Design Considerations
The mission of this project is to create a simple demonstration apparatus that can be produced in small quantities for the purpose of distributing to respected research organizations for validation of the “Celani Effect” anomalous heat. The intent is to bring the LENR/Cold Fusion phenomenon the recognition it deserves as a potential global energy source, thereby catalyzing research funds and venture capital to flow into the industry.
the Celani Cell is a natural candidate for this effort because of its relative simplicity, transparency, demonstrated repeatability, and the willingness of Prof. Celani to work with us.
To achieve the aims of being able to effectively demonstrate the phenomenon, the cell should be:
Similar to Prof. Celani’s original apparatus in the following ways:
-Similar enough in appearance to be recognizable to people who have seen pictures of the original
-Must be similar enough in shape and function to be considered a replication of the successful ‘experiment’ witnessed at NI Week and at ICCF-17
-Needs to have the transparent tubular chamber to allow for readily understanding how the device is constructed and intended to work.
-Must have the same or similar type of instrumentation to allow for the same measurements or “test” done by Prof Celani.
-Should be simplified as far as wiring connections and gas tube connections. Making the connections as simple to see and visually understand as possible allows for clearer validation of the anomalous heat.
-Thinking towards more accurate ways of testing the cell’s performance, we should try to put all the wire and pipe connections on one end to allow for easier fitting into other types of calorimeters.
-Some consideration should be put into altering the apparatus or sensors in such a way as to allow for validation while ruling out artifacts from certain types or arrangement of sensors
-Must be designed to allow for maintenance/repair, replacing of element, and etc.
-Must be reviewed for safety as much as possible.
-The sensors should be industry standard types or configurations, with third party calibration available, and with provisions to be able to measure them with any data collections system