Magnetic oxygen negative ions: the "green self-driving engine" of garbage pyrolysis

Magnetic oxygen negative ions: the "green self-driving engine" of garbage pyrolysis
In the garbage treatment workshop, a silver-gray magnetic energy garbage pyrolysis incinerator is running quietly - without the roaring flames of traditional incinerators, in the 380℃ decomposition chamber, a "green revolution" led by "magnetic oxygen negative ions" is taking place.
The core of this equipment is the "magnetic oxygen negative ion driven pyrolysis power generation system": the negative ions excited by the magnetic field are converted into plasma in a 380℃ environment, and collide with oxygen in the thin air to generate free radicals. These "active little bombs" accurately attack the carbon molecules in organic matter, triggering a chain reaction, and the chemical energy of the garbage itself can maintain pyrolysis - no additional fuel is required, achieving "self-sustaining operation", and energy consumption is reduced by 40%.
Even more subversive is its "pollution zeroing technique": negative ions are like "molecular interception nets", combining with dioxin precursors and CO₂ molecules to block the generation of harmful substances from the source; at the same time, pollutants such as Fireprint powder are converted into stable and harmless substances. The final exhaust gas is treated by multi-stage catalysis, which fully complies with the "Comprehensive Emission Standards for Air Pollutants" (GB 16297-1996), truly realizing "decomposition is purification".
From "burning garbage" to "self-driven decomposition", from "pollution emission" to "source suppression", magnetic oxygen anions use a "gentle and precise" chemical reaction to press the "green acceleration key" for garbage pyrolysis - this may be the best footnote to the "zero-carbon transformation" of solid waste treatment.