The effects of green policy on the performance of green supply chains

Kumar, Manoj; Raman, Jyoti; Priya, .

doi:10.1504/ijism.2016.074416

Cited by 5 publications

(3 citation statements)

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“…Technology has become a daily meal in this day and age, but the use of today's unlimited technology will lead to a scarcity of non-renewable technology sources. That's why scientists are working hard to create technologies that are both renewable and environmentally friendly [5]. Discussions related to environmentally friendly information technology include management aspects consisting of system procurement and Request For Proposals (RFP's), expense analysis and cost reduction, project management, green procurement design, and operation management, and then education aspects consisting of self training, employee awareness program, public awareness and outreach and supplier education program, end then design aspect consisting of strategic planning, business process engineering, IT infrastructure and system engineering, space planning for IT, and waste management process design.…”

Section: Environmentally Friendly Technology Can Reducementioning

confidence: 99%

Building a Readiness Model of Environmentally Friendly Information Technology as Implementation of Green Information Technology Concept

2023

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Environmentally friendly Information Technology is a sustainable approach to information technology and information systems with practical methodologies in designing and implementing environmentally friendly information technology implementation strategies in various business and government organizations as well as strategic tools in building the contribution of these technologies in supporting all aspects of business activities in the organization and contributing environment so that it becomes more effective and efficient and builds competitive advantage. This includes effectively measuring sustainability, regarding the sustainable use and design of hardware and software, to promote efficiency and effectiveness in building a sustainable framework for the sustainability of information technology infrastructure. This study aims to build a model of Green information technology readiness. The research design is included in exploratory research, with a sample of 108 respondents and the sampling was done by non-probability convenience sampling. This research was conducted in Jakarta. The results showed that there are important factors that can be modeled mathematically through factor analysis which identifies the representation of Safe and comfortable, Smart public service, Excellent information, and Easy health care factors as the main factors in developing an elderly-friendly city model from the respondent's point of view.

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Section: Environmentally Friendly Technology Can Reducementioning

confidence: 99%

Building a Readiness Model of Environmentally Friendly Information Technology as Implementation of Green Information Technology Concept

2023

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“…The process of developing a system based on the Knowledge Management System Life Cycle is a process framework consisting of a repository of knowledge, relationships, Information Technology, communication infrastructure, functional expertise, environment, organizational intelligence and external resources [10]. Knowledge Management System Life Cycle is a cycle that is carried out when an organization starts implementing Knowledge Management System as a medium to accommodate the knowledge possessed by employees [11]. The cycle covered by the Life Cycle Knowledge Management System itself is started from creating or gaining knowledge to spreading the knowledge itself.…”

Section: Knowledge Management Systems (Kms)mentioning

confidence: 99%

Utilization of Industrial Community 4.0 Platform to Support the Socialization of Natural Disaster Mitigation Based on Community Activities

Sardjono

Perdana

2019

iccd

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As we know, global industry has experienced three revolutions. It began with the invention of the steam engine in the 1800s which encouraged mechanization in industry where human and animal power were replaced by engines. The second industrial revolution was marked by the invention of the power plant and combustion chamber. And the third industrial revolution occurred with the advent of digital technology and the internet. The fourth phase of the industrial revolution utilizes the digitalization and use of the internet that took place in the phase of the third revolution. The method of implementing activities in the form of knowledge transfer or capacity building of those who play a role in building an understanding of the industrial community 4.0 to be more monitored and measurable in optimizing sustainable dissemination, becomes important for further implementation. through the development of a Knowledge Management System (KMS) to support the dissemination and internalization of understanding of the community-based industrial revolution, including the development of dissemination and measurement of its performance. An example of the substance used in the development of this knowledge management system is natural disaster mitigation

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“…This lack of completely agreed upon definition makes it difficult to measure the effectiveness or the extent of an organisation's implementation of Green IT (Kumar, et. al., 2016).…”

Section: Introductionmentioning

confidence: 99%

Green Information Technology Readiness Model Using Factor Analysis Method In Indonesia

Sardjono

Perdana

2019

seeij

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Green information technology has been increasingly becoming a strategic consideration for developing sustainable business practices through balancing economic and environmental performance of an organization. To help individual organizations better pursue green information technology, this paper presents a factor analysis based decision model for evaluating the green information technology readiness of an organization. The decision model effectively considers the multi-dimensional nature of the evaluation problem and appropriately handle the subjectivity and imprecision of the human evaluation process. An example is given for demonstrating the applicability of the model for evaluating the green information technology readiness of organization. Green information technology readiness is considered to be an organization’s capability to embed sustainability in the beliefs and attitudes in the development, deployment and disposal of information technology technical assets and in their information technology processes, practices and policies and in the governance systems to ensure compliance with internal and external sustainability expectations.

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The effects of green policy on the performance of green supply chains

Cited by 5 publications

References 0 publications

Building a Readiness Model of Environmentally Friendly Information Technology as Implementation of Green Information Technology Concept

Building a Readiness Model of Environmentally Friendly Information Technology as Implementation of Green Information Technology Concept

Utilization of Industrial Community 4.0 Platform to Support the Socialization of Natural Disaster Mitigation Based on Community Activities

Green Information Technology Readiness Model Using Factor Analysis Method In Indonesia

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