In the blink of an eye, we are about to enter the late autumn season. Various fruits have matured, and a large amount of fruit shell waste is generated. In the traditional way, the fruit shells will be discarded or piled up for fermentation as organic fertilizer. If a carbonizer is used, the fruit shell waste can be turned into fruit shell charcoal, realizing the reuse of agricultural waste, which greatly increases the economic profits of fruit farmers.
The fruit shell carbonizer adopts a drum dry distillation carbonization process, which has the following characteristics:
1. Efficient use of waste flue gas: The waste flue gas generated during the carbonization process can be treated and reused through the flue gas recovery system. These flue gases contain combustible gases and other useful substances. Through recycling and utilization, energy utilization efficiency can be improved and environmental pollution can be reduced.
2. Drum design: The drum carbonizer can realize continuous treatment and carbonization of fruit shells. The fruit shells are constantly tumbling and heated in the drum, which can ensure the uniformity and efficiency of the carbonization process.
3. Inner and outer barrel design: The carbonizer adopts a double-sleeve pipeline design, the inner barrel is a preheating and drying pipeline, and the outer barrel is a high-temperature carbonization pipeline. The inner cylinder uses the waste heat in the furnace to dry the material; the outer cylinder is equipped with a combustible gas recovery pipeline and a high-temperature carbonization pipeline to perform high-temperature carbonization on the material. This design can make full use of the heat energy generated during the carbonization process and improve the carbonization efficiency.
The fruit shell carbonization machine does not add any chemicals or use coal to provide heat energy during the carbonization process, so it does not produce pollutants such as wastewater and waste residue. At the same time, the waste flue gas generated during the carbonization process is treated and reused through the flue gas recovery system, which can achieve smokeless production and environmentally friendly emissions. This makes the fruit shell carbonization machine a renewable new energy production equipment and helps reduce environmental pollution.
