The Experts below are selected from a list of 3702 Experts worldwide ranked by ideXlab platform
Di Zhao - One of the best experts on this subject based on the ideXlab platform.
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the research on process characteristics of different Fuels for blast Furnace injection
htmp, 2015Co-Authors: Jianliang Zhang, Tengfei Song, Haiyang Wang, Di ZhaoAbstract:This paper was mainly focused on the different semi-cokes and charcoal which could be new Fuels for blast Furnace injection. Through the comparative study with bituminous coal and anthracite coal, the properties of semi-cokes and charcoal were presented in this research. 10 indexes of different Fuels were obtained by different standard experiment, including proximate analysis, ultimate analysis, igniting point, explosivity, transportation characteristic, ash properties, grindability, calorific value, combustibility and reactivity with CO2. According to the data analysis, it provided a theoretical basis for rational utilization of various blast Furnace Fuels, and helped to broaden the scope of the blast Furnace injection Fuels. This research could contribute to energy conservation, emissions reduction, and sustainable development of iron and steel enterprises.
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6th International Symposium on High-Temperature Metallurgical Processing - The Research on Process Characteristics of Different Fuels for Blast Furnace Injection
6th International Symposium on High-Temperature Metallurgical Processing, 2015Co-Authors: Jianliang Zhang, Tengfei Song, Haiyang Wang, Di ZhaoAbstract:This paper was mainly focused on the different semi-cokes and charcoal which could be new Fuels for blast Furnace injection. Through the comparative study with bituminous coal and anthracite coal, the properties of semi-cokes and charcoal were presented in this research. 10 indexes of different Fuels were obtained by different standard experiment, including proximate analysis, ultimate analysis, igniting point, explosivity, transportation characteristic, ash properties, grindability, calorific value, combustibility and reactivity with CO2. According to the data analysis, it provided a theoretical basis for rational utilization of various blast Furnace Fuels, and helped to broaden the scope of the blast Furnace injection Fuels. This research could contribute to energy conservation, emissions reduction, and sustainable development of iron and steel enterprises.
Jianliang Zhang - One of the best experts on this subject based on the ideXlab platform.
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the research on process characteristics of different Fuels for blast Furnace injection
htmp, 2015Co-Authors: Jianliang Zhang, Tengfei Song, Haiyang Wang, Di ZhaoAbstract:This paper was mainly focused on the different semi-cokes and charcoal which could be new Fuels for blast Furnace injection. Through the comparative study with bituminous coal and anthracite coal, the properties of semi-cokes and charcoal were presented in this research. 10 indexes of different Fuels were obtained by different standard experiment, including proximate analysis, ultimate analysis, igniting point, explosivity, transportation characteristic, ash properties, grindability, calorific value, combustibility and reactivity with CO2. According to the data analysis, it provided a theoretical basis for rational utilization of various blast Furnace Fuels, and helped to broaden the scope of the blast Furnace injection Fuels. This research could contribute to energy conservation, emissions reduction, and sustainable development of iron and steel enterprises.
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6th International Symposium on High-Temperature Metallurgical Processing - The Research on Process Characteristics of Different Fuels for Blast Furnace Injection
6th International Symposium on High-Temperature Metallurgical Processing, 2015Co-Authors: Jianliang Zhang, Tengfei Song, Haiyang Wang, Di ZhaoAbstract:This paper was mainly focused on the different semi-cokes and charcoal which could be new Fuels for blast Furnace injection. Through the comparative study with bituminous coal and anthracite coal, the properties of semi-cokes and charcoal were presented in this research. 10 indexes of different Fuels were obtained by different standard experiment, including proximate analysis, ultimate analysis, igniting point, explosivity, transportation characteristic, ash properties, grindability, calorific value, combustibility and reactivity with CO2. According to the data analysis, it provided a theoretical basis for rational utilization of various blast Furnace Fuels, and helped to broaden the scope of the blast Furnace injection Fuels. This research could contribute to energy conservation, emissions reduction, and sustainable development of iron and steel enterprises.
Tengfei Song - One of the best experts on this subject based on the ideXlab platform.
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the research on process characteristics of different Fuels for blast Furnace injection
htmp, 2015Co-Authors: Jianliang Zhang, Tengfei Song, Haiyang Wang, Di ZhaoAbstract:This paper was mainly focused on the different semi-cokes and charcoal which could be new Fuels for blast Furnace injection. Through the comparative study with bituminous coal and anthracite coal, the properties of semi-cokes and charcoal were presented in this research. 10 indexes of different Fuels were obtained by different standard experiment, including proximate analysis, ultimate analysis, igniting point, explosivity, transportation characteristic, ash properties, grindability, calorific value, combustibility and reactivity with CO2. According to the data analysis, it provided a theoretical basis for rational utilization of various blast Furnace Fuels, and helped to broaden the scope of the blast Furnace injection Fuels. This research could contribute to energy conservation, emissions reduction, and sustainable development of iron and steel enterprises.
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6th International Symposium on High-Temperature Metallurgical Processing - The Research on Process Characteristics of Different Fuels for Blast Furnace Injection
6th International Symposium on High-Temperature Metallurgical Processing, 2015Co-Authors: Jianliang Zhang, Tengfei Song, Haiyang Wang, Di ZhaoAbstract:This paper was mainly focused on the different semi-cokes and charcoal which could be new Fuels for blast Furnace injection. Through the comparative study with bituminous coal and anthracite coal, the properties of semi-cokes and charcoal were presented in this research. 10 indexes of different Fuels were obtained by different standard experiment, including proximate analysis, ultimate analysis, igniting point, explosivity, transportation characteristic, ash properties, grindability, calorific value, combustibility and reactivity with CO2. According to the data analysis, it provided a theoretical basis for rational utilization of various blast Furnace Fuels, and helped to broaden the scope of the blast Furnace injection Fuels. This research could contribute to energy conservation, emissions reduction, and sustainable development of iron and steel enterprises.
Haiyang Wang - One of the best experts on this subject based on the ideXlab platform.
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the research on process characteristics of different Fuels for blast Furnace injection
htmp, 2015Co-Authors: Jianliang Zhang, Tengfei Song, Haiyang Wang, Di ZhaoAbstract:This paper was mainly focused on the different semi-cokes and charcoal which could be new Fuels for blast Furnace injection. Through the comparative study with bituminous coal and anthracite coal, the properties of semi-cokes and charcoal were presented in this research. 10 indexes of different Fuels were obtained by different standard experiment, including proximate analysis, ultimate analysis, igniting point, explosivity, transportation characteristic, ash properties, grindability, calorific value, combustibility and reactivity with CO2. According to the data analysis, it provided a theoretical basis for rational utilization of various blast Furnace Fuels, and helped to broaden the scope of the blast Furnace injection Fuels. This research could contribute to energy conservation, emissions reduction, and sustainable development of iron and steel enterprises.
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6th International Symposium on High-Temperature Metallurgical Processing - The Research on Process Characteristics of Different Fuels for Blast Furnace Injection
6th International Symposium on High-Temperature Metallurgical Processing, 2015Co-Authors: Jianliang Zhang, Tengfei Song, Haiyang Wang, Di ZhaoAbstract:This paper was mainly focused on the different semi-cokes and charcoal which could be new Fuels for blast Furnace injection. Through the comparative study with bituminous coal and anthracite coal, the properties of semi-cokes and charcoal were presented in this research. 10 indexes of different Fuels were obtained by different standard experiment, including proximate analysis, ultimate analysis, igniting point, explosivity, transportation characteristic, ash properties, grindability, calorific value, combustibility and reactivity with CO2. According to the data analysis, it provided a theoretical basis for rational utilization of various blast Furnace Fuels, and helped to broaden the scope of the blast Furnace injection Fuels. This research could contribute to energy conservation, emissions reduction, and sustainable development of iron and steel enterprises.
Antonio José Steidle Neto - One of the best experts on this subject based on the ideXlab platform.
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Economic analysis of low-temperature grain drying
Emirates Journal of Food and Agriculture, 2020Co-Authors: Pricila Araújo Santana, Daniela De Carvalho Lopes, Antonio José Steidle NetoAbstract:The main objective of this study was to simulate the economic feasibility of low-temperature grain drying systems considering Brazilian conditions and using three drying capacities, seven grain types and two Furnace Fuels. For this, 42 scenarios were simulated and compared among themselves by using an economic analysis based on the cash flow model with project lifetime of 20 years. The indices net present value, payback period, benefit-cost ratio and internal rate of return were applied during the analyses. Simulations showed that drying of coffee and beans in large systems presented higher economic feasibility, regardless of the Furnace fuel used. All simulated scenarios were cost-effective provided that at least two drying cycles are performed per year. Labor costs, social taxes, grain type and drying capacity most affected the profitability of this kind of investment, while the Furnace fuel less influenced the evaluated economic indices.
