Penerapan produksi bersih dan penilaian daur hidup industri kecil menengah pengolahan kopi CV. Gunung Betung

Febilian Adiwinata, S. Suprihatin, Mulyorini Rahayuningsih
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Abstract

Coffee is one of Indonesia's leading commodity that has the potential to be developed for agro-industry. High coffee production has encouraged the establishment of a small and medium coffee industry. The purpose of this study is to analyze possible strategies for implementing cleaner production and evaluate the impact on the environment using Life Cycle Assessment (LCA) method with a gate to gate scope. The stages of cleaner production research used quick scan techniques, source identification, cause evaluation and option generation implementation. LCA research stages with the determination of the objectives and scope of research, inventory analysis, environmental impact assessment and implementation of improvements. Greenhouse gases (GHG) emission was assessed as an environmental impact parameter. The results showed the alternative potential for cleaner production that was applied the manufacture of drying domes (Payback Period/PBP) 3.18 months with an investment ofRp. 2,285,000), procurement of generator machines (PBP 1.16 months with an investment of Rp. 5,860,000), making air circulation in roasting room (PBP 0.07 months with an investment of Rp. 1,268,000), making of solid waste composting reactor (PBP 2.18 months with an investment of Rp. 3,440,000) and addition packing equipment (PBP 0.45 month with an investment of Rp. 3.057 .000). The results of the LCA analysis show that 1,000 Kg of dry-processed coffee requires energy of 869.92 MJ and produces GHG emissions of 95.58 Kg CO₂eq / ton coffee fruits or 0.42Kg CO₂eq / Kg coffee powder equal to 2.389Kg CO₂eq/month and 28.674Kg CO₂eq/year.Key words : environmental impact assessment, life cycle assessment, small coffee industries
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中小型咖啡生产过程的实施和循环利用生活评估。山牛蛙
咖啡是印尼的主要商品之一,具有农业工业发展的潜力。高咖啡产量鼓励了中小型咖啡工业的建立。本研究的目的是分析实施清洁生产的可能策略,并在门到门范围内使用生命周期评估(LCA)方法评估对环境的影响。清洁生产研究阶段使用了快速扫描技术、来源识别、原因评估和选项生成实施。LCA研究阶段包括确定研究目标和范围、清单分析、环境影响评估和实施改进措施。温室气体排放作为环境影响参数进行评价。结果表明,采用该方法制造干燥圆顶具有清洁生产的替代潜力(投资回收期为3.18个月/PBP)。采购发电机(PBP 1.16个月,投资5,860,000卢比),在焙烧室进行空气循环(PBP 0.07个月,投资1,268,000卢比),制造固体废物堆肥反应器(PBP 2.18个月,投资3,440,000卢比)和额外的包装设备(PBP 0.45个月,投资3,05.7万卢比)。LCA分析结果表明,1000公斤干加工咖啡需要869.92 MJ的能量,产生的温室气体排放量为95.58 Kg CO₂eq/吨咖啡果或0.42Kg CO₂eq/ Kg咖啡粉,相当于2.389Kg CO₂eq/月和28.674Kg CO₂eq/年。关键词:环境影响评价,生命周期评价,小型咖啡产业
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