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    KCI등재후보 SCOPUS

    Energy Perspective of Sugar Industries in Pakistan: Determinants and Paradigm Shift

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    https://www.riss.kr/link?id=A103731935

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    다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

    The aim of this study is to empirically explore micro and macroeconomic factors affecting the Pakistani sugar industries and searching the energy potential of this industry, through the survey of literature. The empirical part has been explored by employing Vector Autoregression (VAR), Granger Causality tests and simultaneous equation models through quarterly data for the period of 1991q2-2008q4. The study also aims to devise policies for the development of sugar industries and identify its growing importance for the energy sector of Pakistan.
    Empirical tests applied on the domestic prices of sugar, domestic interest rates, and exchange rate, productive capacities of sugar mills, per capita income, world sugar prices on cultivable area and sugar production reveal very useful results. Results reveal an improvement of productive capacity of the sugar mills of Pakistan on account of increasing crushing capacity of this sector. Negative effect of rising wholesale prices on the harvesting area was also observed. Profit earnings of the sugar mills significantly increase with the rise of sugar prices but the system does not exist for the farming community to share the rising prices of sugar. The models indicate positive and significant effect of local prices of sugar on its volume of import. Another of the findings of this study positively relates the local sugar markets with the international prices of sugar.
    Additionally, the causality tests results reveal exchange rate, harvesting area and overall output of sugarcane to have significant effects on the local prices of sugar. Similarly, import of sugar, interest rate, per capita consumption of sugar, per capita national income and the international prices of sugar also significantly affect currency exchange rate of Pakistani rupee in terms of US$. The study also finds sugar as an essential and basic necessity of the Pakistani consumers. That is why there are no significant income and price effects on the per capita consumption of sugar in Pakistan. All the empirical methods reiterate the relationship of variables. Economic policy makers are recommended to improve governance and management in the production, stock taking, internal and external trading and distribution of sugar in Pakistan using bumper crop policies. Macroeconomic variables such as interest rate, exchange rate per capita income and consumption are closely connected with the production and distribution of sugar in Pakistan.
    The cartelized role of the sugar industries should also be examined by further studies. There is need to further explore sugar sector of Pakistan with the perspective of energy generation through this sector; cartelized sugar markets in Pakistan and many more other dimensions of this sector. Exact appraisal of sugar industries for energy generation can be done appropriately by the experts from applied sciences.
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    The aim of this study is to empirically explore micro and macroeconomic factors affecting the Pakistani sugar industries and searching the energy potential of this industry, through the survey of literature. The empirical part has been explored by emp...

    The aim of this study is to empirically explore micro and macroeconomic factors affecting the Pakistani sugar industries and searching the energy potential of this industry, through the survey of literature. The empirical part has been explored by employing Vector Autoregression (VAR), Granger Causality tests and simultaneous equation models through quarterly data for the period of 1991q2-2008q4. The study also aims to devise policies for the development of sugar industries and identify its growing importance for the energy sector of Pakistan.
    Empirical tests applied on the domestic prices of sugar, domestic interest rates, and exchange rate, productive capacities of sugar mills, per capita income, world sugar prices on cultivable area and sugar production reveal very useful results. Results reveal an improvement of productive capacity of the sugar mills of Pakistan on account of increasing crushing capacity of this sector. Negative effect of rising wholesale prices on the harvesting area was also observed. Profit earnings of the sugar mills significantly increase with the rise of sugar prices but the system does not exist for the farming community to share the rising prices of sugar. The models indicate positive and significant effect of local prices of sugar on its volume of import. Another of the findings of this study positively relates the local sugar markets with the international prices of sugar.
    Additionally, the causality tests results reveal exchange rate, harvesting area and overall output of sugarcane to have significant effects on the local prices of sugar. Similarly, import of sugar, interest rate, per capita consumption of sugar, per capita national income and the international prices of sugar also significantly affect currency exchange rate of Pakistani rupee in terms of US$. The study also finds sugar as an essential and basic necessity of the Pakistani consumers. That is why there are no significant income and price effects on the per capita consumption of sugar in Pakistan. All the empirical methods reiterate the relationship of variables. Economic policy makers are recommended to improve governance and management in the production, stock taking, internal and external trading and distribution of sugar in Pakistan using bumper crop policies. Macroeconomic variables such as interest rate, exchange rate per capita income and consumption are closely connected with the production and distribution of sugar in Pakistan.
    The cartelized role of the sugar industries should also be examined by further studies. There is need to further explore sugar sector of Pakistan with the perspective of energy generation through this sector; cartelized sugar markets in Pakistan and many more other dimensions of this sector. Exact appraisal of sugar industries for energy generation can be done appropriately by the experts from applied sciences.

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    참고문헌 (Reference)

    1 Smaili, F., "optimization of scheduling of cleaning in heat exchanger networks subject to fouling : sugar industry case study" 77 (77): 159-164, 1999

    2 Hernández, F. M., "Use of wastes of the sugar industry as pozzolana inlime-pozzolana binders : study of the reaction" 28 (28): 1525-1536, 1998

    3 Paez-Osuna, F., "Total carbohydrates : organic carbon in lagoon sediments asan indicator of organic effluents from agriculture and sugar-cane industry" 102 (102): 321-326, 1998

    4 Higa, M., "Thermal integration of multiple effect evaporator in sugarplant" 29 (29): 515-522, 2009

    5 Ferrantino, M.J., "The technical efficiency of vacuum-pan sugar industry of India : An application of a stochastic frontier production function using panel data" 80 (80): 639-653, 1995

    6 Urbaniec, K., "The evolution of evaporator stations in the beet-sugar industry" 61 (61): 505-508, 2004

    7 Bordo, M. D., "The effect of monetary change on relative commodity prices and the role of long-term contracts" 88 (88): 1088-1109, 1980

    8 Gupta, V. K., "Removal of cadmium and nickel from wastewater using bagassefly ash—a sugar industry waste" 37 (37): 4038-4044, 2003

    9 Smouse, S. M., "Promotion of biomass cogeneration with power exportin the Indian sugar industry" 54 (54): 227-247, 1998

    10 Lutin, F., "Process improvements with innovative technologies in the starch and sugar industries" 148 (148): 121-124, 2002

    1 Smaili, F., "optimization of scheduling of cleaning in heat exchanger networks subject to fouling : sugar industry case study" 77 (77): 159-164, 1999

    2 Hernández, F. M., "Use of wastes of the sugar industry as pozzolana inlime-pozzolana binders : study of the reaction" 28 (28): 1525-1536, 1998

    3 Paez-Osuna, F., "Total carbohydrates : organic carbon in lagoon sediments asan indicator of organic effluents from agriculture and sugar-cane industry" 102 (102): 321-326, 1998

    4 Higa, M., "Thermal integration of multiple effect evaporator in sugarplant" 29 (29): 515-522, 2009

    5 Ferrantino, M.J., "The technical efficiency of vacuum-pan sugar industry of India : An application of a stochastic frontier production function using panel data" 80 (80): 639-653, 1995

    6 Urbaniec, K., "The evolution of evaporator stations in the beet-sugar industry" 61 (61): 505-508, 2004

    7 Bordo, M. D., "The effect of monetary change on relative commodity prices and the role of long-term contracts" 88 (88): 1088-1109, 1980

    8 Gupta, V. K., "Removal of cadmium and nickel from wastewater using bagassefly ash—a sugar industry waste" 37 (37): 4038-4044, 2003

    9 Smouse, S. M., "Promotion of biomass cogeneration with power exportin the Indian sugar industry" 54 (54): 227-247, 1998

    10 Lutin, F., "Process improvements with innovative technologies in the starch and sugar industries" 148 (148): 121-124, 2002

    11 Samdhani, M., "Pakistan sugar industry crises"

    12 Faruqee, R., "Pakistan agriculture in 21st century" 37 (37): 245-256, 1998

    13 Higgins, A., "Opportunities for value chain research in sugar industries" 94 (94): 611-621, 2007

    14 Yaseen, M. Z., "Modelling and forecasting sugarcane yield inPakistan" 7 (7): 180-196, 2005

    15 Grabowski, M., "Minimum energy consumption in sugar productionby cooling crystallisation of concentrated raw juice" 21 (21): 1319-1329, 2001

    16 Bhatt, M. S., "Mapping of combined heat and power systems in cane sugar industry" 21 (21): 1707-1719, 2001

    17 Mankiw, N. G., "Macroeconomics" Worth Publishers 180-206, 2007

    18 Naseer, F., "Incentive in sugarcane market of Pakistan" 36 (36): 241-256, 2005

    19 Zamarreno, J.M., "Identification and predictive control of a melter unit used in the sugar industry" 11 (11): 365-373, 1997

    20 Walter, A., "Financial and environmental incentives: Impact on the potential of BIG-CC technology at the sugar-cane industry" 16 (16): 1045-1048, 1999

    21 Keerthipala, A. P., "Effect of macroeconomic policy on sugar industry" 4 (4): 87-96, 2002

    22 Bhattacharyya, S.C., "Economic buy-back rates for electricity from cogeneration : Case of sugar industry in Vietnam" 29 (29): 1039-1051, 2004

    23 David, A., "Cuban sugar in the age of mass production : technology and the economics of the sugar central, 1899-1929" Stanford University Press 1990

    24 Drummond, I., "Conditions of unsustainability in the Australian sugar industry" 27 (27): 345-354, 1996

    25 Bautasia, D., "Comparative advantage of agricultural production systems and its policy implications in Pakistan" FAO 1990

    26 Bogliolo, M., "Clean water recycle in sugar extraction process : Performance analysis of reverse osmosis in the treatment of sugar beet press water" 108 (108): 261-271, 1997

    27 Sen, B., "Chemolytic and solid-state spectroscopic evaluation of organic matter transformation during vermicomposing of sugar industry wastes" 98 (98): 1680-1683, 2007

    28 Higgins, A.J., "Assessing the potential benefits of alternative cane supply arrangements in Australian sugar industry" 76 (76): 487-495, 2003

    29 Titus, O., "Are forecasting models usable for policy analysis?" 10 (10): 2-16, 1986

    30 Piewthongngam, K., "Application of crop growth simulation and mathematicalmodeling to supply chain management in the Thai sugar industry" 102 (102): 58-66, 2009

    31 Chambers, R.G., "An investigation of the effect of monetary factors on agriculture" 9 (9): 235-247, 1982

    32 Magdy, Y.H., "Adsorption of a basic dye from aqueous solutions onto sugar-industry-mud in two modes of operations" 18 (18): 219-226, 1998

    33 Chiadamrong, N., "A methodology to support decision-making on sugar distribution for export channel : A case study of Thai sugar industry" 64 (64): 248-261, 2008

    34 Urbaniec, K., "A decomposition approach for retrofit design of energy systems in the sugar industry" 20 (20): 1431-1442, 2000

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