The novel COVID-19 has emerged as a severe threat to global health globally, affecting over 210 countries and regions. The profound dilemma interrupted global trade and social activities and enormously influenced daily lives through social distance and confinements. The outbreak of COVID-19 has exacerbated human misery due to the crippling of economies globally. The effects are substantial on health, economy, environment, and society. Nearly every country is trying to prevent the transmission of this communicable disease. Remedial policies include testing and treating patients, isolating suspects through contact tracking, banning public gatherings, and asserting a complete or partial shutdown. In this context, the present paper's core objective is to investigate the impact of the COVID-19 pandemic on the environment and energy market, society, economy, and global protective measures taken to reduce COVID-19 transmission. The study's main contribution is revealed lessons to provide insights for business and the efficacy of governments' initiative globally. Finally, this paper describes future actions for governments, leaders, energy providers, and all stakeholders in response to the global pandemic crisis.

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Purpose The circular economy (CE) is an evolving subject transitioning from conceptualization to empirical testing. Over the past decade, researchers have done an exhaustive study to understand the concept of CE and its realized values both financially and environmentally on organizations that have traditional business models based on linear consumption. For understanding the transitional phenomena completely, the paper aims to review the current and emerging research trends in CE to ascertain future direction. Design/methodology/approach The research was conducted on 91 articles published in the study area during the past decade (2016–2021) in renowned peer-reviewed journals. The criteria set to review literature are based on the following assortment: CE drivers, CE barriers, definitions by different authors, yearly distribution of the publication, research publisher and journals, google citation and methodology used in the selected research articles. Findings The study suggests that researchers from the selected years are keen to understand the transition and its critical factors by bringing forward frameworks and incorporating CE with digital technologies. The digital technology implied are Industrial Technology (IR) 4.0, Big Data, Internet of Things (IoT), Artificial Intelligence, Blockchain and Data Analytics to increase organizational and environmental performance. CE researchers need to use empirical testing in different sectors to understand and bring forward more improvised business models and practices according to the dynamics of the industry. Originality/value The literature review suggests gaps exist to integrate the micro, meso and macro levels to get CE implementation's system-wide benefits. The study has also identified that many CE frameworks available in the literature for implementation must be empirically tested to yield performance results.

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Today’s world is changed; the only constant thing is digital technologies galloping and enveloping all walks of life; blockchain is the most pertinent of the available technologies. Due to the high demand for the technology, this research tests blockchain technology (BTT) and its influence on organizational performance (ORP) while incorporating recycling and remanufacturing (RRM), green design (GDN), and green purchasing (GPP) as mediators to ascertain the relation between the two constructs. The data for the research is collected from the Malaysian manufacturing sector. The data was collected from four hundred enterprises, and regression analysis was used for statistical inference through Smart PLS. Significant results are found between BTT and RRM, BTT and GDN, BTT and GPP, RRM and ORP, and GDN and ORP. The study’s result also confirms that no significant value was found between GPP and ORP.

The increasing concentration of carbon emission (CE) in the atmosphere, which causes climate change (CC), has become a priority at the global level. The Chinese govt has enacted a series of CE reduction policies and regulations during the recent decades, which have effectively encouraged the country’s green and sustainable growth. For sustainable development and subsequent policy design, it is critical to investigate the features and evolution of CE reduction programs. First, we collected China’s national-level CE reduction policy texts from 2007 to 2021 as research objects. Second, using content analysis and NVivo software, a three-dimensional analytical framework of “Policy tools--Development stages--Policy implementation objects” is developed and investigated based on the theory of policy tools. Finally, the CE reduction policy language is coded line by line using empirical analysis, yielding 725 reference points. The results show that 1) The results show that: 1) in the evolution of CE reduction policy, environmental policy tools are the most used, accounting for 51.17%, and the use of supply-based and demand-based policy tools account for 32.28 and 16.55%, respectively; 2) demand-based policy tools need to be strengthened, and the structure of supply-based and environmental policy tools needs to be adjusted; 3) the govt’s coordination with research institutions and the public is not sufficient The implementation of policy instruments is insufficient; 4) China’s CE reduction policy is gradually developing from a macroscopic single subject policy to a diversified and specific policy with specialized content. Therefore, we recommend optimizing the policy structure in the light of social characteristics and strengthening the government’s guiding role in China’s CE reduction efforts. It is also recommended to increase financial instruments and enhance the binding force of laws and regulations.