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SG Gas

Inventor: Ted Suratt, Robinson Gourley
Year: 2019
Device: SG Gas (Dioxytetrahydride Gas)
Folder: suratt
Original: Open article
Confidence
0.70
Practicability
0.50
Evidence
0.40
Fringe Score
0.90
Risk
0.20
TRL
5

Goal

Produce a stable, non-explosive, compressible gas from water for use in health, agriculture, industry and energy applications.

Problem

Need for a safe, high-energy gas alternative to hydrogen/oxygen mixtures that can be stored under pressure and used without explosive hazards.

Concept Summary

An electromagnetic process applies low-energy heat, electric current and a magnetic field to water, re-configuring the H_2O molecule into a dioxytetrahydride (O-HH) structure, called SG Gas. The gas is ionized, pressurizable, burns with a uniform blue flame, and can oxidize or reduce materials without explosive by-products.

Principles

  • Electromagnetic treatment of water
  • Magnetic field induced molecular restructuring
  • Low-energy heat input

Scientific Domains

Chemistry Physics Materials Science

Materials

  • Water (H_2O)
  • Magnetizable metal tanks (inner and outer electrodes)
  • Plastic spacer basket

Mechanisms of Action

  • Re-arrangement of hydrogen atoms within H_2O to form O-HH molecule
  • Ionization of resulting gas (plasma-like behavior)
  • Compression and storage under high pressure

Energy Sources

Low-energy heat Direct current (DC) electric power

Applications

  • Health (drinking water)
  • Agriculture (plant hydration)
  • Industrial cleaning
  • Metal and ceramic processing
  • Energy generation (combustion fuel)

Claimed Performance

Pressurizable up to >=1,000 psi; flame temperature ~=270 deg F; non-explosive, implodes on ignition; can melt metals and ceramics within <1 min; stabilizes compounds (e.g., H_2O_2) for years.

Experimental Evidence

No measurable increase in H_2 or O_2 during production; observed uniform blue flame; gas stored at 1,000 psi; patent issued (US 2008257719).

Replication Status

Patent granted (April 16 2019) and commercial product (Watt-Ahh, AquaNew) available; no independent peer-reviewed replication reported.

Limitations

  • Lack of peer-reviewed experimental data
  • Claims of new water state not independently verified
  • Potential safety concerns with high-temperature plasma flame

Red Flags

  • Extraordinary claim of a 'fifth state of water'
  • No independent replication or scientific validation
  • Marketing language mixed with technical description

Keywords

SG Gas Dioxytetrahydride Electromagnetic water treatment Ionized gas Plasma fuel Water restructuring

Related Technologies

Brown's gas Hydrogen fuel Plasma cutting

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