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. 2021 Oct 15;28(48):68053–68070. doi: 10.1007/s11356-021-16263-6

Table 3.

The summary of the treatment review category

Author(s) and year Scope Treatments type Application(s)
PYR REC RET ER
Abdul-Raouf et al. (2010) Factors affecting prod. composition TPO, gas, char
Gupta et al. (2011a, b) Recycled ELT usage Wastewater treatment
Feraldi et al. (2013) Treatment option comparison Civil engineering, fuel
Williams (2013) Pyrolysis product characteristics TPO, gas, char
Kandasamy and Gokalp (2014) ELT treatment improvement TPO, gas
Bazan et al. (2015) Treatment cost analysis Civil engineering
Kardos and Durham (2015) ELT utilization improvement Civil engineering
Ramarad et al. (2015) Polymer blends
Hita et al. (2016) TPO upgrading characteristics TPO, gas
Cherbański et al. (2017) ELT pyrolysis kinetics TPO, rubber
Depaolini et al. (2017) Recycled rubber characterization Rubber, playgrounds
Derakhshan et al. (2017) Recycled ELT usage Wastewater treatment
Kordoghli et al. (2017) Product quality TPO, gas
Ortíz-Rodríguez et al. (2017) Management option comparison Civil engineering, fuel
Tsai et al. (2017) ELT recycling status TPO, gas, carbon black
Aziz et al. (2018) Pyrolitic reactors characteristics TPO, char
Lonca et al. (2018) Treatment environmental benefits Civil engineering
Zhang et al. (2018) Pyrolysis efficiency improvement TPO, carb. black, char
Martinez et al. (2019) Carbon black production Carbon black
Rashid et al. (2019) Rubberized concrete properties Civil engineering
Sathiskumar and Karthikeyan (2019) ELT pyrolysis methods TPO, gas, char
Wang et al. (2019) High-value temperature pyrolysis Carbon black, graphene
Zhang et al. (2019) Pyrolytic carbon preparation Carbon black
Abdallah et al. (2020) ELT pyrolysis products analysis TPO, gas
Buadit et al. (2020) Pyrolysis environmental impacts Energy
Junqing et al. (2020) Pyrolysis efficiency improvement TPO, carbon black
Mrad and El-Samra(2020) Management option comparison Fuel
Yamashita et al. (2020) Recycled tire properties