Raul Alvarez Sound Engineer & Sound Designer


unites talented artists and state-of-art engineers
with their natural passion for THE ART OF PLASMA

We designed and built a low cost, simple and effective
Ammonia – Water Synthesizer by CO2 – Plasma discharge

Under the action of this gas, the Tesla turbine showed
extreme rotation speed and extreme output

The flow of air with carbon dioxide (CO2) catalysed by PlasmaQE ( = )
can immediately react with ammonia molecules (NH3)
to directly produce water (H2O)


CO2 + NH3 = H20 + CHON

Carbon Dioxide and Ammonia Nitrate
catalysed by Plasma
results in Water and Proteins

The self-powered system achieved an infinite dimensional (Hypersphere / n-Sphere) value of

π =

under room ambient conditions (20°C – 50%)
showing great potential for large-scale synthesis

Published on 29th July 2021

ᛟ Earth Overshoot Day ᛟ

Earth Overshoot Day marks the date when The Humankind
demands for ecological resources in a given year exceeds
what Earth can regenerate in that year

In addition, the performance of two Tesla turbines
with different gas path connections is investigated and discussed
more in depth by other scientists, artists and engineers.

The Asian Tropopause Aerosol Layer (ATAL) or Ammonia Cloud extends over the Middle East and Asia at an altitude from 12 to 18 kilometers. This extreme accumulation of fine particulate matter building a 6km layer of ammonia snow / ice *NH3 was observed from the satellite for the first time during the Asian Monsoon of 2008.

However, its composition and effect have not been studied until recently. A European consortium of scientists has now been able to show what this layer consists of for the first time. For substantial areas of the ATAL they found a high concentration of ammonium nitrate in the particulate matter

This substance has its origin in the gaseous ammonia cycle, a trace gas that is released mainly from Animal Life metabolism impact with Urea and boosted nowadays by Human agricultural activities using fertilizers based on Nitrogen or derivatives compounds as NH3. The consortium has presented its findings in Nature Geoscience as part of a study by the Karlsruhe Institute of Technology (KIT) in collaboration with the Max Planck Institute for Chemistry (MPIC) and Johannes Gutenberg University Mainz (JGU)


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