Table 3.
Summary enzymatic degradation of PET with a different type of microorganism.
| Type of Enzyme | Microorganism | Materials | Temperature (°C) | Product | Ref |
|---|---|---|---|---|---|
| Cbotu_EstA | Clostridium botulinum ATCC3502 | PET film | 50 | TPA,MHET | [149] |
| Lipases | Candida cylindracea | PET nanoparticels | 40 | 1,2-Ethandiol, TPA | [150] |
| Tcur0390 | Thermomonospora curvata DSM43183 | PET nanoparticels | 50 | NA | [151] |
| Hydrolase TfH | Thermobifida fusca DSM43793 | PET pellete | 44–55 | TPA, EG | [152] |
| TfCut1 | Thermobifida fusca KW3 | PET nanospheres | 55–65 | HEB, MHET, BHET, Benzoic acid | [153] |
| Tha_Cut1 | Thermobifida alba DSM43185 | PET | 50 | TPA, Benzoic acid, HEB, MHET | [154] |
| MHETase and PETase | Ideonella sakaiensis | PET | 30 | MHET | [154] |
| BsEstB | Bacillus subtilis 4P3-11 | PET | 40–45 | TPA, Benzoic acid, MHET | [155] |
| LCC cutinase | Leaf-branch compost | Amorphous PET | 50–70 | MHET, TPA, Benzoic acid | [156] |
| Polymer polyhydroxyalkanoate | Pseudomonas | PET | 70 | EG,TPA | [157] |
| Hydroxyalkanoyloxy-alkanoate | Pseudomonas | PET | 70 | EG,TPA | [157] |
| Thc_Cut2 | T. cellulosilytica | PET films | 50 | MHET, TPA, BA, HEB | [158] |
| Arg29Asn | Mutant The_Cut2 | PET films | 50 | MHET, TPA, BA, HEB | [158] |
| Lipases | Aspergillus oryzae CCUG 33812 | PET fabric | 55 | BHET,TPA | [159] |
| Gln65Glu | Mutant The_Cut2 | PET films | 50 | MHET, TPA, BA, HEB | [158] |
| TfCut2 | Thermobifida fusca KW3 | PET films | 60 | MHET | [160] |
| Thh_Est-esterase | Thermobifida halotolerans | 3PET model substrate | 50 | MHET,TPA, BA, HEB | [161] |