شناسایی و رتبه‌بندی عوامل مؤثر در تحقق تولید پایدار با گذر از تولید صنعتی به‌سوی تولید اکولوژیک (مطالعه ی شرکت‌های تولیدی صنعتی بخش خصوصی استان سمنان)

نوع مقاله: مقاله پژوهشی

نویسندگان

1 دانشجوی دکتری گروه مدیریت صنعتی، واحد تبریز، دانشگاه آزاد اسلامی، تبریز، ایران

2 دانشیار و مدیر گروه مدیریت صنعتی، واحد تبریز، دانشگاه آزاد اسلامی، تبریز، ایران

3 استادیار گروه مدیریت صنعتی، واحد تبریز، دانشگاه آزاد اسلامی، تبریز، ایران

چکیده

       پیشرفت پایدار، منظری است که موضوعات اجتماعی، اقتصادی و محیطی را به‌طورکلی و هم‌زمان در فرآیند پیشرفت نشانه می‌گیرد و در این مسیر مدیریت تولید و تولیدکنندگان بیش‌ازپیش در حال درگیر شدن درباره‌ی موضوع پایداری هستند. این پژوهش با هدف شناخت ابعاد تولید پایدار با نگرش اکولوژیک از دیدگاه مدیران شرکت‌های تولیدی صنعتی موفق در استان سمنان صورت گرفت و بدین منظور با استفاده از ابزار مصاحبه و با تکیه‌بر فن شبکه خزانه و پیمودن گام‌های آن با مدیران 33 شرکت با حداقل فعالیت پیوسته 5 ساله، مصاحبه و نسبت به ایجاد 33 شبکه خزانه شخصی منفرد و درمجموع 175 سازه شخصی اولیه اقدام شد، که درنهایت با واکاوی و تحلیل این سازه‌ها، شبکه جمعی تولید پایدار مشتمل بر 87 سازه ثانویه در حوزه‌های مصرف منابع، محیط‌زیست، کارکنان، عملکرد و رشد اقتصادی، رفاه اجتماعی، محصولات، رهبری و یکپارچگی سیاست‌ها، توسعه و پیشرفت صنعتی، زنجیره تأمین، میراث صنعتی و اکولوژی صنعتی مشخص گردیدند. همچنین این عوامل بر اساس آزمون فریدمن با نرم‌افزار SPSS نیز مورد تحلیل و رتبه‌بندی قرار گرفت و عواملی از جمله رفاه اجتماعی مشتریان، عملکرد مالی مطلوب، پیروی از قوانین ملی و بین‌المللی، آینده‌نگری، سرمایه‌گذاری ناملموس و مدیریت برند، طراحی پایدار، سنجش و پایش تراکم انتشار گازها، برنامه‌ریزی منابع سازمانی، استفاده صحیح از زمین و کیفیت و رضایت از محصول، به‌ عنوان ده عامل برتر مشخص گردیدند.

کلیدواژه‌ها


عنوان مقاله [English]

Identifying and Ranking Factors Affecting the Realization of Sustainable Production with a Shift from Industrial to Ecological Production(Case Study: Private Industrial Manufacturing Companies in Semnan)

نویسندگان [English]

  • Mohammad Ali Shariat 1
  • Soleyman Iranzadeh 2
  • Alireza Bafandeh Zendeh 3
1 Ph.D.Candidate Department of Industrial Management, Tabriz Branch, Islamic Azad University, Tabriz, Iran
2 Assistant Professor, Department of Industrial Management, Tabriz Branch, Islamic Azad University, Tabriz, Iran
3 Associate Professor, Department of Industrial Management, Tabriz Branch, Islamic Azad University, Tabriz, Iran
چکیده [English]

Abstract
In general, sustainable progress is a landscape that simultaneously aims for social, economic, and environmental subjects, in the process of progress. In this course, production management and manufacturers are involved in sustainability more than ever.  This study intended to identify different aspects of sustainable production with an ecological view from the stand point of managers of successful industrial manufacturing companies in Semnan, Iran.  To this end, managers of 33 companies with at least five years of continuous work experience were interviewed, according to the stages of Repertory Grid Technique. Then, 33 single personal repertory grids and 174 primary personal constructs were generated.  Finally, these constructs were explored and analyzed, and an aggregate grid of sustainable production was determined, containing 87 secondary constructs in different fields. These factors were also analyzed and ranked with SPSS based on the Friedman test. The ten top factors determined by this study include: social welfare of customers, desirable financial performance, adherence to national and international rules, foresight, intangible investment and brand management, sustainable design, measurement and monitoring of emission density, organizational resource planning, proper use of land, quality of and satisfaction with products.
Introduction
Sustainability is an important and growing need for human activities. Sustainable progress is a key goal to human improvement. Sustainable improvement results from social, economic, and environmental issues and, in general, the process of improvement. Sustainability is a topic in different fields including engineering, design, and production. Producers are now engaged with sustainability more than ever. In general, sustainable improvement is a challenge and complex understanding that involves factors such as technology and engineering, economy, environmental monitoring, public health and well-being, society they work and live in, social demands, government strategies and producers, and policies. In particular, creating sustainable production requires balance and integration between the economy and social, environmental and supportive policies. This article focuses on business sustainability. This is a descriptive-interpretive study based on the Personal Construct Theory. The goal of this article is to extract and draw the construct derived from the managers' opinions in order to reach a native understanding of sustainable production construct in manufacturing companies of Semnan Province, Iran. The main questions outlined here are as follows: What are the managers' personal construct of industrial manufacturing companies for the understanding the sustainable production? What is the extent of each construct importance? 
Case Study
Active industrial-manufacturing companies of Semnan Province, Iran with a minimum history of more than five years of continuous production and one or more top ranking in national and provincial assessments in different areas were selected.
Materials and Methods
Repertory grid was used as the applied technique of Personal Construct Theory to extract and analyze the managers' personal theories about the sustainable production constructs using interviews and repertory grid formation through three steps namely the selection of topic and steps, construct extraction, and the connection of construct elements.
Discussion and Results
According to 175 initial constructs, since some had similar nature, 87 secondary constructs were classified using the content analysis method by integrating similar constructs and analyzing the final content based on similarities in an inductive process around a more general construct and the degree of compatibility. Collective repertory grid was formed in the form of a matrix consisting of 87 secondary constructs, six elements, and ratings that resulted from 33 individual managers' grid. Then, the collective repertory grid was prioritized using the Friedman test.
Conclusion 
Goods and service producers do not have to experience change. In other words, survival is not compulsory at all. Reviewing the history of long-lasting companies reflects the fact that they have continuously been trying to survive and adapt to their surroundings. The persistence and sustainability condition appears to be adapting to compulsory changes by applying optional gradual changes. The need for sustainable production processes is well recognized due to rapid changes in technology and business processes in today's competitive world. Therefore, in this study, 87 sustainable production constructs are determined and rated: observation of national and international laws, operation management, deployment of management systems, observation and modeling of values ​​and ethics, risk management, membership in institutions and associations, acquisition of certificates and letter of commendation, futuristic approach, passive defense and crisis management, project management, anti-corruption and fraud structure, proper and managed water use, proper and managed use of raw materials, equipment efficiency measurement and management, moving towards the clean sources of energy, planning for proper land use, resource retrieval, bio-efficiency measuring and monitoring, Measuring and monitoring the density of gaseous emissions, measuring and monitoring the production efficiency, water pollution reduction management, air pollution measuring and monitoring, soil pollution measuring and monitoring, production effects on animal / plant life, management, separation and reduction of waste production, disturbance reduction caused by production, Staff health management (psychology and health), non-compulsory work, team structure and participation, staff safety management and seriousness, labor union structure, lack of discrimination, a specific course of work and occupational progression, recruitment of competent and expert human resources, employee satisfaction, proper and sufficient salary, the importance of staff education and training, elimination of staff housing, employee welfare, reduction of harmful factors in production environment, supply chain training, development and observation of principles, laws and ethics of commerce, the development of domestic suppliers, the diversity of suppliers, supplier assessment, downward and upward investment in supply chain, outsourcing, goods and product transportation, Enterprise Resource Planning (ERP), product quality, product delivery and packaging, safe use of products, market assessment and marketing, product component differentiation, national and international product standards, labeling and information, sustainable design, life cycle analysis, product innovations, aesthetics of products, variety and customized production, desirable financial performance, cost management, sustainable productivity and sustainability, intangible investment and brand management, the use of advanced technology in production, knowledge management, quality engineering, research and development, ICT application, joint work with large companies, social welfare in society, customers' social welfare, regular tax payment, social capital, industrial heritage and material return to nature, technology localization, management and reduction of accidents leading to injury or death, exports, science production, cultural influence on environment, development and calculation of green tax, 6R measures, green accounting, purchase of waste and wastewater, sales of waste and wastewater, and stakeholders' interests and satisfaction. In addition to the extent of identified constructs compared to previous studies, the constructs related to the industrial development and progress, industrial ecology and coexistence, supply chain, organizational leadership, industrial heritage, and products are determined as vital and important elements in order to reach the sustainable production. A review of the theoretical literature also shows that the findings are consistent with the theories related to the sustainable production. The importance of these dimensions has been reflected in most theories and studies, showing the external compatibility, in addition to internal consistency and the comprehensiveness of constructs.

کلیدواژه‌ها [English]

  • Sustainable Production
  • Repertory Grid
  • Element
  • Ecological Attitude
  • Personal Construct Theory
1-Amrina, E.; Lutfia Vilsi, A. (2015). “Key Performance Indicators for Sustainable Manufacturing Evaluation in  Cement Industry”. Procedia CIRP, 26(2015):19-23.
2-Arefi, S. (2016). “Development of a Sustainable Supply Chain Model Based on the System Dynamism Approach for Yazd Steel Co. ”. A master thesis in Executive Management; Faculty of Management and Accounting, Yazd University; 105. (In Persian)
3-Bhattacharya, A.; Jain, R.; Choudhary, A. (2011). “ Green Manufacturing”. The Boston Consulting Group Report: 7-18.
4-Basmer, S.; Buxbaum-Conradi, S.; Krenz, P.; Redlich, T.; Wulfsberg, J. P.; Bruhns, F.-L. (2015) .”Open Production: Chances for Social Sustainability in Manufacturing “Procedia CIRP 26(2015): 46-51.
5-Cohen-Rosenthal, E. (2000), “A walk on the human side of industrial ecology”, American Behavioral Scientist, 44(2):   245-264.
6-Costa, I. Massard, G., Agarwal, A. (2010), “Waste mana- gement policies for industrial symbiosis development: case studies in European countries”, Journal of Cleaner Production, 18(8): 815–822.
7-Chertow, M. R. (2000), “Industrial symbiosis: literature and taxonomy”, Annual Review of Energy and the Envi- ronment, 25(2000):  313-337.
8-Chiarini, A.(2014) “Sustainable manufacturing-greening  processes using specific Lean Production tools: an  empirical observation from European motorcycle component manufacturers”, Journal of Clear Production 85 (2014): 226-233.
9-Chatterjee, R.; Sharma, V.; Kumar, S. (2012). “Eco-efficiency from cradle to grave design system based on atmospheric conditions in the biodiesel manufacturing sector produced from Jatropha curcas for sustainable cleaner production”, Int. J. Sustainable Manufacturing, 2(4): 2012: 261-275.
10-Danaeefard, H. and Kazemi, S.H. (2010). Interpretative Research Improvement in Organization: A Review of the Philosophical Foundations and the Process of the Implementing Phenomenological Method, Improvement Management Studies, No. 69, pp 121-148. (In Persian)
11-Danaeefard, H.; Alvani, S.M.; and Azar, A. (2008), Quantitative Research Methodology in Management: A Comprehensive Approach, 1st Ed., Saffar-Eshraghi Press. (In Persian)
12-Danaeefard, H.; Jandaghi, Gh.; Alvani, M.; and Nik Raftar, T. (2010). Experts' Mental Patterns about Challenges of Horizontal Government in Iran, Governmental Perspectives, No. 2, pp 9-24. (In Persian)
13-Danaeefard, H.; Khaef Elahi, A.A.; Khoda Shenas, L. (2012), Understanding Essence of Employee Retirement Experience in Public Sector: A Phenomenological Research Thought of Strategic Management, No. 2, pp 153-176. (In Persian)
14-Danaeefard, H. and Nouri, A. (2011). A Discourse on Discourse Analysis in Organizational Studies: A Theoretical and Practical Approach, Humanities Methodology, No. 69, pp 163-192. (In Persian)
15-Daneefard, H.; Mortazavi, L.; Fani, A.A.; and Azar, A. (2015). Managers' Cognitive Understanding of Management Effectiveness: Application of the Repertory Grid, Organizational culture management, No. 2, pp 317-342. (In Persian)
16-Erkman, S. (1997), “Industrial ecology: a historical view”, Journal of Cleaner Production, 5(1&2): 1-10.
17-Fransella, F.; Bell, R.; Bannister, D. (2004). A Manual For Repertory Grid Technique.
18-Feng, Shaw C.; Joung, Che B. (2009). “An Overview of a Proposed Measurement Infrastructure for Sustainable Manufacturing “The 7th Global Conference on Sustainable Manufacturing.
19-Gupta, S.; Dangayach, G. S.; Kumar Singh, A. (2015). “Key determinants of sustainable product design and manufacturing“.  Procedia CIRP 26 (2015) 99 – 102.
20-Hamner, B. “What is the relationship between cleaner production, pollution prevention, waste minimization and ISO 14000? ” The 1st Asian Conference on cleaner production, Taipei, Taiwan, 1996.
21-Hajizadeh. M.; Ghasemi. A. (2012). “The Role of Green Management Model in Sustainable Development and Production”, The First National Conference on Sustainable Agriculture and Healthy Environment, Hamedan, Islamic Azad University of Hamedan. (In Persian)
22-Haji Nourmohammadi. M. (2017). “Identification and Prioritization of Barriers to Change from "Supply Chain Management" to "Green Supply Chain Management" in the Cellulose Industry”. A master thesis in Industrial Management; Faculty of Management and Accounting, Alborz University; 93. (In Persian)
 
23-Jankowicz, Devi. (2004). The easy guide to repertory grids. John wily & sons. England.
24-Joung, Che B. ; Carrell, John;  Sarkar, Prabir; C. Feng ,Shaw. (2012).” Categorization of indicators for sustainable manufacturing”. Ecological Indicators 24 (2012): 148–157.
25-Kimiaee, S.A. (2009). Postmodern Consultation and Psychotherapy, New psychotherapy, No. 53 and 54, pp 50-70. (In Persian)
26-Koushkbaghi, M. (2013). “Ranking of selected companies in the steel industry of Mazandaran Province in terms of sustainable production using FVIKOR technique“. A master thesis in Industrial Management; Faculty of Economics and Administration, Mazandaran University; 115. (In Persian)
27-Loures, L.(2008).” Industrial Heritage: the past in the future of the city”.Wseas Transactions on Environment and Development ,Issue 8, Volume 4, August 2008: 687-699.
28-Ma, A.; Norwich, B. (2007). “Triangulation and Theoretical Understanding“. Social Research Methodology, 10(3):211-226.
29-Niu, N.; Easterbrook, S. (2007).“So you think you know others` goals? A repertory grid study“.Journal IEEE Software, 24(2):53-61.
30-Nambiar, A. (2010), “Challenges in Sustainable Manufacturing”, Proceedings  of  the  2010  International  Conference  on  Industr ia l  Engineering  and  Ope r ations M a n a g e m e n t ,  Dhaka ,  Bang l a d e sh,  January  9-10,2010.
31-Olfat, L.; Mazroei Nasrrabadi, E. (2014). “A Model for Measuring the Supply Chain Sustainability (Case Study: Iran Carpet Industry) ”. Journal of Management Science of Iran, 9 (33): 29-46. (In Persian)
32-Posch, A. (2010), “Industrial Recycling Networks as Star- ting Points for Broader Sustainability-Oriented Coope- ration?”, Journal of Industrial Ecology, 14(2) :242-257.
33-Senior, B. (1997). “Team performance: using repertory grid technique to gain a view from the inside”. Team Performance Management, 3(1):33-39.
34-Shariat, M. A. (2017). “Providing an operational model for the development and assessment of companies’ social responsibility“. Bulletin de la Société Royale des Sciences de Liège, Vol. 86: 869 – 890.
35-Tan, F. B.; Hunter, M. G. (2002). “The Repertory Grid Technique: A Method for the Study of Cognition in Information Systems“. MIS Quarterly, 26(1):39-57.
36-Taisch, M.; Stahl, B.; May, G. (2015). “Sustainability in Manufacturing Strategy Deployment“.Procedia CIRP, 26(2015): 635–640.
37-Von, V. (2009). An integrated method to assess consumer motivation in difficult market Niches: A case of the premium car segment Russia. master of science in Economics. MarinaShcheglova, Berlin University.
38-Vision 2020 , Additional  Sustainability information to the Siemens Annual Report 2014, [on line: siemens.com].
39-Van de Kerkhof, M.; Cuppen, E.; Hisschemoller, M. (2009). “The repertory grid to unfold conflictingpositions: The case of a stakeholder dialogue on prospects for hydrogen“. Technological Forecasting and Social Change, 76(3):422-432.
40-Veleva, V. ; Ellenbecker, M. (2001). “Indicators of sustainable production: framework and methodology”. Journal of Cleaner Production 9:519–549.
41-Wright R. P. (2008). “Eliciting Cognitions of Strategizing Using Advanced Repertory Grids in a World Constructed and Reconstructed“. Organizational Research Methods, 11(4):753-769.
42-Wilson,  F.;  Tagg,  S.  (2010).”  Social  constructionism and  personal  constructivism: Getting the business owner`s view on the role of sex and gender“. International Journal of Gender and Entrepreneurship, 2(1):68-82.
43-Zanjirani Farahani, R.; Fadaei, M.; Asgari, N. (2006). “Development of a model to optimize the selection of supply partners according to the specifications of the final product using MCDM (case study: particleboard industry) “. The Second Conference on Logistics and Supply Chain, Tehran; Iranian Logistics Association. (In Persian)
44-Zanjirchi, S. M.; Arasteh, Kh. (2014). “The relationship between agile production and sustainable development“. The First National Conference on New Horizons in Empowerment and Sustainable Development of Architecture, Civil Engineering, Tourism, Energy, and the Urban and Rural Environment, Hamedan. (In Persian)