carbon . It has estimated that about 8,882 tons of waste are burned per year, producing 1.97 kg BC t−1, 11.9 kg PM10 t−1, and 9.8 PM2.5 t−1 that contributed for 17.5 t BC y−1 (38,553 t CO2-eq per year), 105.7 t PM10 y−1 and 87.0 t PM2.5 y−1, for a total of 313.7 kg CO2-eq y−1 per capita. The results showed that the CO2-eq from BC emitted by waste open burning was more than 15 times larger compared to CH4 potentially released from the decomposition of equivalent amounts of combustible organic waste deposited at the dumpsite . In another study, it was found that the majority of PM generated by waste open burning had smaller sizes compared to PM2.5 and to PM10. In particular, the PM size were 0.35 µm, with about 63.0 µg m−3 generated, and 0.45 µm, with 67.8–87.7 µg m−3. Therefore, 0.45 µm had the highest peak concentration among all the compounds. The study demonstrated that the smallest-sized particles (0.35 and 0.45 µm), which represents the most hazardous for the population health, constituted the greatest percentage of total PM emissions, founding that the concentration of ultrafine particles represent another source of hazard for population health . The review of the

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