Prioritizing Interdependent Production Processes using Leontief Input-Output Model

Masbad, Jesah Grace; Noel, Vianca Mae; Omega, Rauvel Shay; Ocampo, Lanndon; Abatayo, Arjeany Fretzhie; Liggayu, Alaine; Vergara, Van Gaitano

doi:10.1515/mper-2016-0006

Cited by 2 publications

(3 citation statements)

References 27 publications

(26 reference statements)

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“…There are developments of scientists in the field of energy efficiency of the economy, namely, the formation of a network model of the value chain based on the integration of competitive enterprises in innovationoriented inter-sectoral clusters [9], an integrated system for controlling production processes [10], prioritizing interdependent production processes using the Leontief model "input-output" [11], development of energy innovations and energy policy [12}.…”

Section: Literature Reviewmentioning

confidence: 99%

Investigation of energy consumption trends in petrochemical plants for the management of resource saving

et al. 2019

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The relevance of the research topic is due to the study of the important problem of improving the energy efficiency of the economy and the meso and micro levels. In the conditions of the development of an innovative economy, energy saving becomes one of the main factors for increasing the economic efficiency and economic security of industrial enterprises and complexes. The article discusses the main aspects of the organization of energy-saving environmental production systems. The factors affecting the energy efficiency of the production process from the standpoint of logistics, including the processes of storage, storage and transportation of products within an industrial enterprise, are summarized. As a criterion of energy saving in logistics chains, the coefficient of consumption of energy resources spent per unit of production is given. The analysis of the dynamics of fuel and energy costs per unit of output by the types of activities of petrochemical plants of the Republic of Tatarstan was carried out. The specificity of the level of fuel and energy costs by type of activity is shown, depending on the specifics of production and products. The variation of energy consumption data by types of petrochemical production activities for 10 years has been calculated. The prospects for reducing the energy intensity of petrochemical enterprises in the context of the liberalization of the market of electric energy and power are considered. The materials of the study can be used in managing the development of the real sector of the economy, the service sector, both at the enterprise services level and in government structures. In addition, the proposed methodology is appropriate for assessing the level of resource-saving production, building innovative energy-saving development strategies, and developing a mechanism for targeted actions for the rational use of resources.

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Section: Literature Reviewmentioning

confidence: 99%

Investigation of energy consumption trends in petrochemical plants for the management of resource saving

et al. 2019

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“…The popularity of IOM has paved way for researchers to work on its extensions. Masbad et al (2016) presented a framework for process prioritisation with the use of the Leontief inverse derived from the Leontief IOM. While the proposed framework of Masbad et al (2016) is plausible, the approach is output or demand-based which is less relevant in manufacturing systems.…”

Section: Introductionmentioning

confidence: 99%

“…Masbad et al (2016) presented a framework for process prioritisation with the use of the Leontief inverse derived from the Leontief IOM. While the proposed framework of Masbad et al (2016) is plausible, the approach is output or demand-based which is less relevant in manufacturing systems. By obtaining column sums of the Leontief inverse, each sum which corresponds to a specific system component calculates the total change in the system total output if the final demand of that component is changed.…”

Section: Introductionmentioning

confidence: 99%

Supply input-output economics in process prioritisation of interdependent manufacturing systems

Noel

Omega

Masbad

et al. 2017

IJMDM

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Currently, manufacturing firms strive not only to survive but also to remain competitive in their industries. To sustain competitive advantage, firms adopt various approaches to aid in their decision making processes. A crucial decision making area is on process prioritisation which attempts to identify areas that need to be given higher attention in terms of policy development, improvement efforts and resource allocation. Previous approaches addressing this concern have drawbacks which may lead to less reliable decisions. Thus, this study attempts to develop a methodological approach based on supply-driven input-output analysis that addresses process prioritisation in manufacturing process system level. The motivation behind the adoption of such approach lies in the strength of input-output analysis in understanding systems with interdependent components. This approach was applied to two manufacturing systems in different case firms. Results reported in this work include the identified key processes of both firms together with the process prioritisation ranking of other processes.

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Prioritizing Interdependent Production Processes using Leontief Input-Output Model

Cited by 2 publications

References 27 publications

Investigation of energy consumption trends in petrochemical plants for the management of resource saving

Investigation of energy consumption trends in petrochemical plants for the management of resource saving

Supply input-output economics in process prioritisation of interdependent manufacturing systems

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