Table 1.
Authors | Materials Used | Stripper | Key Features | Strengths | Limitation | Ref. |
---|---|---|---|---|---|---|
Zhou et al. | NiAl-LDH | Formamide | Ultrasound conditions | Most effective; dissolves LDHs sheets | Dissolves LDHs sheets | [49] |
Hibino et al. | MgAl-Gly LDHs | Formamide | Stir for a few minutes at room temperature | Fast gradual change without heating and reflux conditions | - | [53] |
Gong et al. | Nitrate-type magnesium aluminum hydrotalcite modified by sodium dodecyl sulfate intercalation modification | Chloroform | Ultrasound conditions | - | Chloroform is sensitive to light and forms toxic gas when exposed to oxygen | [54] |
Dai et al. | CTA-Mt (Organic montmorillonite) |
Chloroform | Ultrasound conditions | Chloroform is sensitive to light and forms toxic gas when exposed to oxygen | - | [55] |
Liang et al. | LDH intercalated with acetate ion | Water | Ultrasound conditions | Environmental protection, non-toxic, low price | - | [56] |
Ma et al. | Synthesis of amino acid intercalated aluminum-magnesium hydrotalcite in a system with pH greater than amino acid isoelectric point | Water | pH is lower than the isoelectric point of amino acids, ultrasound, heating | Environmental protection, non-toxic, low price | - | [57] |
Song et al. | Mt | HTPB (hydroxyl terminated polybutadiene) | 353 °C | Efficient and can be completely stripped | - | [58] |
Hu et al. | Layered dihydroxy compound, Mt | PLA (polylactic acid) | 185 °C hydrothermal | Stripping agent is easy to degrade | - | [50] |