INCREASE IN THE PRODUCTION OF PLEUROTUS OSTREATUS IN URBAN AND AGROINDUSTRIAL WASTE FROM ACATZINGO, PUEBLA
The objective of this work was to increase the production of Pleurotus ostreatus, using mixtures of agroindustrial residues (sawdust and pine shavings [AP], corn cob [OM], corn stubble [RM] and bean straw [PF]) from the Acatzingo region, Puebla, with coffee grounds [ PC] from homes and cafeterias in the city of Puebla. Five treatments were designed: T1, T2, T3 and T4 with 50% PC and 50% of each of the aforementioned residues, and T5 (mixture of PC, AP, OM, PF, and RM in proportions of 50, 20, 10, 10 and 10% respectively). Production was determined from indicators such as crop cycle, total fresh weight, biological efficiency (EB) and production rate. Resulting the most effective treatment with respect to EB followed T5 (97%), managing to increase these values up to 234% for T1. In addition, a production rate between 1.65% to 3.32% (T1 and T3) was obtained, with an average crop cycle of 64 days in three harvests. Resulting the most effective treatment with respect to EB followed T5 (97%), managing to increase these values up to 234% for T1. Therefore, the addition of coffee grounds to said substrates for the production of P. ostreatus is a sustainable alternative to produce nutritious food.
INCREASE IN THE PRODUCTION OF PLEUROTUS OSTREATUS IN URBAN AND AGROINDUSTRIAL WASTE FROM ACATZINGO, PUEBLA
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DOI: 10.22533/at.ed.3173292324086
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Palavras-chave: edible mushrooms, sustainable, coffee grounds, biological efficiency.
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Keywords: edible mushrooms, sustainable, coffee grounds, biological efficiency.
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Abstract:
The objective of this work was to increase the production of Pleurotus ostreatus, using mixtures of agroindustrial residues (sawdust and pine shavings [AP], corn cob [OM], corn stubble [RM] and bean straw [PF]) from the Acatzingo region, Puebla, with coffee grounds [ PC] from homes and cafeterias in the city of Puebla. Five treatments were designed: T1, T2, T3 and T4 with 50% PC and 50% of each of the aforementioned residues, and T5 (mixture of PC, AP, OM, PF, and RM in proportions of 50, 20, 10, 10 and 10% respectively). Production was determined from indicators such as crop cycle, total fresh weight, biological efficiency (EB) and production rate. Resulting the most effective treatment with respect to EB followed T5 (97%), managing to increase these values up to 234% for T1. In addition, a production rate between 1.65% to 3.32% (T1 and T3) was obtained, with an average crop cycle of 64 days in three harvests. Resulting the most effective treatment with respect to EB followed T5 (97%), managing to increase these values up to 234% for T1. Therefore, the addition of coffee grounds to said substrates for the production of P. ostreatus is a sustainable alternative to produce nutritious food.
- María Leticia Calderón Fernández
- Daniel Sihuanca Mendoza