This year we hope to construct and run initial tests on our fusion reactor. To these ends, we placing some company stock by private placement under the Securities and Exchange Commission small offerings regulation D, rule 504. This rule allows sales of up to $1 million in stock in company issued stock during a 12 month period. This offering is to raise seed money to do initial proof of concept (POC) research. As we progress forward, the possibility of demonstrating operation and power gain with low cost experiments improves. Success will have profound effect on our companies stock valuation.
The current value of our stock has been established within the budget set forth within the executive summary of spring 2014. This memorandum is to address how we are to address these issues with our current and ongoing investors.
Our target is ITER (International Thermonuclear Experimental Reactor) with its budget now ballooned to $36 billion and target dates pushed back ten years. (See Science 18 April & 19 December 2014.) But if we meet the goals of ITER with our “low cost experiment” are we not now worth at least what is to be spent on ITER? If yes, that will make our stock $3600.00 per share and a bargain at that. Our current stock is at a fraction of this valuation. These are the metrics and guidelines for this situation.
Present: For initial investors who participate in our seed money program. We have a stock price schedule wherein our stock will be sold at 50% of our stock valuation as set forth in the executive summary. This offering is capped by the $1 million limit of rule 504. This excludes large investors. These funds will cover our initial experiments.
Technical progress with our experiments will affect our stock price based on the following metrics.
Reactor Turn on. This is defined as operation of fusion reactions within our prototype as demonstrated by two means. Neutron counting indicating significant neutron emission in about the 2.45 MeV range. Inlet fuel and outlet exhaust gas mass spectroscopy indicating significant increase in abundance of 3He in the exhaust gases. At this point the stock value is to be set to a minimum of 75% of our stock valuation as set forth in the executive summary.
Sustained Reactor Operation for One Hour. This is defined as sustained fusion reactions with our prototype for a time period of one hour as determined by neutron counting and gas mass spectroscopy as defined above. At this point the stock value is to be set to a minimum of 200% of our stock valuation as set forth in the executive summary.
Sustained reactor operation for One Hour at 200% Power Level. This is defined as sustained fusion reactions with our prototype for a time period of one hour at twice the drive power level. The power input for this period will be calculated from integration of the data output from the power supply. Multi axis neutron spectroscopy and counting to verify the average number of fusion reactions per given time will be determined. Based on these counts, the average reactor power level will be determined. Inlet and outlet gas mass spectroscopy and gas species partial pressure determination will be used to determine the average number of fusion reactions per given time. These calculations will be used to verify fusion reactions occurring at two times the drive power level. At this point the stock value is to be set to a minimum of 1000% of our stock valuation as set forth in the executive summary.
Sustained reactor operation for One Hour at 1000% Power Level. This is defined as sustained fusion reactions with our prototype for a time period of one hour at ten times the drive power level. At this point we have just beat ITER. The power input for this period will be calculated from integration of the data output from the power supply. Multi axis neutron spectroscopy and counting to verify the average number of fusion reactions per given time will be determined. Based on these counts, the average reactor power level will be determined. Inlet and outlet gas mass spectroscopy and gas species partial pressure determination will be used to determine the average number of fusion reactions per given time. These calculations will be used to verify fusion reactions occurring at ten times the drive power level. At this point the stock value is to be set to a minimum of 2500% of our stock valuation as set forth in the executive summary.
With our stock at 2500% valuation as set forth in the executive summary, that price will still be less than the $3600.00 per share example above based on ITER's current projected budget. It will truly be a bargain at that price and actually worth much more.
These initial proof of concept experiments are the initial portion of the prototype part of R & D. Further experiments explore operational parameters such as gas pressure, drive frequency, voltage level, target configuration and other things such as the use of catalysts.
To those interested in purchasing stock, contact us at Fusion Energy Solutions of Hawaii at 611 University Avenue, Apt 302, Honolulu, Hawaii 96826. You may email us at firstname.lastname@example.org. We will contact you. We have live web presentations with our staff to acquaint investors about our projects.
We also plan fundraisers on sites such as Indiegogo and Kickstarter. We have two non profit sister corporations: Fusion Engineering Society and Fusion Energy Research Foundation to be used to further this R & D work.
We recently redesigned the experiment to lower cost. We previously hoped to flash our reactor on with about a $500,000 experiment. This has been superseded by a 7-year, $500 million project leading to over $88 trillion of energy wealth for the 20 years following the project. A 10% return of energy value will bring about $8.8T to the company. The new $500M business plan has just been submitted to a large firm in Dubai.
This new FESH business plan covers establishment of corporate operations and research and development facilities, business operation capital, POC, up-sizing reactors to commercial capacity, filing and prosecution of approximately ten worldwide patents, and concludes with construction of the world’s first commercial fusion-driven power plant. It is a seven-year project. POC, R&D, worldwide patents, and corporate operations cost $180M. The plant is $320M. The completed 20 MWh power plant will produce a net profit of $66M yearly. We will then own the worldwide intellectual property for fusion power production. Worldwide construction can then start with license and business agreements. Civilization and humanity will then benefit from a habitable, sustainable planet with a relatively non-polluting energy source that never runs out.
Help us to make history with this badly needed clean energy technology. Invest in this worthy research project. Do it for your future. Do it for Earth Day! Turning fusion on is the start of unlimited clean energy for humanity. A copy of our old experimental equipment budget follows.
LETS GET FUSION GOING!
WE HAVE SIMPLIFIED THE EXPERIMENT
HELP US TURN ON OUR FUSION REACTOR NOW
FUSION EXPERIMENT EQUIPMENT BUDGET
Power Supply $100,000.00
Fuel System $50,000.00
Vacuum Equipment $100,000.00
Nitrogen Cooler $200,000.00
Running Total Investment Needed: $900,000.00
The itemized list above only contains materials need for the reactor assembly proper. This budget does not include company operations, transportation and lodging, non contracted wages, shielding materials, and construction of or obtaining a radiation shielded test site. Also to be added is compensation for Dr. DeLuze, scientists, staff, consultants, and engineers. These are estimated at an additional $4-8M.
Buy Stock in Our Company
Stock is to be $25.00 per share. A handling charge will be determined to cover distribution.
We hope to soon put up a store on this site to allow the purchase of stock in this company. It will require a remaking of this entire website.
This is a unique opportunity to get shares in this company valued at $250.00 per share, per executive summary. This offer is for a limited number of shares for the initial start of the project (POC).
Stock valuation based on company valuation needed to due R & D, to build a demonstration commercial fusion power plant, to maintain
and continue the patent applications. It will take an operational megawatt power plant prototype for the company to become profitable. As progress succeeds the stock price will go up to meet budget requirements, to meet an average of $250.00 per share.
In June of 2018, we filed a patent on a filter to remove CO2 from the atmosphere. The technology has been proved in a successful field-deployed patented research instrument. This filter is the next step in recycling CO2 back to free oxygen and natural gas. It brings
profound value to this company.
BRING FUSION ENERGY NOW
We have the technology!
It's US patented!
Support this historic research and development project.
FUSION ENERGY SOLUTIONS OF HAWAII