Polystyrene is one of the most widely used polymers in the world today. Polystyrene production has been increasing dramatically, mainly due to its low cost and ease of manufacturing. Furthermore, polystyrene materials are useful in producing a multitude of products in a wide spectrum of applications including packaging, insulation, construction, automotive and medical. The ever increasing demand for polystyrene articles has created unique problems as well. As a matter of fact, the natural decaying time of a polystyrene material is very long though, the service life of polystyrene products are very short and a large waste stream pile-up each year. Waste polystyrene materials are either burnt or discarded as municipal solid waste. Burning of ...
In this study, the use of pyrolytic cracking for managing non-recyclable plastic waste by conversion...
Styrene was recovered from polystyrene by thermo-chemical treatment in a nitrogen atmosphere carried...
Waste low density polyethylene film (table water sachets) was converted into solid, liquid oil and g...
Chemical recycling by thermo-catalytic pyrolysis/degradation offers the possibility of converting wa...
There are significant economic and environmental benefits to the recycling of waste plast...
The degradation of waste polystyrene sample was carried out in the temperature range of 450-575 ‘c...
Polystyrene (PS), one of the most used polymers in everyday life, has a low recycling rate due to it...
Polystyrene is useful product that widely used today. But when it becomes waste, Polystyrene c...
The increase in energy consumption and an increase in the plastic waste generation are two major pro...
Waste polymer recycling has received a great attention due to increasing amounts of waste polymers g...
In Argentina, a large part of plastic products ends their life cycle in the garbage. Thermal and cat...
375-386The plastic waste poly styrene (PS) has been selected for the conversion to value added usefu...
This chapter provides insights on the disposal of household polymeric wastes and chemical recycling ...
The catalytic cracking mechanisms of poly(ethylene) and poly(styrene) differ considerably from their...
Polystyrene (PS) makes up 50 % v/v of the polymer waste generated by both the municipal and industri...
In this study, the use of pyrolytic cracking for managing non-recyclable plastic waste by conversion...
Styrene was recovered from polystyrene by thermo-chemical treatment in a nitrogen atmosphere carried...
Waste low density polyethylene film (table water sachets) was converted into solid, liquid oil and g...
Chemical recycling by thermo-catalytic pyrolysis/degradation offers the possibility of converting wa...
There are significant economic and environmental benefits to the recycling of waste plast...
The degradation of waste polystyrene sample was carried out in the temperature range of 450-575 ‘c...
Polystyrene (PS), one of the most used polymers in everyday life, has a low recycling rate due to it...
Polystyrene is useful product that widely used today. But when it becomes waste, Polystyrene c...
The increase in energy consumption and an increase in the plastic waste generation are two major pro...
Waste polymer recycling has received a great attention due to increasing amounts of waste polymers g...
In Argentina, a large part of plastic products ends their life cycle in the garbage. Thermal and cat...
375-386The plastic waste poly styrene (PS) has been selected for the conversion to value added usefu...
This chapter provides insights on the disposal of household polymeric wastes and chemical recycling ...
The catalytic cracking mechanisms of poly(ethylene) and poly(styrene) differ considerably from their...
Polystyrene (PS) makes up 50 % v/v of the polymer waste generated by both the municipal and industri...
In this study, the use of pyrolytic cracking for managing non-recyclable plastic waste by conversion...
Styrene was recovered from polystyrene by thermo-chemical treatment in a nitrogen atmosphere carried...
Waste low density polyethylene film (table water sachets) was converted into solid, liquid oil and g...