Structural Implementation

AFC
(Augean Flow Core)

The structural implementation of the Post-Incineration Framework, designed to establish and sustain a Self-Sustained Oxidation Flow (SSOF).

AFC is the structural core of SSOF.

Definition

AFC (Augean Flow Core) is a structural implementation of the Post-Incineration Framework.

It is not defined as a conventional incinerator or a single device. It is a thermal architecture designed to reproduce a specific behavior: the formation of a Self-Sustained Oxidation Flow through staged gas formation, controlled airflow, and gas-phase oxidation.

In this framework, the chamber is not merely a container. It becomes a reaction environment.

Core Idea

Combustion is not the burning of solids, but the oxidation of gases. AFC is built around this principle.

SPCW is thermally decomposed into combustible gas behavior, and the chamber structure guides that behavior toward complete oxidation.

Mechanism

Primary zone: thermal decomposition and gas generation
Central flow core: flow anchoring and staged air interaction
Upper zone: gas-phase oxidation and flame stabilization
Open top: controlled release without sealed pressure behavior

Architecture

Closed-End Air Injection Manifold (Central Rod): The air injection pipe installed inside the circular chamber creates a three- to four-stage air curtain within the chamber. The material of this air injection pipe should be an alloy resistant to the thermal treatment heat, depending on the type of waste to be thermal treatment. Furthermore, the size of the air injection pipe, the number of air nozzles perforated at each stage, and the angle of the perforations should be such that the thermal treatment heat circulates downward within the chamber.
Air Blower (Air Cpmpressor): The air blower placed outside the chamber can vary depending on the size of the chamber being installed. The air blower used here consumes so little electricity per day (Power consumption: 3p/220v/3kw(hr)).
Fuel Injection Pump: This thermal treatment method requires a small amount of fuel injection during ignition and at the end of the thermal treatment process. This is necessary to completely oxidize any incompletely oxidized waste remaining inside the incinerator. Kerosene or waste oil can be used as the fuel. This thermal treatment method does not emit any odor or smoke from the time of ignition until the end of the thermal treatment process.
Control Panel: This thermal treatment method can be operated manually. If necessary, the top lid opening and closing, ignition, fuel injection, and air blower can be electrically controlled via the control panel. Furthermore, the temperature inside the chamber can be monitored and recorded throughout the thermal treatment process, thereby verifying that no harmful gases, such as dioxins, are released.

Structural Principles

No Burner Required

After stabilization, oxidation heat from the waste stream sustains the process.

No Secondary Chamber

Gas-phase oxidation is formed inside the chamber through staged airflow.

No Lid Needed

The open geometry allows thermal behavior to stabilize without a closed top.

SPCW Optimized

The structure is especially suited for synthetic polymer compound waste.

Why AFC Matters

AFC translates the Post-Incineration Framework into a reproducible field structure. Its value is not in complexity, but in reproducing the correct thermal behavior.

The goal is simple: stable gas-phase oxidation through a simple, open, manually understandable thermal architecture.

AFC(Augean Flow Core)