What are the Environmental Advantages of Solid Waste Fuel Pellet Machine?

The environmental value of solid waste fuel pellet machine is rooted in the energy reconstruction mechanism of urban metabolic products. Its function is to convert discrete organic solid waste into energy carriers of standard geometric form. Solid waste fuel pellet machine breaks through the bottleneck of combustion efficiency of the original form of waste through the coupling process of shear compression and thermoplastic molding. During the processing, lignin is converted into a natural binder under the action of thermomechanics, replacing the chemical additives of the traditional granulation process and avoiding the risk of secondary pollution.

The breadth of material adaptability of solid waste fuel pellet machine covers multiple components such as municipal sludge and agricultural and forestry residues, realizing the integration of calorific value of cross-category waste. The mechanical energy loss generated in the pellet molding process is fed back to the drive motor through the flywheel energy storage system to form an energy closed-loop utilization. The oxygen diffusion efficiency in the combustion stage is improved due to the optimization of the specific surface area of the particles. Solid waste fuel pellet machine can reduce the emission of polycyclic aromatic hydrocarbons caused by incomplete combustion.

The reduction of carbon emissions in the transportation link comes from the increase in vehicle utilization due to the increase in volume density. The improvement of ash melting characteristics reduces the difficulty of handling incineration residues, and heavy metal ions solidify into aluminosilicate lattice structure in the high temperature environment of solid waste fuel pellet machine. Compared with the original waste landfill, the application of pellet fuel reduces the methane emission by an order of magnitude.