NOVELTY - The plasma machine, named terminatorr has magneto hydrodynamic-magneto gas dynamic (MHD-MGD) system which allow circulation and recycling of molecular elements, polluting and/or dangerous, chemical and/or biological agents, directed at their neutralization and remediation.    USE - Plasma machine is used for remediation of hazardous molecules such as carbon dioxide, carbon monoxide, hydrogen sulfide, sulfur dioxide and nitrogen oxide discharged from chimney incinerators, factories, petrochemical factories and thermal power supply producing electricity (all claimed). Can also be used for sites containing contaminating materials or directly to polluted areas in civilian or military industrial plants or laboratories.    ADVANTAGE - The plasma machine efficiently and quickly treats the hazardous molecules.    DETAILED DESCRIPTION - The plasma machine, named terminatorr has magneto hydrodynamic-magneto gas dynamic (MHD-MGD) system which allow circulation and recycling of molecular elements, polluting and/or dangerous, chemical and/or biological agents, directed at their neutralization and remediation. Atomic elements such as iron (Fe3+), yttrium (Y3+), lanthanum (Ln3+), actinide, and gas such as nitrogen, oxygen, helium, deuterium, hydrogen, carbon dioxide is used for modifying criteria of the plasma and its physical-chemical efficiency. The plasma chambers that comprise silicium oxide and boron nitride, carbon-carbon composite material, beryllium oxide or zirconium oxide are utilized as geometric material. A new ceramic compound is formed using lanthanide, and yttrium, zirconium, silicium, boron, calcium, potassium, and depleted uranium. Metallic gaseous pseudo solution is formed in a reducing or oxidizing plasma medium. The obtained metallic solution optionally constitutes a unit of mining and refining treatment for precious metal. Platinum, palladium, rhodium, and generally the precious metal group including osmium as metallic solution in hydrogen or deuterium gases applied to fuel cells is created in the plasma machine. The hazardous molecules such as carbon dioxide, carbon monoxide, hydrogen sulfide, sulfur dioxide, and nitrogen oxide (NOx, NyOx) are destroyed and reduced to mono atomic species and finally neutralized by catalysts in the plasma machine.    DESCRIPTION OF DRAWING(S) - The drawing shows a vertical sectional view of required components of toroidal type plasma process.    Ablation chamber (1,4,14)    Dispersion chamber (2,3)    Spherical chamber (6)    Emergency discarding tank (15)    Tank for final residue (16)