Analisis Potensi Dampak Lingkungan Dari Budidaya Tebu Menggunakan Pendekatan Life Cycle Assessment (Lca)

Astuti, Arieyanti Dwi

doi:10.33658/jl.v15i1.127

Cited by 7 publications

(7 citation statements)

References 8 publications

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“…This method helps to analyze the potential environmental impact of activities by knowing the inputs used, both energy and natural resources. This method can also be used to maximize production with the same input, reduce the use of raw materials and transportation, implement environmental protection measures, reduce emissions to the environment and utilize waste [27]. The first use of LCA can provide product improvement, to identify the most efficient and cost-effective option for reducing the environmental impact of the product or service, desired by the consumer.…”

Section: Benefits Of Using Life Cycle Assessment (Lca)mentioning

confidence: 99%

Life Cycle Assessment, Is it Beneficial for Environmental Sustainability? A Literature Review

Adi

Joko

Setiani

2022

JSE

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LCA is a method for evaluating the potential environmental effect of a product or service system at all stages of its life cycle by quantifying resource usage and emissions connected with the system under consideration. This paper intends to give an overview of the numerous Life Cycle Assessment (LCA) studies that have been implemented in Indonesian industries in order to reduce the negative effects of pollution on the environment, low distribution, and energy and raw material conservation. In the Life Cycle Assessment (LCA), there are four system boundaries: (cradle to grave), (cradle to gate), (gate to grave), and (gate to grave) (Gate to gate). The scope of this study is restricted to a review of the literature on the application of Life Cycle Assessment from 2018 to 2021, it was published in peer-reviewed journals. There are 11 research publications on the internet with the keywords Life Cycle Assessment (LCA) regarding Life Cycle Assessment (LCA) in Indonesia, which is used to reduce environmental effect in industry. Waste management products, water management, manufacturing industry, mining, fisheries, and plantations are among the research journals covered.

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Section: Benefits Of Using Life Cycle Assessment (Lca)mentioning

confidence: 99%

Life Cycle Assessment, Is it Beneficial for Environmental Sustainability? A Literature Review

Adi

Joko

Setiani

2022

JSE

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“…Polusi yang bersifat mengasamkan memiliki banyak dampak pada tanah, air, air bawah tanah, air permukaan, organisme biologis, ekosistem, dan material. Polusi yang bersifat mengasamkan yang paling utama adalah SO2, NO2 [14]. Pada penelitian ini, tahapan yang paling besar memberikan sumbangan adalah tahap penggilingan sebesar 51,61% dan tahap perebusan bubur tahu sebesar 47,54%.…”

Section: Acidificationunclassified

Penilaian Dampak Lingkungan Industri Tahu Menggunakan Life Cycle Assessment (Studi Kasus: Pabrik Tahu Sari Murni Kampung Krajan, Surakarta)

Lolo

Gunawan²,

Krismani³

et al. 2021

JSE

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The problem faced by the tofu industry is waste management. So, it is necessary to do so that tofu waste does not pollute the environment by managing waste and emissions, efficient consumption of energy, materials, andwater. One way to identify environmental pollution is by Life Cycle Assessment. This study uses the Life Cycle Assessment (LCA) method. The LCA flow in this study is to determine goals and scopes, create inventory data, make grouping impacts and how much impact they generate, as well as interpreting to provide improvements. The functional unit in this study is 1 kg of tofu which is produced in 1 day. The results of this study were divided into five impact categories, namely, climate change, the most important being 2195 kg CO2, human toxicity potential at 2187 kg 1,4-Dikchloro benzene, eutrophication at 0.935 kg PO4, photo oxidant at 0.797 kg C2H4, and acidification at 15,915 kg. SO2. The recommended improvement alternative is to make efforts to use water efficiently during the tofu production process, including the need to clean the scale in the steam boiler to increase the volume of steam produced, so that the use of water and energy is more efficient.

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“…Potential impacts and environmental improvement of wood pellet production The stages in impact assessment of a life cycle translates information on material and energy flows that happen through-out the product's life cycle into environmentally relevant indicators, which is calculated as a whole into the impact category (Saade et al, 2019). GHG emissions of the production process are those resulted from Furthermore, leaching of chemical materials from the using of fertilizer will have an impact on the surrounding groundwater quality and surface water or, more broadly, become the main pollutant of eutrophication (Divya & Belagali., 2012 ;Astuti, 2019). As for the production process in the mill, the activity produces only 0.96 kg of GHG (CO ) 2 that is resulted from diesel fuel combustion for transportation.…”

Section: Inventory Of Wood Pellet Production Activitiesmentioning

confidence: 99%

Life Cycle Assessment of Wood Pellet Product at Korintiga Hutani company, Central Kalimantan, Indonesia

Iswanto¹,

Nurrochmat²,

Siregar³

2021

jtfm

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Climate change has forced human being to adapt in fulfilling their energy needs sustainably. In Indonesia, forestry activities has been considered as an emission rather than carbon sink. This study aims to analyze the inputs, outputs, and potential environmental impacts of wood pellet production in a forest company using life cycle assessment (LCA). The wood pellet is made from Eucalyptus pellita plantation. Analysis was made for 1 planting cycle or 6 years, and allometric equations were used to estimate the ability of industrial timber plantation forest to absorb CO2. Production of wood pellet starting from plantation requires inputs as follows: diesel fuel, electricity, NPK and other fertilizers, pesticides, and electrical energy. Those inputs produced emissions, of which the largest was N2O of 551.2927 kg, followed by NH3 of 7.5275 kg generated from NPK fertilizer. Another was PO43- amounted at 0.1792–0.2229 kg from liquid fertilizers and pesticides. Potential acidification came from 13.3675 kg SO2 eq, and eutrophication of 0.4021 kg PO43- eq. The greenhouse gas (GHG) emission was 678.0270 kg CO2 eq from the plantation activities, especially from diesel-based energy consumption, while wood pellet mills only released 0.1053 kg CO2 eq of GHG emissions. Thus, total emissions from 6 years' time of wood pellet production are much lower compared to the average CO2 absorbed by the plantation forest, of which annually is 36.34–67.69 ton ha-1year-1.

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Analisis Potensi Dampak Lingkungan Dari Budidaya Tebu Menggunakan Pendekatan Life Cycle Assessment (Lca)

Cited by 7 publications

References 8 publications

Life Cycle Assessment, Is it Beneficial for Environmental Sustainability? A Literature Review

Life Cycle Assessment, Is it Beneficial for Environmental Sustainability? A Literature Review

Penilaian Dampak Lingkungan Industri Tahu Menggunakan Life Cycle Assessment (Studi Kasus: Pabrik Tahu Sari Murni Kampung Krajan, Surakarta)

Life Cycle Assessment of Wood Pellet Product at Korintiga Hutani company, Central Kalimantan, Indonesia

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