Impacts of new energy technology using generalized input-output analysis☆
References (8)
Introduction to Input-Output Economics
(1969)The Elements of Input-Output Analysis
(1965)Energy Crisis: Are We Running Out?
Time
(1972)Patterns of U.S. Economic Growth
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Understanding internal water footprint inequality of the Egyptian households based on different income and lifestyles
2021, Journal of Cleaner ProductionCitation Excerpt :This study adopts a top-down approach for its appropriateness to the study’s main objective of identifying the final beneficiaries of water resources in Egypt according to households’ different income and expenditure patterns. This formula measures the direct and indirect effects of final demand on water use (Just, 1974). A country’s WF from a consumption perspective calculates the internal, i.e., domestic, and the external, i.e., imported, water embodied in products consumed domestically by the country’s population (Hoekstra and Chapagain, 2007).
Energy import resilience with input-output linear programming models
2015, Energy EconomicsCitation Excerpt :Chenery and Clark (1960) proposed an LP model to optimize the use of primary resources such as labor, capital and land by maximizing the total value of total output. Just (1974) presented a methodology to quantify the impact of technological change on the economy. In particular, the authors studied how the adoption of High-BTU or Low-BTU coal gasification and combined gas and steam cycle generation impacts the output of several sectors and change energy consumption, using 1985 projections of U.S. data.
Incorporating New Technologies in EEIO Models
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Paper presented at the Symposium on Computers and Operations Research, 20–21 August 1973.
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James Just is a member of the Technical Staff at the MITRE Corporation. He is currently leading a project on energy data needs and resources, under contract to the National Science Foundation. He holds degrees in science, business administration, and electrical engineering, including the Ph.D. degree in the latter, all from the Massachusetts Institute of Technology.