RDF (Refuse Derived Fuel) plant is an industrial facility that produces alternative fuel from waste. RDF is a fuel made from waste that has been processed in such a way that it has a high calorific value.
The RDF production process at the RDF factory consists of several stages, namely:
Selection and sorting: The waste to be processed is selected and sorted to separate organic and inorganic waste. Organic waste will usually be processed into compost or biogas, while inorganic waste will be processed into RDF.
Shredding: Inorganic waste that has been sorted is then chopped into smaller sizes.
Drying: The shredded waste is then dried to reduce the water content.
Pressing: Dry waste is then pressed into blocks or pellets.
The RDF that has been produced can be used as an alternative fuel for various purposes, such as:
Steam power plants (PLTU): RDF can be used as a fuel substitute for coal in PLTU.
Cement industry: RDF can be used as a fuel substitute for coal in the cement industry.
Ceramic industry: RDF can be used as a fuel substitute for coal in the ceramic industry.
RDF factories play an important role in waste management. RDF can help reduce the volume of waste sent to landfills and reduce greenhouse gas emissions. Following are some of the benefits of RDF mills:
Reducing waste volume: RDF can reduce the volume of waste sent to landfill. This can help reduce the land needed for landfill and extend the life of the landfill.
Reduces greenhouse gas emissions: RDF can reduce greenhouse gas emissions compared to using coal. This is because RDF has a higher heating value than coal.
Creating jobs: RDF plants can create new jobs in the waste management sector.
Increasing the economic value of waste: RDF can increase the economic value of waste. This is because RDF can be sold as an alternative fuel.
For products from the RDF plant offered by Armasco Engineering, there are several capacity options:
10 TPD (Tons per Day)
50 TPD (Tons per Day)
100 TPD (Tons per Day)
150 TPD (Tons per Day)
Custom capacity
This equipment is made with a study structure and has been standardized, well manufactured, high yield, low fuel or electricity consumption, and comfort in operation.