Sri Rejeki Isman Tbk棉废料的利用。白平菇(Pleurotus ostreatus)种植基质基础材料纺丝剂

Tasya Sienita, M. Ainuri, M. Wahyudin
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引用次数: 0

摘要

PT. Sri Rejeki Isman Tbk纺纱部生产的棉废料有五种:落棉、平条回收棉、平条c棉、空气废棉和垃圾含量较小的风机开端棉。研究目的是确定棉花废料作为白平菇种植介质基础材料的潜在利用潜力,确定种植介质配方对白平菇生长的影响,确定白平菇种植介质的最佳配方。利用废棉由5公式:检查控制100% sengon木粉+ 200克麦麸+ 10克石灰(S0)下降50% + 50% sengon木粉+ 200克麦麸+ 10克石灰(S1a)下降75% + 25% sengon木粉+ 200克麦麸+ 10克石灰(印地),50%球迷开口端+ 50% sengon木粉+ 200克麦麸+ 10克石灰(S2a)和75%的粉丝开口端+ 25% sengon木粉+ 200克麦麸+ 10克石灰(开通)。本研究采用5x3完全随机设计(CRD 5x3),然后使用单向方差分析检验和最小显著差异(LSD)检验进行分析。以0 - 1整数规划的最高分为标准,选择最优的种植配方。在种植介质上观察到的参数是纤维素和木质素含量的变化,而真菌生长的参数是菌丝履行时间的形式;果体的数量;帽宽;湿重和茎长。本研究表明,棉花废料可作为白平菇种植基质的基料,其中最佳配方为S2b。在S2b种植培养基中,真菌生长过程中纤维素降解率为66.7% ~ 60.8%,木质素降解率为10.5% ~ 6.6%。除培养基外,配方S2b产菇的菌丝履行时间为28.33±1.53天,果体数为17.67±8.96,菇盖宽度为5.76±0.87 cm,湿重为143.33±26.27 g,茎长为4.52±0.55 cm。
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Utilization of Cotton Waste from PT Sri Rejeki Isman Tbk. Spinning Division as Basic Material for White Oyster Mushroom (Pleurotus ostreatus) Planting Media
There are five types of cotton waste produced by the Spinning Division of PT. Sri Rejeki Isman Tbk: dropping, flat strip recyclean, flat strip c, air waste, and fan open end, which has a smaller trash content. The research objective is to determine the potential utilization of cotton waste as the basic material for white oyster mushroom planting media, to determine effect of planting media formula on the growth of white oyster mushroom, and to determine the best formula for white oyster mushroom planting media. Utilization of cotton waste are examined by 5 formulas: control with 100% sengon wood powder + 200 gram bran + 10 gram lime (S0), 50% dropping + 50% sengon wood powder + 200 gram bran + 10 gram lime (S1a), 75% dropping + 25% sengon wood powder + 200 gram bran + 10 gram lime (S1b), 50% fan open end + 50% sengon wood powder + 200 gram bran + 10 gram lime (S2a) and 75% fan open end + 25% sengon wood powder + 200 gram bran + 10 gram lime (S2b). This study uses a 5x3 Completely Randomized Design (CRD 5x3) and is then analyzed using the One Way Anova test and the Least Significant Difference (LSD) test. The best formula was chosen for planting media based on the highest score in Zero-One Integer Programming. Parameters observed on the planting media are changes in the content of cellulose and lignin, while on the fungal growth is the form of mycelium fulfillment time; the number of fruit bodies; hood width; wet weight, and stem length. This study indicates that cotton waste can be used as a base material for white oyster mushroom planting media, where the best formula is S2b. During fungal growth, in the planting media with formula S2b, cellulose degradation occurs from 66.7% to 60.8%, and lignin degradation occurs from 10.5% to 6.6%. In addition to the media, formula S2b produces mushrooms with growth characteristics including mycelium fulfillment time of 28.33±1.53 days, the number of fruit bodies 17.67±8.96, hood width 5.76±0.87 cm, wet weight 143.33±26.27 grams, and stalk length 4.52±0.55 cm.
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