The rapid depletion of natural resources and growing awareness of the environmental deterioration have made sustainability one of the key elements enabling contemporary businesses to thrive. Among the most crucial sustainable practices is the application of Green IT due to the wide use of IT in various business sectors to enhance the performance of businesses. Green Information Technology (IT) has emerged as a vital IT governance concern to promote environmentally-friendly IT use and ecologically responsible business processes. according to various researches in green information technology, this research aims to design a green information technology using Meta-synthesis method. In order to design and explain a comprehensive model, all factors of green information technology have been identified through systematic literature review using 189 papers and content analysis. Then the importance and priority of each proposed factor was determined using Shannon quantitative method. The results reveal cost reduction, data center layout, employee stewardship and participation are the major factors in green information technology. At the end the research results demonstrate a comprehensive framework for green information technology factors.

The advent of new technologies is constantly evolving in today's societies, while information technology is the most effective of these activities. Since information technology can have a devastating impact on the environment, protecting the environment from these threats has added to the concerns of organizations, and as a result, the Green IT debate has become a topic of the day. Different models and methods have been used to explain the various dimensions of the maturity of green information. In this research, a dynamic model was developed to examine the relationship between components and determine the appropriate strategy to reduce energy consumption and thus increase the maturity level of green information technology in the organization. Since the banking industry is closely related to information technology, all Iranian banks have been investigated in this study. First, various components influencing the maturity of green information technology have been identified and their initial level and factors influencing their increase or decrease have been determined, then Causal loop and Stock and flow diagrams are illustrated to explain their relationships. In this regard, variables related to human factors and factors related to technology have been investigated. In the end, after testing and simulating a dynamic model, several scenarios have been proposed to improve the situation in the banking industry and to reach the highest level of maturity of green information technology. Keywords: Green Information Technology, Green Technology Maturity, System Dynamics, Banking Industry

The purpose of this research is to investigate the effect of adopting green information technology on organizational performance with the moderating role of green entrepreneurship orientation in Urmia University. This research is applied in terms of purpose and descriptive-survey in terms of nature and method. The statistical population of the research includes all personnel of Urmia University, whose number was determined based on the census of 355 people; So that out of these 355 people, only 173 people were able to complete the present research questionnaire. A questionnaire was used to check the research variables and collect data. The mentioned tool, which consisted of 16 questions, was distributed to the personnel in person. In order to analyze the data, structural equation modeling and confirmatory factor analysis, and SPSS and Smart-PLS statistical software were used. The results of the research showed that the adoption of green information technology has a positive and significant effect on economic, environmental and social functions. Green entrepreneurship orientation has a positive moderating role in the relationship between the adoption of green information technology and economic and environmental performance, but it does not play a moderating role in the relationship between the adoption of green information technology and social performance. Finally, the findings of this research can provide the necessary ground for a suitable intellectual orientation among senior managers of higher education institutions in order to adopt a strategic orientation in the field of green management and green management information systems, and provide operational solutions to improve organizational performance through green entrepreneurship.

Green information technology is in the spotlight for organizations, helping them save money by using information technology (IT) to achieve the highest efficiency and thus reduce environmental impacts. One of the ways that can help organizations planning for deploying green IT is to evaluate green information technology maturity (GITM). Previous studies have referred to various criteria for green IT evaluation, most of which are qualitative criteria that are difficult to measure and evaluate in ambiguous conditions. The main objective of this study is to identify crucial criteria that affect the GITM level and to design a fuzzy inference system to assess the GITM level in any organization. While using a Mamdani Inference system, inputs can be verbal expressions or crisp values, and the output shows the level of maturity of green information technology. Since green IT knowledge is not modeled in previous studies, modeling it in the current study is a valuable step for organizations confused about various factors they should consider for going green. The main system criteria are the conditions of the data center, office environment, work practice, procurement, and corporate citizenship. Due to the generality of the model used for the knowledge base system development, organizations can use this system for the green IT maturity level determination. The presented inference system helps organizations understand their status of being IT green and plan for the following steps to accomplish their desired maturity level. The proposed inference system has been tested, validated, and used to determine the maturity level of Tehran municipality.

Today, green issues and sustainable development have become an important and strategic issue for companies and organizations to remain in local and global competition due to increasing social, economic and legal pressures; To this end, organizations are always looking to use tools and methods that, in addition to achieving their goals, also support social and environmental goals. Green information technology is recognized as one of the key factors in achieving sustainable environmental development. The purpose of this article is to investigate the factors affecting the adoption of green information technology in small and medium industries in Kermanshah city. This study is a survey-descriptive in terms of applied purpose and in terms of research methods. The statistical population of the study consists of managers of small and medium industries in kermanshah city. a standard questionnaire was used to collect data from and Scoring based on the likert scale. Data analysis was performed in the form of structural equation modeling using Smart PLS3 software. The results of the study have been the direct effect of the factors studied in the research(senior management support, government support, economic drivers, environmental compliance drivers, business resources, corporate governance and technological resources) on the acceptance of green information technology.

The insurance industry, as one of the important sectors in the global economy, has a role in addressing environmental challenges through initiatives such as green information technology. Green IT in insurance refers to the adoption of environmentally friendly practices and technologies in the insurance industry in order to reduce carbon footprints and contribute to sustainable efforts. The purpose of this research is to present the framework for the implementation of green information technology in insurance as a guideline for the successful implementation of green information technology and to determine the actions of insurance companies to implement green information technology and create a sustainable environment.

The research method is hybrid or combined (literature review, work in the field and final analysis). The qualitative method of this research is based on a systematic review. First, the basic framework of information technology implementation was obtained using content analysis of articles. Then, to present the final framework specific to the insurance industry, an interview was conducted with insurance industry experts. After that, the obtained framework was validated by the experts by sending a questionnaire and calculating the CVR coefficient of Lawshe.

The findings reveal the necessity of ecological sustainability as a reality. The result of this study contains 34 categories and 8 major dimensions, including implementation drivers, resources and organizational capabilities for green IT implementation, standards and criteria, strategy, green application (use), green scrapping and the consequences of green IT implementation. And it shows the responsible actions of insurance companies to reduce pollution and protect the environment.

The results showed that the most common factor in the implementation of green information technology is the reduction of electricity consumption, the social responsibility of the company towards the environment, and the existence of organizational and government rules and regulations in insurance companies. The findings of this research have addressed the research problem by developing the implementation framework of green information technology in the insurance industry.

Today, green information technology is recognized as one of the key factors for achieving sustainable environmental development. The aim of this study was to designing pathology pattern of green information technology implementation in hospitals and treatment centers.

This study is applied in terms of purpose and took place in terms of methodology, descriptive – analytic that first, with reviewing the theoretical bases and the opinion of the experts, the challenges of deployment of green information technology in hospitals and treatment centers were identified. Then after identifying these challenges by Delphi method, the main challenges of deployment of green information technology in hospitals and treatment centers were identified and to analyze the data, structural interpretive approach was used.

after members of the panel reached a theoretical consensus in two steps, 19 factors were extracted to analyze the structural interpretive modeling. The results of the study show that the two factors of government lack of financial support by providing financial facilities and lack of sufficient budget and credit in the organization to deploy green information technology are at the key level of study factors.

The results show that hospitals and health centers without government support will not be able to establish green information technology infrastructure and enjoy its benefits. The government can be fruitful in terms of financial support for hospitals and medical centers in order to purchase equipment and other requirements for the establishment of green information technology.

Today, green information technology is recognized as one of the key factors for achieving sustainable environmental development. The aim of this study was to designing pathology pattern of green information technology implementation in hospitals and treatment centers.

This study is applied in terms of purpose and took place in terms of methodology, descriptive – analytic that first, with reviewing the theoretical bases and the opinion of the experts, the challenges of deployment of green information technology in hospitals and treatment centers were identified. Then after identifying these challenges by Delphi method, the main challenges of deployment of green information technology in hospitals and treatment centers were identified and to analyze the data, structural interpretive approach was used.

after members of the panel reached a theoretical consensus in two steps, 19 factors were extracted to analyze the structural interpretive modeling. The results of the study show that the two factors of government lack of financial support by providing financial facilities and lack of sufficient budget and credit in the organization to deploy green information technology are at the key level of study factors.

The results show that hospitals and health centers without government support will not be able to establish green information technology infrastructure and enjoy its benefits. The government can be fruitful in terms of financial support for hospitals and medical centers in order to purchase equipment and other requirements for the establishment of green information technology.

Today, interest in the identification and assessment of environmental impacts of different businesses tend to increase interest among researchers and activists, business information systems and information technology to green IT. The use of green IT in the industry is faced with opportunities and different challenges. The opportunities and challenges, can gain competitive advantage over the other competitors and the impact on the organization. Therefore, the use of these opportunities and offering solutions to the challenges of green information technology in the organizations is very important. This study presents a model to identify opportunities and challenges for green IT applications in organizations. The dimensions of green IT model are derived from literature review and were confirmed by confirmatory factor analysis. In the present study, to determine the importance of each dimension, IT experts and academics views as well as fuzzy non-linear modeling are utilized. The results of mathematical model showed that the cost of implementing green IT solutions can be both an opportunity and a challenge to be addressed.

Nowadays, human faces with difficulties of unsustainable ways of life, since efforts to achieve economic growth and increase incomes through destroying natural resources and ecosystems have caused many people to forget environmental trends and therefore often resist any kind of change necessary for a sustainable and humanitarian economy. Globalization, gradually, has resulted in development of industry and clean and green technologies, and this makes compliance with the principles of green economy necessary. Therefore, manufacturers, importers and exporters are increasingly forced to upgrade their metrics and indicators, especially from the environmental point of view, to meet the demands of rigorous customers. In this research, the indicators of green information technology and economic sustainability were identified through targeted interviews and library studies. Then electronic questionnaire was distributed among managers, consultants and IT experts. Totally, 108 questionnaires were collected during one month and data of 99 samples were reviewed. Data analysis conducted in the form of structural equation modeling and least minor squares method. This paper was an applied study in terms of purpose and survey- descriptive in terms of research methods. The results showed that organizations can lead themselves to economic sustainability through the indicators of green information technology (life cycle, infrastructure, empowerer, organization and methods.