IPVERSE (IPV) traded up 1.2% against the US dollar during the one day period ending at 11:00 AM E.T. on October 11th. One IPVERSE token can now be bought for approximately $0.0023 or 0.00000009 BTC on major exchanges. IPVERSE has a market capitalization of $467.10 million and approximately $38,335.19 worth of IPVERSE was traded on […]
IPVERSE (IPV) traded down 0.7% against the dollar during the 1-day period ending at 23:00 PM E.T. on October 8th. One IPVERSE token can currently be purchased for $0.0022 or 0.00000008 BTC on major exchanges. During the last week, IPVERSE has traded down 9.3% against the dollar. IPVERSE has a market cap of $467.10 million […]
IPVERSE (IPV) traded 2.8% lower against the US dollar during the 1-day period ending at 17:00 PM ET on October 9th. IPVERSE has a total market capitalization of $467.10 million and $13,592.59 worth of IPVERSE was traded on exchanges in the last 24 hours. During the last seven days, IPVERSE has traded down 4.6% against […]
IPVERSE (IPV) traded down 1.6% against the US dollar during the twenty-four hour period ending at 11:00 AM ET on October 8th. In the last week, IPVERSE has traded 7.7% lower against the US dollar. One IPVERSE token can now be purchased for $0.0023 or 0.00000008 BTC on exchanges. IPVERSE has a total market capitalization […]
Understanding the behavior of coronaviruses during wastewater treatment processes is imperative, but little is known about the fate of coronaviruses during the coagulation of municipal wastewater by ferric chloride. This study investigated the fate of two surrogate coronaviruses, i.e., feline infectious peritonitis virus (FIPV) and human coronavirus 229E (HCoV-229E), by measuring their infectivity in filtered and unfiltered raw wastewater subject to ferric coagulation. The dynamics of relevant wastewater parameters, including pH, COD (chemical oxygen demand), phosphate, sulfide, and iron species, were also profiled in parallel. In comparison to the natural decay of FIPV and HCoV-229E in filtered wastewater, the removal of both coronaviruses was significantly enhanced by the adsorption to solid particles in wastewater, including iron precipitates, coagulated solids, and original suspended solids (SSs). The entrapment of coronaviruses during the process of sweep coagulation, in combinati