Organic recycling

Organic recycling is one of the most effective solutions, as it allows biodegradable waste to be transformed into useful resources through controlled industrial processes. This type of recycling is key to reducing the amount of waste sent to landfills, decreasing polluting emissions, and moving towards a more sustainable circular economy model.

Organic waste requires robust and well-defined processes for its proper recovery. Through this recycling, it is possible to reduce its environmental impact and transform it into useful products such as compost or natural fertilizer.

Process of organic waste recycling

The organic waste recycling process aims to transform biodegradable organic matter into a useful, stable, and safe resource, such as compost or organic soil amendments. To achieve this, it is essential to implement appropriate industrial processes and have the specific machinery required for treating organic waste.

In general, organic recycling is structured in several key stages:

Reception and pretreatment of waste

Where impurities are removed and the material is prepared for processing.

Size reduction

By crushing or tearing, to facilitate biological decomposition.

Homogenization of the material

Ensuring a balanced and stable mixture.

Maturation and stabilization

Obtaining a safe and reusable final product.

Composting: from waste to natural fertilizer

Composting is one of the most effective methods in the recycling of organic waste, as it allows the transformation of biodegradable remains into high-quality natural fertilizer through a controlled biological process.

The main benefits of composting include:

Reduction of the volume of organic waste destined for landfills.

Production of natural fertilizer, reusable in agriculture and gardening.

Improving environmental sustainability by closing the organic matter cycle.

Waste valorization, turning waste into a useful resource.

Silmisa solutions for the efficient treatment of organic matter

Mills for organic waste

Mills allow for precise reduction of the size of organic matter, promoting homogenization of the material and improving the efficiency of subsequent biological processes. In organic waste recycling, controlled particle size facilitates the action of microorganisms and accelerates the composting process.

Pre-shredders for organic matter

Pre-shredders are used in the initial phase of treatment when organic waste arrives in large volumes or with irregular shapes. They operate at low speed and high torque, allowing the material to be opened, broken down, and prepared without generating fines or blockages.

Shredders for organic waste

Shredders achieve a more precise size reduction after pretreatment, ensuring uniform fragmentation of the organic matter. This stage is essential for achieving a balanced mixture and an efficient biological process.

Conveyor belt for organic recycling

The conveyor belt is a key element in ensuring a continuous and controlled flow of organic matter along the recycling line. In composting or organic treatment plants, it allows for process automation and reduces manual handling of the waste.