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178 The reviewed literature of this section is presented taking into account its degree of 179 development: first, economic and environmental analyses. Afterwards, numerical simulations, 180 and finally lab-scale and real-scale prototype tests. Notice that some of them combine different 181 scales of study, e.g. lab-scale prototypes and numerical simulations. 179 185 Guo et al. [62] performed a study analysing the potential of transporting IWH from a steelwork 186 industry to a utility plant in Sweden. Three methods for transporting the IWH were compared: 187 (1) a conventional DH solution requiring new underground piping, (2) transportation by train 188 using PCM, and (3) transportation by train using the zeolite sorption technology. As shown in 189 Figure 15, the sorption alternative using zeolites (thermochemical materials, also known as 190 TCM) was the most promising with regards to cost effectiveness. 186 187 189 Figure 15 Cost estimation for 30 km heat transport from steel making industry to utility 190 plant [62] 190 2103 Storch and Hauer [67], discussed the economic performance of a truck M-TES system 2104 considering two IWH sources (an aluminium factory and a waste incineration plant located at 10 2105 and 7 km from the heat demand, respectively) and two TES materials (sodium acetate trihydrate 2106 as PCM and zeolite as TCM). Like in the previous case, results showed that the economic 2107 performance for the proposed sorption system was generally better than for the PCM storage, 2108 with energy costs of 15 €/MWh, which are well below than current oil and gas prices (40 2109 €/MWh for oil and 28 €/MWh for natural gas). Li et al. [68] studied the economic cost of 2110 supplying heat with a M-TES system consisting of a 28 m3 prototype container using erythritol 2111 as PCM to a heat demand located at a distance between 10 and 50 km from the IWH source, and 2112 compared it to other heat supply methods. Results show that the cost was in a range between 30 213 and 60 USD/MWh and it was observed that the cost variation was proportional to the transport 214 distance, but inversely proportional to the heat demand. Moreover, the cost was more sensitive 215 to the price of PCM than to other parameters, such as the cost of transportation. More recently, 25PDF Image | Thermal Energy Storage TES Industrial Waste Heat Recovery
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