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美国西雅图assignment代写 循环经济模式
2020-07-23 03:39

美国西雅图assignment代写 循环经济模式
One industry that is applying this circular economy model to its aftermath residue is the sugar industry. There are two secondary by products worth mentioning in this industry: the sugarcane bagasse ash and sugarcane straw. The first, sugarcane bagasse ash is burnt in the cogeneration boilers to produce steam energy to spin turbines for electricity generation and to heat up cane juice. The characteristics of bagasse ash will depend up on the process (imbibition or diffusion) adopted for juice extraction. Most of the sugar mills in India and Brazil use imbibition method while diffusion process is common in Europe, South Africa, Central America and Egypt (Bizzo, 2014). The second one, sugarcane straw comes from the residue the mechanical harvester leaves behind. The average Gross Calorific Value (GCV) of sugarcane straw (including cane, tops and leaves) is about 16 MJ/kg (Deepchand, 1986), this high calorific value of sugarcane straw makes it a potential fuel in the cogeneration system. (Gopinath, Bahurudeen, Appari, & Nanthagopalan, 2018). Furthermore, the article “Product design and business model strategies for a circular economy” (Nancy M. P. Bocken, 2015), states that AB sugar, the UK’s largest sugar producer by market share, has evolved their business model into a circular economy to include the use of their by-product baggage as an additional profitable source of income. Another industry, located in the Netherlands, applying the circular economy model is the government’s Water Authority Institution which no longer regards wastewater as merely a waste to be treated and processed, but as a valuable source of renewable energy, raw materials and clean water. This is being done by converting many of the traditional Sewage Treatment Plants (STPs), into Energy and Raw Materials Factories (ERMFs), which are resource factories that can contribute significantly to achieving circular economies. Moreover, in order to comply with the national policy plans towards a circular economy and greener future, they are focusing on the retrieval of at least five resources from municipal wastewater: cellulose, bioplastics, phosphate, bio-ALE, and biomass. Currently, approximately 100 digesters are operational and biogas (a mixture of CH4 and CO2) is being produced from biomass. (Leeuwen, Vries, Koop, & Roest, 2018). The current production of biogas is 107 million m3 per year as reported by Statistics Netherlands (Haag & Heerlen, 2019). With a price of € 0.20 per m3, this is a revenue of €24 million per year that is expected to increase by 2030 to a total revenue of €40 million per year. This covers almost 40% of the energy consumption of the water authorities, (Nieuwenhuijzen, Sanders , Visser , Odegard , & Bergsma , 2016). In the near future, it can be expected that the water authorities will be self-supporting regarding energy, when they combine it further with wind, solar, and geothermal energy, or even become net producers of energy as in the case of the city of Hamburg.
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