Evaluating of environmental condition of marun oil and gas production company (MOGPC) based on enabler criteria of european union’s green management model

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Research Paper 01/06/2015
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Evaluating of environmental condition of marun oil and gas production company (MOGPC) based on enabler criteria of european union’s green management model

Morteza Hamidi, Roohollah Kazemi
J. Biodiv. & Environ. Sci. 6(6), 521-527, June 2015.
Copyright Statement: Copyright 2015; The Author(s).
License: CC BY-NC 4.0

Abstract

Green management is a new management method to increase organizational capacity for dealing with environmental challenges. With the implementation of green management, organizations will be able to achieve sustainable development in economic, social and environmental areas. The green management model, which enjoys organizational excellence model (EFQM) approaches in its design, has 8 criteria: leadership, policy, organizational resources, organizational partners, process, economic results, social results and environmental results. The first five criteria are the company enablers. This is an experimental study about the implementation of green management model for a real case study in MOGPC for examining the enabler criteria of green management model in the company. The required data were collected through a questionnaire designed based on the model criteria and sub-criteria, field study and interviews with the company experts and managers. In this study, the highest score for enabler criteria belongs to the leadership criterion. This is due to the deployment of integrated management system and the management support of the system in the company. Lack of integrated responsibility, incomplete implementation and lack of direct monitoring for implementing green management are among the weaknesses of this system in the company. The study results showed that MOGPC is at the beginning of the implementation of the enabler criteria of green management model, and signs of green approach were observed in some criteria of green management model in the company.

Abbaspoor M, Khadivi S. 2006. Green management challenges in sustainable development of the country, Sixth Biennial Conference of the Environmental Experts Association of Iran, Tehran. Environmental Experts Association of Iran.

Abbaspour M, Karbassi AR, Khadivi S. 2006. Implementation of green management concepts in sport complexes. Int. J. Environ. Sci. Tech 3, 213-219.

Alves Teixeira A, Chiappetta Jabbour CH, Sousa Jabbour A. 2012. Relationship between green management and environmental training in companies located in Brazil: A theoretical framework and case studies, International Journal of Production Economics 140(1), 318-329.

Asli Zadeh A, Solookdar A, Sahabi N. 2012. Evaluation of the relationship between green supply chain and productivity with the aim of decreasing environmental pollution crisis, case study: Iran Khodro automaker company,” Second National Conference on Crisis Management, The Country Crisis Management Organization, Tehran.

Babiak K, Trendafilova S. 2010. CSR and Environmental Responsibility: Motives and Pressures to Adopt Green Management Practices. Corp. Soc. Responsib. Environ. Mgmt 18, 11–24.

Haghighat  Monfared  J,  Dowlat  Madani  M. 2012. Organizational diagnoses based on green management model: A case study of an Iranian pipe and equipment company in steel industry. J Manag. Sci 2, 887–894.

Lam PTI, Chan EHW, Chau CK, Poon CS, Chun KP. 2011. Environmental management system vs green specifications: How do they complement each other in theconstruction industry?. J Environ Manag 92, 788-795.

Nazak S. 2006. M.S.P.H Dissertation, Green management in National Library of IR of Iran.

Zanjirchi SM, Asadian Ardakani F, Azizi F, Moravej S. 2013. Providing green evaluation framework for manufacturing companies based on environmental performance and fuzzy approach (Case study: tile, steel and textile industries of Yazd Provice), Journal of Environmental Studies, Year 39, 1.

Zayma K. 2013. Conditions to Diffuse Green Management into SMEs and the Role of Knowledge Support: Agent-Based Modeling.Journal of Advanced Computational Intelligence and Intelligent Informatics.

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