Biodegradable Nonwovens with Poultry Feather Addition as a Method for Recycling and Waste Management

Abstract

Geotextiles are used for separation, drainage, filtration and anti-erosion protection sealing, as well as to improve plant vegetation conditions. The research objective of this study was to verify the influence of the addition of poultry feathers on accelerating the biodegradation of nonwovens in cultivated soil. The tests were carried out in laboratory conditions and were based on the assessment of weight loss. The experiments confirmed the positive effects of the presence of waste that was rich in keratin on the time required for the biodegradation of the tested materials (the period of biodegradation was 8–24 weeks). Additionally, the influence of the biodegradation of the tested materials on the ecotoxicity was investigated and showed no negative effects on the microbiological activity (106 cfu). The research also included the determination of the carbon to nitrogen ratio of the test medium (blank, 12–14:1; with feather addition, 19–20:1). A statistical analysis revealed a correlation between the mechanical properties and the period of biological decomposition. This research was an important step for the management of poultry feather waste in agricultural applications. The tested materials could be seen an alternative that meets all ecological criteria, which seems to be a golden solution that not only allows the delivery of important nutrients to the soil, but also manages waste in an environmentally safe manner.

Effect of pre-treatment of chicken feather on the degradation potential of Glutamicibacter arilaitensis

“…A class of advantageous mixed microbial cultures known as effective microorganisms (EM) have numerous environmental and agricultural applications as biocontrol agent . Bacteria, fungi, actinomycetes, insects, and other organisms promote biodegradation process (Pruska et al, 2022). Keratinolytic fungi such as Trichoderma, Fusarium, Meiothermus, Chrysosporium, Aspergillus, Microsporum, Nocardiopsis, Candida albicans, Aphanoascus and Trichophyton have better keratinolytic property and few researches have been carried out to explore their keratinolytic potential (Li, 2019).…”