Decomposition of long-chain petroleum hydrocarbons by Fenton‐like processes: effects of ferrous iron source, salinity and temperature
J Qin, C Lin, H Almebayedh, M Albader - Ecotoxicology and environmental …, 2019 - Elsevier
Batch experiments were conducted to examine the effects of ferrous iron source, soil salinity
and temperature on degradation of long-chain petroleum hydrocarbons by Fenton-like
processes. The results show that over 70%, 50% and 25% of aliphatic C16-C21, C21-C35
and C35-C40, respectively, was eliminated at a H 2 O 2 dose of 1.5%. The decomposition
rate of petroleum hydrocarbons was similar to each other for ferrous sulfate and magnetite
while the capacity of pyrite to trigger Fenton-driven decomposition of long-chain aliphatic …
and temperature on degradation of long-chain petroleum hydrocarbons by Fenton-like
processes. The results show that over 70%, 50% and 25% of aliphatic C16-C21, C21-C35
and C35-C40, respectively, was eliminated at a H 2 O 2 dose of 1.5%. The decomposition
rate of petroleum hydrocarbons was similar to each other for ferrous sulfate and magnetite
while the capacity of pyrite to trigger Fenton-driven decomposition of long-chain aliphatic …
Decomposition of long-chain petroleum hydrocarbons by Fenton-like processes: effects of ferrous iron source, salinity and temperature.
QJH Qin JunHao, LCX Lin ChuXia, H Almebayedh… - 2019 - cabidigitallibrary.org
Batch experiments were conducted to examine the effects of ferrous iron source, soil salinity
and temperature on degradation of long-chain petroleum hydrocarbons by Fenton-like
processes. The results show that over 70%, 50% and 25% of aliphatic C16-C21, C21-C35
and C35-C40, respectively, was eliminated at a H2O2 dose of 1.5%. The decomposition rate
of petroleum hydrocarbons was similar to each other for ferrous sulfate and magnetite while
the capacity of pyrite to trigger Fenton-driven decomposition of long-chain aliphatic …
and temperature on degradation of long-chain petroleum hydrocarbons by Fenton-like
processes. The results show that over 70%, 50% and 25% of aliphatic C16-C21, C21-C35
and C35-C40, respectively, was eliminated at a H2O2 dose of 1.5%. The decomposition rate
of petroleum hydrocarbons was similar to each other for ferrous sulfate and magnetite while
the capacity of pyrite to trigger Fenton-driven decomposition of long-chain aliphatic …
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