Innovations Private Limited
Thermal Decomposition
Conventional thermal method of waste disposal uses high temperatures to burn the waste with the help of fuel/ energy. The high temperature generates toxic dioxins. Low-temperature thermal decomposition addresses the issues with conventional systems. The system is designed to destroy the solid waste which is complex in nature and a feasible segregation process is not possible. Even a highly modern waste management approach with source segregation, biogas generation and recycling of materials, leaves 10 to 20% of mixed waste which is going to landfills. Along with general household solid waste, biomedical waste needs separate treatment plants. The approach with low-temperature thermal destruction of organic (not only bio-degradable) solid waste targets the complex part of waste in an economical environment-friendly manner.
Principle
01
It is known that when organic matter is confined in an enclosed space, the organic matter causes a thermochemical reaction in a chain with a small amount of oxygen. The purpose of the production and dissemination of this device is to artificially enhance this phenomenon to treat waste and create a clean environment.
02
By passing air from outside through an electric field, the oxygen atoms become charged particles and turn into ions. If these ions are continuously applied to the organic matter, the balance of the "polarity" inherent in the organic matter will be lost and change will begin. The nature of matter is that it has "polarities of different nature, corresponding to its extremes along a particular direction", from which the arrangement of molecules begins to break. The repulsive force also acts on the molecules of the organic matter, which breaks down the structure into fine particles and refines them.
03
On the other hand, when oxygen molecules are exposed to discharge, radiation, light, magnetic force, etc., they are converted into highly reactive active oxygen. This active oxygen has the ability to instantly break down fats, proteins and carbohydrates. Especially when a radical reaction is involved, lipids are instantaneously continuously oxidized by the oxidation reaction and decomposed into water and carbon dioxide.
04
This effect is synergized with the thermal decomposition effect of organic matter by active air, which promotes decomposition and atomization of organic matter. With these two decomposition actions, this equipment has created an unprecedented outstanding environment inside the furnace and meets the expectations of users.
05
Around 200°C temperature is required to accelerate the reaction which in turn increases to 300~500°C by oscillation of atoms and electrons in the molecular level of matter.
The electrons infiltrate the treated organic molecules and breaks carbon & hydrogen from the long chain and tore the molecular chain then spreads rapidly around. It forms pyrolysis field with great energy and organic substances become ash.