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When managing high volumes of waste in a single location with reliable local infrastructure, opting for a stationary model is highly advantageous.

Proper preparation is critical: knowing the waste composition and anticipated volumes over time enables the plant to be designed for optimal utilization and material flow. In shift operations, stationary systems offer longer daily operating hours than mobile machines, as they eliminate downtime for refueling, engine maintenance, and material handling.


Well-dimensioned stationary setups deliver greater throughput and are considerably more cost-effective than comparable mobile solutions. Moreover, the higher efficiency of electric drives compared to internal combustion engines plays a significant role in enhancing their overall efficiency.

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Our Stationary Solution

When managing high volumes of waste in a single location with reliable local infrastructure, opting for a stationary model is highly advantageous. Proper preparation is critical: knowing the waste composition and anticipated volumes over time enables the plant to be designed for optimal utilization and material flow. In shift operations, stationary systems offer longer daily operating hours than mobile machines, as they eliminate downtime for refueling, engine maintenance, and material handling. Well-dimensioned stationary setups deliver greater throughput and are considerably more cost-effective than comparable mobile solutions. Moreover, the higher efficiency of electric drives compared to internal combustion engines plays a significant role in enhancing their overall efficiency.

We Customize your Solution

Tailored Waste Solutions


At Fima Industries, we tailor our waste management processes to meet your specific needs. Our comprehensive approach includes composting, shredding, and filtering, ensuring that every step is optimized for efficiency and sustainability.

Kumasi

Our stationary solutions handle large waste volumes efficiently, with longer operating hours and greater throughput.

waste mamanement processes

shredding

The treatment process begins with household waste being broken down by a pre-shredder. If necessary, pre-sorting can occur before this step. After shredding, a drum screen separates the organics, which form the undersize fraction.

Filtering

Manual sorting, magnetic separation, and wind sifting are used to extract recyclables from the oversize fraction. The remaining high-caloric fraction can be used to produce fuel, with baling as an optional step.

composting

Organics are piled into windrows and turned regularly over several weeks to convert them into compost. A two-stage screening process using a drum screen ensures the compost reaches a uniform grain size and removes any contaminants.

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Our mobile Solution

Adapting waste treatment machines to local conditions is crucial for countries beginning to establish a regulated waste economy. In regions where organized collection and the re-use of recycled materials are still developing, semi-mobile machines offer the flexibility to adapt as conditions evolve. Machines that are easy to transport, quick to set up, and independently powered by diesel engines can effectively address the challenges posed by emerging infrastructures. FIMA machines stand out for their user-friendliness; they are easy to learn to operate and are robust enough to tolerate occasional errors made by beginners.

We Customize your Solution

Tailored Waste Solutions


At Fima Industries, we tailor our waste management processes to meet your specific needs. Our comprehensive approach includes composting, shredding, and filtering, ensuring that every step is optimized for efficiency and sustainability.

mobile solution

Our adaptable machines suit areas with emerging recycling, offering flexibility and ease of transport.

waste mamanement processes

shredding

The treatment process begins with household waste being broken down by a pre-shredder. If necessary, pre-sorting can occur before this step. After shredding, a drum screen separates the organics, which form the undersize fraction.

Filtering

Manual sorting, magnetic separation, and wind sifting are used to extract recyclables from the oversize fraction. The remaining high-caloric fraction can be used to produce fuel, with baling as an optional step.

composting

Organics are piled into windrows and turned regularly over several weeks to convert them into compost. A two-stage screening process using a drum screen ensures the compost reaches a uniform grain size and removes any contaminants.

check our approach
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