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The purpose of this study was to understand the lived experiences of ten (10) product innovation employees in medical device firms’ sustainability initiatives, considering leadership, organizational and employee factors within the healthcare industry.

Phenomenology was chosen as it supports an in-depth analysis of the lived experience of several individuals, who are experiencing a similar phenomenon. This methodology permitted the researcher to “view experience and behavior as an integrated and inseparable relationship of the subject and object and of parts and whole.”

The intersection of employee, leader and organizational factors should be considered to further organizational citizenship behavior to the environment. Within each theme, cognitive dissonance is present. Understanding and acknowledging the choice required by the individual, leader and/or organization may impact overall environmental organizational citizenship behavior.

When implementing sustainable activities, three key areas should be evaluated: leaders, organizations and employees.

This study provides insight into employee experiences and sustainable activities.

This research adds to the literature on organizational citizenship behavior to the environment within medical device firms as it provides insight into how sustainability programs within firms could be approached. Healthcare’s climate impact contributes to emissions which are equivalent to having 75 million vehicles on the road, annually. In addition, this study provided an initial understanding of the lived experiences of employees within the medical device industry when themes are analyzed. The results may help organizations understand the experiences of employees to further advance their vision and mission, by understanding the phenomenon of how sustainability initiatives are perceived.

This paper answers the question of whether climate-related financial policies (CRFP) enable the energy transition in the European region.

By using various econometric techniques (namely a panel-corrected standard errors [PCSE] model and a feasible generalized least square estimates [FGLS] model, this study examines a link between CRFP and energy security (ES).

Using seven indicators, this paper examines four parts of energy security: acceptability, availability, sustainability and developability. The author has performed econometric analyses on 17 European countries during the period 2010–2020 to reveal critical findings. The results show a relationship between CRFP and energy intensity, energy consumption, nonfossil energy consumption, renewable energy consumption and CO₂ emissions. This finding suggests that CRFP involvement benefits the energy system’s acceptability, developability and sustainability. Moreover, the author observes long-term cointegration between CRFP and ES, and the findings validate their short-term and long-term effects. The author also finds that ES is influenced by past and future CRFP participation.

This study focuses on countries in a European Union (EU) region, which contribute significantly to secure ES and represent a varied spectrum of rich and emerging economies.

In this paper, the author contributes to the research in three ways. First, to the best of the author’s knowledge, this is the first empirical study to explore CRFP as a contributor to the security of the energy system. This research contributes to the existing body of information by investigating the influence of CRFP on environmental quality as assessed by various dimensions. Second, this paper uses a PCSE model based on cross-sectional dependence and stationarity tests. Furthermore, the findings can be further verified using FGLSs considering heteroscedasticity. Long-term and short-term impacts of autoregressive distributed lag methods were also investigated using pooled mean groups (PMG).