Focus on carbon equipment
Generally speaking, the original calorific value of palm shell after drying is about 4500~5000 kcal/kg. However, during the carbonization process, the fixed carbon in the palm shell is retained by high temperature (usually above 600 degrees Celsius) for 40~60 minutes, while other components (such as moisture, volatile matter, etc.) are removed. This process enhances the strength and density of palm shell charcoal, and also greatly increases the calorific value. The calorific value of carbonized palm shell charcoal can usually reach 6500~8000 kcal/kg, depending on the temperature and time of the carbonization process and the original quality of the palm shell.
Therefore, as a renewable resource, palm shell has the characteristics of high calorific value, low ash and low moisture after carbonization, and is very suitable for use as a biofuel. In addition, palm shell charcoal can also be used in soil improvement, metallurgy and other fields, with a wide range of uses and market prospects.
Zhengzhou Dingli New Energy Equipment Co., Ltd. is a manufacturer specializing in the production of carbonization machines. Its customers are all over the world. A carbonization machine is installed in the factory for customers to bring materials for trial operation. Customers with any equipment needs can contact Zhengzhou Dingli New Energy Equipment Co., Ltd. at any time. The company will arrange professional engineers and sales managers to give you a detailed reply!
Faced with mountains of sawdust and wood chips, is it a burden or a resource? With its core technical advantages, the sawdust carbonization machine can easily unlock the huge potential of wood waste for you and convert it into hot biomass charcoal wealth.
When bamboo biochar pours out of the carbonization machine, it is not only a product, but also a "green currency" that leverages the three major markets of agriculture, environmental protection, and energy. The value of the carbonization machine is grow
The value of the carbonizer is far more than just treating waste. It is setting off a dual revolution in environmental protection and materials: it not only ends the pollution risk of biomass, but also creates a high-value-added "carbon-negative" materi
The competitiveness of charcoal production depends not only on the performance of a single device, but also on the seamless coordination of the whole process equipment. With the carbonizer as the hub, the scientific matching of upstream and downstream equ