ADDITIONAL INFORMATION ON: “Qu’s Law Tubes”

The technology is unique and different from any other means of heat transfer available in the market today. It is used not only used in heat transfer for solar applications, but also in many industrial and commercial applications.

Qu’s findings were presented to the Stanford Research Institute for thorough testing and evaluation. Stanford University, and per the stipulations of U.S. Environmental Protection Agency, concluded that “Qu’s Law Tubes” not only passed the strict Radial R and Neutron Current’s Monitor Tests, but also passed the Medical Tests relating to the Patented Medium inside the heat tubes touching the human body including (skin, eyes, lymph or if taken orally). All the test reports proved to meet the demands of the U.S. Environmental Protection Agency and were deemed safe.

Upon the findings of the U.S. Environmental Protection Agency and the superb test results submitted by the Stanford Research Group, Mr. Song, a entrepreneur and well established business man purchased the exclusive rights for the Inorganic Medium, and incorporated it into the design of his unique Evacuated Heat Tubes. Mr. Song is already using this patented medium in his other industrial and commercial heat transfer applications, all of which far exceeded the performance of his existing equipment applications. When the Stanford Research Group performed a set of experiments, it was discovered that one characteristic is an anomalous temperature distribution, where the temperature of the heated tube at the end furthest from the heater exceeds that of the end closest to the heat source.

Qu and the Sanford Research Group concluded that the tubes display an anomalously high energy efficiency. For those who have an interest in obtaining a copy of the White Papers that give detailed Experimental Procedures, including Heat Transfer Measurement, Mass Flow Calorimetry, Tests of Heat Transfer and Dissipation in Air, Preliminary Testing, Transient Response, Temperature Instabilities, Heat Dissipation Models, Engineering Approach, Transmission Line Model, and much much more, please use our contact page to request more information.