Our PLS-SEM analysis support that attitudes, subjective norms, and observed behavioral control over decision producers positively shape organizations’ objectives to implement best practices of plastic recycling. Additionally, organizations’ intentions, perceived behavioral control, pressures, and enablers favorably, whereas barriers negatively, impact businesses’ actions. Our research implies that most organizations have actually positive motives, yet they seem to be failing in applying most useful techniques of plastic recycling because of some crucial barriers. To conquer this intention-behavior gap and also to attain a circular economic climate for plastic materials, our study suggests some measures.This perspective calls for building greater understanding of the role that entrepreneurship plays in addressing the challenges to resource and waste administration imposed by COVID-19. We contend that researchers and practitioners need to notice that entrepreneurs non-infective endocarditis are important change agents who are able to help in the change to an even more sustainable and circular economic climate. We present challenges also possibilities to deal with this space because of the goal to foster future research.The crisis introduced upon because of the COVID-19 pandemic has modified global waste generation dynamics deformed graph Laplacian and so has actually necessitated special attention. The unanticipated changes in waste structure and volume additionally require a dynamic response from policymakers. This study highlights the challenges experienced because of the solid waste administration industry through the pandemic and also the underlying possibilities to fill present loopholes in the system. The analysis provides certain situations for biomedical waste, synthetic waste, and food waste administration – all of which have-been a significant reason for issue with this crisis. Further, without active resident involvement and cooperation, commingled virus-laden biomedical waste using the regular solid waste stream pose considerable bad safe practices problems to sanitation employees. Single-use plastic usage is placed to bounce back because of developing concerns of hygiene, especially from products employed for private security and healthcare reasons. It’s anticipated that family food waste generation may lower as a result of increased mindful purchasing of more non-perishable things during lockdown and as a result of issues of meals shortage. However, there was a chance of upsurge in food waste from the broken supply stores such as food items getting caught on roadway as a result of restriction in automobile moves, lack of employees within the warehouse for handling the meals items, etc. The study also stresses the need for building localized resistant supply stores to counter such circumstances during future pandemics. And will be offering innovative approaches to existing waste management difficulties, the research also shows some key suggestions into the policymakers to greatly help handle possible future pandemics if any holistically.•New challenges in MSW administration in Tehran following the COVID-19 pandemic was studied.•Over 5.5 millions of PPEs are being daily ABT-737 discarded in Tehran during COVID-19.•Hospital wastes are being discarded without undergoing any treatment in Tehran.•Landfilling of MSW has grown by 34.7per cent following the outbreak of COVID-19.•Secondary contagion from inappropriate handling of MSW is probable in Tehran.•Effective governance and efficient control across multi-levels and multi-sectors are crucial aspects to ensure food offer during COVID-19.•Digital resources and revolutionary models provided important answers to handle the crisis in China, that can easily be further developed and donate to the “New Normal”.•The pandemic implies the necessity to bolster urban-rural linkages and foster local food production for more resilient local food systems.In this research, a normal surfactant, saponin ended up being isolated from soapnut (Sapindus Mukorossi). The extracted surfactant ended up being described as Fourier-transform infrared spectroscopy (FTIR) analysis. The potency of the isolated surfactant as EOR agent was evaluated from foam generation/stabilization properties, wettability alteration for the rock surfaces, along with oil-water interfacial tension (IFT) reduction traits. The overall performance associated with the extracted saponin had been compared to that of a commercial saponin and sodium dodecyl sulfate (SDS). The foaming properties of the saponin with carbon-dioxide (CO2) ended up being characterized making use of Teclis Foamscan instrument at room condition and 60 °C. The IFT and contact sides at space problems and reservoir conditions had been measured utilizing KRŰSS Drop Shape Analyzer (DSA 25 and DSA 100) via pendant drop and sessile drop practices respectively. The foamability of the saponin-stabilized foam ended up being great at background problem and 60 °C. More over, the full time taken for almost 100e of SiO2 nanoparticles (0.05 wt% and 0.1 wt%). The analysis suggests that the extracted saponin could be thought to be supplementary substitute for conventional EOR surfactants.Biocidal functionalization in polyester materials is a really difficult challenge due to the lack of tethering groups. This study indicated supercritical carbon dioxide application using N-halamine could be another solution for getting antibacterial function in the polyester surface.