SYNTHESTECH COLD TRANSMUTATION OF CHEMICAL ELEMENTS
WEBSITE : https://synthestech.com
ICO IS LIVE : https://ico.synthestech.com
TELEGRAM : https://t.me/synthestech
About the project synthestech
LENR Transmutation of chemical elements is a transformation of some chemical elements into another ones.
We have already achieved successful experimental results. We have obtained platinum-group metals and other chemical elements as a result of LENR Transmutation. But these experiments yield so far just grams of substances. Now our task is to transfer the process of LENR Transmutation from experimental to the industrial level. Therefore we need tools, necessary equipment, and additional personnel.
Chemical elements obtained as a result of LENR Transmutation will find application in Industry, Medicine, Science, and Finance.
First of all, what drives us along is a quite practical task - to achieve serious commercial results. The implementation of our project should give a large-scale financial effect.
About the Technology synthestech
The technology of cold transmutation allows to transform certain chemical elements into others, more valuable and rare ones, without the use of enormous energy impacts. For example, transformation of tungsten - into platinum.
We have conducted few hundred experiments and received amazing results - we learned how to turn some elements into others. However, the research is not finished yet. The next step is to transfer our technology from the experimental to the industrial level
What is LENR technology?
Low Prime Cost
The cost of synthesis carried out by cold transmutation of platinum-group metals - platinum, palladium, rhodium, ruthenium, etc. and, if possible, gold, can be 2-3 times cheaper than production using traditional methods.
Stable Elements
Elements obtained as a result of cold transmutation are stable.
High energy potential
Elements obtained by cold transmutation, presumably, have an increased energy potential, and they can transmit this potential in the form of microelements, entering into chemical reactions in a human body.
