Our company continues to build on the success and the achievements as described in our last News Release where we reported that our internal testing on the McConnell Prototype produced thermo fusion energy that could generate as much as 40 horsepower and its equivalent of 30 kilowatts of electricity.

After proving in July that the McConnell Prototype has achieved the objectives that were originally set for producing thermo fusion energy, our company has embarked on a bold expansion of the McConnell Prototype to definitively demonstrate its potential for producing continual thermo fusion energy that would satisfy the testing protocols by an independent engineering firm.  

In order to do this, our company immediately undertook a dynamic expansion and modification to the McConnell Prototype by expanding the Temperature core vessel to a height of seven (7) feet.  We also are expanding the diameter of the core vessel to 14 inches with a wall thickness of 1.5 inches.  New valves and other specialized equipment had to be purchased from thermodynamic nuclear manufacturing companies in California that specialize in these components, and this required compliance with their contract procedures for engineering schematic changes.  The newly expanded McConnell Prototype with its new equipment and components will enhance it with the necessary new rating that will now enable the McConnell Prototype to achieve 1,800 degrees F. temperature and 3,000 psi pressure in the inner core.  

The expanded McConnell Prototype inner core will utilize 70 imperial gallons of water in a closed loop system, which is an important aspect of its design for sustainable energy.  The current goal is for this expanded McConnell Prototype to generate 300 horsepower which is equivalent to 224 kilowatts of electricity on a continual basis for operations on a 24/7 basis.

David McConnell, Chairman and CEO of McConnell Moran Technology Corporation declared that these new modifications are being implemented to exceed the initial projected goals for the McConnell Prototype and to provide the necessary documented proof that the McConnell Prototype performs as described and promoted by the company on our website.

Testing Protocols:

The electrical engineering testing and modification process continues to be carefully reviewed and monitored by Mr. Ted Tauzon, B.S.M.C. and by Mr. Mike Mozdzenski, P.Eng., Electrical Engineering Consultants to the project.  Testing results and procedures will continue to be recorded and documented on an immediate basis for continual review and verification purposes. 

As explained by David McConnell, the analysis of these testing results are the basis for further modifications and protocol adjustments to determine the potential and limits of the expanded McConnell Prototype.  Also, this forms the basis for the planning of the next phase of development involving a full scale unit that will be manufactured to generate electricity of 3.5 megawatts to 5 megawatts or greater, which can service the electrical needs of a small town.  

An integral part of the monitoring and testing process is the preparation of documentation to support the ongoing provisional patent pending process, which will maintain and guarantee the patent rights of the technology of the McConnell Electrical Generation Unit to the company. 

The Future of Energy Production:

The McConnell electrical unit is powered solely by thermo fusion energy, without the use of fossil fuels or nuclear energy, and will be totally environmentally safe and friendly.  The immediate needs of small remote communities for safe, clean, sustainable electrical generation will be satisfied by the McConnell Electrical Unit, which can also be utilized to provide additional electrical generation power in larger centres, industrial parks and other applications.  

The McConnell Unit can also be utilized to produce hydrogen gas to power vehicles.  This new innovation will also be a leader in the 5th industrial revolution of the 21st century.

Testing Announcement:  The independent testing of the McConnell Prototype will proceed once all new high pressure components are delivered and then installed, and will proceed in the next 60 days. Function testing is now planned for October once all new parts and components have been delivered and installed.  Currently, plans are in place for the official testing to be conducted in early November, 2022.

This independent testing will demonstrate unequivocally that the full scale unit is ready for development, which will be the basis for marketing and mass production of the McConnell Electrical Generation Unit.  Research will also continue on the multiple applications of the McConnell Prototype for commercial and industrial uses.

For more information and current news releases, visit the website of the company at: www.thermofusionenergy.com