2. Table of Products
Nitrate pH
Hydrogen Flow Furnace 14.99 gm/mL 6.4
(H2, ambient air with vapor)
Pulse Jet Initial Run 311.8 gm/mL 6.1
Pulse Best Run to Date 1056.8 gm/mL 7.46
0.11 gm/L of H2
Modified Process 0.260 gm/LH2 9.5
(larger nozzle, increased water vapor)
NH4NO3 and NH4OH produced
Haber/Bosch Process Gold Standard 0.333 gm/LH2
Introducing CO2 into hydrogen-rich pulse chamber produces CH4 (methane) and
higher order hydrocarbons.
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3. Potential Applications (Direct)
1) Fertilizer production without need for
hydrocarbons
2) Locally scaleable, inexpensive production on
site, fertilizer in aqueous solution
(hydroponics, fertilization, fertigation)
3) Production of hydrocarbons (the paradox) and
other chemicals requiring high production
pressures
4) New ultra pressure and temperature commercial
chemistry
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4. Potential Applications
(Indirect)
The Type II Society - Kardashev Scale
- Masters of energy on home planet
without pollution. The Peters System of
Sustainable Energy.
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6. Is there a future for this?
How to approach it.
1) Move science to 21st century with new concerns
& values. Get people with actual skills working
on this.
2) A well engineered pulse jet with controls and
measurements of all the many variables.
3) A prototype self-sufficient energy, water and
food system on an energy lacking desert
seashore.
4) Join me there for a bloody mary!
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