Degradation of petroleum pollutants in oil-based drilling cuttings using an Fe2+-based Fenton-like advanced oxidation processes

Conversion Mechanism of Organic Matter While Cleaning Oil‐Based Drilling Cuttings Using Surfactant‐Free Microemulsions

“…[35] As shown in Figure 7 (c, f), the weight percentages of O and Si in OBDCs are relatively large (26.37 % and 13.27 %, respectively), and the weights of O and Si in the residual solid phase after the cleaning of SFMEs are 33.62 % and 19.81 %, respectively, and there is no significant change. This indicates that OBDCs and the residual solid phase are mainly composed of quartz, feldspar, mica and other minerals with SiO 2 as the main component, [36][37][38] and the composition and content of these minerals are not greatly affected by the cleaning process.…”

Treatment of oil-based drilling cuttings by floatation-advanced oxidation two-step process

“…Advanced oxidation refers to the oxidation or mineralization of refractory organics by activation to produce reactive oxygen species (ROS), such as SO 4 − ˙ and ˙OH. 16–19 Usually, it includes ozone oxidation, 20 Fenton oxidation, 21 and persulfate oxidation. 22 Ozone oxidation has the advantage of enabling in situ remediation because of its easy transfer between drilling cuttings particles.…”

“…− c and cOH. [16][17][18][19] Usually, it includes ozone oxidation, 20 Fenton oxidation, 21 and persulfate oxidation. 22 Ozone oxidation has the…”