LTTD
(Low Temperature Thermal Decomposition)
LTTD is an advanced thermo-chemical process where organic materials undergo controlled decomposition through heat induction and positive thermal feedback, resulting in a high-energy pyrolysis field.
Controlled heating initiates thermal runway, creating positive feedback and accelerating the decomposition process.
By injecting magnetized air and raising heat to the atomic condition, the system separates electrons from molecules.
In a closed magnetic-heat chamber, separated electrons accelerate, interacting with atomic nuclei to form a plasma-like state.
Reaction starts at around 200°C and naturally increases to 300–500°C as oscillating atoms generate more heat.
High-energy electron movement tears carbon–hydrogen molecular chains, creating a powerful pyrolysis field that reduces organic substances to ash.
