Energy From Hydroxides

Experimentation has indicated potential for excess energy production from direct current electro-detonation of simple compounds containing hydroxide groups, when specific metal catalysts are present.

Physics

Hydroxide groups are expected to act as catalysts allowing transitions of hydrogen electrons to the first de-excited state (n=1/2, k=-1). This transition is expected to release energy as visible and ultraviolet (UV) light.

S. Brink 14th August 2016

Calcium Hydroxide

S. Brink 14th August 2016

Lithium Hydroxide

Barium Hydroxide

S. Brink 14th August 2016

Zirconium Hydroxide

Potassium Hydroxide

S. Brink 14th August 2016

Tartaric Acid

HO₂CCH(OH)CH(OH)CO₂H

Citric Acid

2-hydroxypropane-1,2,3-tricarboxylic acid

S. Brink 14th August 2016

Magnesium Hydroxide

Copper (II) Hydroxide

S. Brink 14th August 2016

Hydrogen Hydroxide

(water)

Experiments

Method: Visible light energy output during direct current electro-detonation of compounds containing hydroxide groups were assessed under a wide range of experimental conditions, using a range of electrode materials.

Observations: Reaction morphology and energy output varied with hydroxide compound type. Indications of excess energy output were observed from a number of compounds containing specific catalysts.

Conclusion: Observations are consistent with a combination of a hydroxide groups and certain metals facilitating transitions of hydrogen electrons to de-excited states during electro-stimulation.

Experiments and photography

by Subtle Atomics.

Provisional patent lodged.

Energy from Hydroxides