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The present study deals with the inactivation of fungal spores in clinical waste using the advanced supercritical carbon‐dioxide (SC‐CO2) treatment technique. The process of inactivation was investigated under different conditions of pressure, temperature, and processing time. The efficiency of SC‐CO2 was determined in terms of log reduction and inactivation rate of fungal spores. Almost 100% inactivation...
The alteration of soil biological and chemical properties caused by petroleum contamination might result in limitations in the nutrient release from plant litter and thus threaten the stability of plant communities. In this study, the foliar litter of Periploca sepium was buried into lightly (petroleum concentration was 15 g kg−1), moderately (30 g kg−1), and seriously (45 g kg−1) contaminated soil...
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