TY - EJOUR
AU - Bes, Karen
AU - Brisola, Maiara Cristiane
AU - Crecencio, Regiane Boaretto
AU - Bitner, Dinael Simão
AU - Frigo, Angelica
AU - Rampazzo, Luana
AU - Faria, Glaucia Amorim
AU - production, Evaluation of a novel anaerobic co-digestion system for disposal of dead swine and manure: An important tool in animal
AU - production, Evaluation of a novel anaerobic co-digestion system for disposal of dead swine and manure: An important tool in animal
AU - production, Evaluation of a novel anaerobic co-digestion system for disposal of dead swine and manure: An important tool in animal
PY - 2024
DA - January
TI - Evaluation of a novel anaerobic co-digestion system for disposal of dead swine and manure: An important tool in animal production
T2 - International Journal of Recycling of Organic Waste in Agriculture
VL - 9
L1 - https://oiccpress.com/international-journal-of-recycling-of-organic-waste-in-agriculture/article/evaluation-of-a-novel-anaerobic-co-digestion-system-for-disposal-of-dead-swine-and-manure-an-important-tool-in-animal-production/
DO - 10.30486/ijrowa.2020.1886668.1016
N2 - Purpose The anaerobic digester for dead animals is the most eco-friendly and cost-effective way to dispose of this waste. The aim of this study was to evaluate the removal efficiency of organic matter and pathogenic microorganisms by an anaerobic co-digestion of whole dead animals and manure, both of swine origin. Methods Two test digesters coated with geomembrane were used. Samples were obtained from a private pig farm with 2000 sows in Southern Brazil from April to June of 2017. The analyses were performed in triplicate, at six treatment points and physicochemical and microbiological analyses were performed to evaluate the efficiency of the anaerobic co-digester system. Results We found the efficiency in the removal of chemical oxygen demand (87.88%), biological oxygen demand (83.57%) and total solids (75%), accorded with levels proposed in Resolution 430/2011 of the Brazilian National Environment Council. Furthermore, macro- and micronutrient values also accorded with the environmental parameters proposed by Brazilian legislation. Based on the total nitrogen (2222.00 mg L-1) and environmental critical phosphorus values (333.30 mg dm-³), a subsequent agronomic evaluation is suggested prior to the release of this effluent into the soil. The absence of Salmonella spp. and helminth eggs reinforced the notion of suitability of the system for the treatment of dead animals. Total coliform counts and E. coli counts were within the expected standards. Conclusion Treatment of dead animals and effluents using an anaerobic digestion process was efficient, suggesting that it could replace other methods such as composting and incineration.
IS - 3
PB - OICC Press
KW - Agroindustrial waste, Anaerobic co-digestion, Dead animal digester, Swine breeding 
EN -