust. SNG2 is reconverted to natural gas through the addition of a solvent that is abundantly available and highly cost-effective on a global scale. In the process of converting SNG2 to natural gas, there is no wastage of gas. As a solid form of natural gas, SNG2 is very convenient to handle, and very cheap to maintain, store, and transport.
Consequently, it is transported to its final destination with ease and then converted back to natural gas. The utilization of this readily accessible and extremely inexpensive solvent makes the regasification process highly economical. Our regasification plants can be located virtually anywhere, unlike LNG plants that must be situated near ports and are therefore restricted by location.
Additionally, LNG regasification plants are extremely expensive, while our plants are very cost-effective and not comparable in cost to LNG regasification plants. This flexibility allows seamless connection to the country's main gas line, enabling direct integration of the produced gas. Our contracts with consumers and governments worldwide will be for the supply of natural gas, meaning they are purchasing natural gas from us, not SNG2.
SNG3: SNG3 is a vehicle engine designed to run on solid natural gas (SNG).
Currently under research and development, we are pleased to announce that we have successfully modified an automobile engine and have conclusively demonstrated its ability to start and run using SNG as the fuel. The advantage of SNG3 lies in its convenience and environmental benefits. Unlike electric vehicles, which require charging stations and consume significant amounts of electricity, SNG3 eliminates the need for charging. This not only reduces power consumption but also addresses the issue of the scarcity of charging stations, particularly when traveling between cities. Drivers often need to locate a charging station, drive there, and wait for their vehicle to charge, which is both time-consuming and inconvenient. Furthermore, the electricity used for charging is often generated by power plants that burn coal and other dirty fuels, which is detrimental to the environment.
With the SNG3 engine, there is no need to search for gas stations or wait in line to refuel. The engine features a revolving tray with safe, easily replaceable capsules that can be stored in the vehicle's trunk. These capsules can be replaced by the driver, eliminating the need for gas or charging stations. The capsules will be available at many stores around the country such as 7-Eleven and Walmart, and will also be available for sale online, making them readily accessible anywhere. Additionally, we offer a recycling program where returning used capsules will earn you a refund.
The SNG3 engine promises to revolutionize the automotive industry by providing a highly convenient, environmentally friendly, and efficient alternative to traditional gasoline and electric engines. This innovation will significantly impact the world by promoting sustainability, reducing our reliance on conventional fuel sources, and contributing to the well-being of our planet by reducing harmful emissions. SNG1 and SNG2 have been successfully developed, patented, and are now ready for mass production. In contrast, SNG3 is currently undergoing research and development.
However, we are very pleased and excited to inform you that we have successfully modified an automobile engine, and have conclusively demonstrated its ability to start and run using SNG as the fuel. In conclusion, SNG is not just an alternative source of energy; it is a real and viable solution in our quest for a sustainable future. By replacing dirty, expensive, and impractical sources of energy, SNG reduces pollution, conserves resources, saves government and taxpayers' money, improves the economy, and enhances our quality of life. It also prevents energy wars and utilizes the trillions of dollars' worth of natural gas reserves that have been abandoned, putting them into productive use.
With SNG, we have not only solidified natural gas, making it convenient to handle, cost-effective, and cheap to transport and maintain, but we have also transformed it into a clean source of energy. The transition to SNG is not just a step forward in energy innovation—it is a crucial stride towards averting environmental disaster, ensuring a livable planet for future generations, and fostering economic stability and improved quality of life by reducing government and taxpayer expenditures.
Recognizing the detrimental impact of dirty sources of energy on human health, biodiversity, and the environment, the majority of countries around the world have voted to phase out their production and consumption by 2030. This global consensus underscores the urgent need to halt the usage of these harmful energy sources, driven by the loss of millions of lives, the destruction of ecosystems, and the myriad negative effects on planetary health. The commitment of world powers to cease the consumption of these harmful energy sources by 2030 highlights the critical importance of transitioning to cleaner energy solutions like SNG to ensure a sustainable and prosperous future.
Additionally, a significant portion of government and taxpayer money is wasted on impractical and expensive sources of energy, leading to lower quality of life, tax increases, and inflation. These dirty and costly energy sources are not only ruining our planet but are also adversely impacting the economy and degrading our quality of life and financial stability.