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COMBOOST

We analyze microbiological processes and model the behavior of bioplastic materials under real composting conditions to optimize their biodegradation.

CONSORTIUM

RECIPLASA | Jaume University | CEBIMAT | AIMPLAS

Main objective

Investigation of microbiological processes during composting to enhance the biodegradation of bioplastic materials in this environment.

Study and modeling of the biodegradation behavior of bioplastic materials in real composting processes.

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Description and results:

Get to Know Us

The COMBOOST project aims to overcome barriers to plastic packaging recycling by focusing on composting and offering innovative solutions to eliminate microplastics from compost. By enhancing the composting process with specific microorganisms, the degradation of bioplastics is accelerated, curbing their entry into natural and agricultural environments and preventing their potential inclusion in the food chain. This approach not only ensures faster plastic degradation but also minimizes waste disposal, yielding both economic and environmental benefits. Furthermore, the resulting high-quality compost undergoes rigorous safety assessments, guaranteeing its suitability for soil regeneration without associated toxicity or contamination issues in agricultural or gardening applications. This project is funded by GVA-AVI and the European Union through the ERDF.

As part of the COMBOOST project, solutions have been developed to enhance the valorization of bioplastics in industrial composting processes by addressing existing limitations regarding their biodegradation under real-world conditions. The project has enabled the development and validation of a microbial additive capable of accelerating the biodegradation of compostable materials, as well as a predictive tool that facilitates the estimation of their behavior across various composting scenarios. These results contribute to optimizing treatment processes and improving the compatibility of bioplastics with the timeframes and operating conditions of industrial composting plants.

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File No.:

INNEST/2023/59

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Program:

Strategic cooperation projects.

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Project:

Study on the valorization of bioplastic waste through new composting processes (COMBOOST).

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Grant awarded:

103.313,23 €

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