Titlebook: Water Footprint; Assessment and Case Subramanian Senthilkannan Muthu Book 2021 The Editor(s) (if applicable) and The Author(s), under excl

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書目名稱Water Footprint影響因子(影響力)




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Water Footprint in Leather Tanning and Steel Production, production of goods and services. To increase the awareness of water consumption in leather tanning and steel production, this chapter emphasizes the impacts of these activities on water use and finally provides a relevant database assessment.

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Water Footprint in Leather Tanning and Steel Production, production of goods and services. To increase the awareness of water consumption in leather tanning and steel production, this chapter emphasizes the impacts of these activities on water use and finally provides a relevant database assessment.

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Verifiable Water Use Inventory Using ICTs in Industrial Agriculture,tural sector, the world’s largest user of water resources (70%), focusing on increasing food production to meet the growing needs of the population. With the green revolution, “industrial agriculture” appeared, transferring some of the industrial production principles to the farming sector in order

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From Field to Bottle: Water Footprint Estimation in the Winery Industry,es. Each stage in the manufacturing and distribution process adds complexity and variability in the WF estimation. It is, therefore, critical to clearly define the scope of the footprint assessment and any underlying assumptions made. The wine-making process is a complex mix of agricultural, chemica

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Water Footprint in Leather Tanning and Steel Production,r. The import and export trade of these industrial activities have been increased in the past decades to deal with the overcrowding population along with the change of lifestyle pattern, as well as the continued industrialization. According to the recent ISO 14,046, water footprint assessment has ri

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Industrial Water Footprint: Case Study on Textile Industries,r appropriation and assessing the wastewater discharge. Industries have become increasingly aware that they contribute directly and indirectly to water scarcity and pollution, and this constitutes a risk that they have to respond to. Industrial water footprint (IWF) methodology, which concentrates o