Pyrolysis plant can enable the waste plastic to oil conversion. The ability to convert plastic into oil stems from their shared chemical origins, a molecular…
The EPA has classified pyrolysis as an advanced recycling technology and excluded it from the regulatory framework governing incinerators under the federal Clean Air Act.…
Against the backdrop of the global net-zero goal, biochar carbon dioxide removal (CDR) has become an indispensable technological path for addressing climate change. Among numerous…
Choosing biomass feedstock for biochar project is essentially choosing a conversion direction. Different biomass feedstocks determine the characteristics of biochar, which in turn determines its…
Carbon black is the most important reinforcing filler in tire manufacturing. Globally, the annual production of virgin carbon black, amounting to tens of millions of…
The root cause of the failure of the commercial plastic pyrolysis project is that it encountered triple dilemmas of technology, economy and market during the…
The ROI of a biochar project is not determined by the biochar production equipment alone. It is the result of a complex interplay of multiple…
The cost of pyrolysis plant is a major factor restricting the development of the plastic waste pyrolysis market. It is not fixed but varies significantly…
