Bio-oil produced during the production of biodiesel is a burden to the environment. Recycling and utilization of bio-oil as a substitute for pavement bitumen can help to build an environmentally-friendly and clean infrastructure. In this study, the bio-bitumen was prepared by bio-oil based on free radical polymerization. Different kinds of bio-bitumen products were produced by reacting bio-oil with an initiator and an accelerator solution at different reaction conditions. The orthogonal experimental method was employed to determine the optimal bio-bitumen production process by evaluating the indices of viscosity, rutting factors and fatigue factors. The test results show that the optimal mass proportions of bio-oil:initiator:accelerator sol...
Asphalt is petroleum processed as petroleum feedstock which is good for the manufacture of asphalt i...
Asphalt rubber (AR) is a sustainable paving material with merits including waste tire consumption, l...
The chemical and rheological properties of polymer modified bitumen incorporating bio-oil derived fr...
Bio-oil produced during the production of biodiesel is a burden to the environment. Recycling and ut...
Most bituminous adhesives or binders that are used for pavement materials are derived primarily from...
Due to the high prices of crude oil, the price of asphalt binder has increased tremendously. Thus, m...
Transforming waste biomass materials into bio-oils in order to partially substitute petroleum asphal...
Bitumen is a commonly used material for road construction. According to environmental regulations, v...
Nowadays, sustainability and circular economy are two principles to be pursued in all fields. In roa...
The rising cost of crude oil affects the asphalt paving industries and this in turns has encouraged ...
The carbon footprint reduction mandate and other eco-friendly policies currently in place are consta...
Bio-oils derived from waste wood resources are thought to be potential alternatives for petroleum as...
Bitumen (asphalt) is viscoelastic, rheological and non-magnetic material composed of heavy hydrocarb...
Biofuels are a developing kind of fuel whose origin is biomass. Among them, many different kind of f...
Bio-oils are thought to be potentials for petroleum asphalt binders used in asphalt pavement because...
Asphalt is petroleum processed as petroleum feedstock which is good for the manufacture of asphalt i...
Asphalt rubber (AR) is a sustainable paving material with merits including waste tire consumption, l...
The chemical and rheological properties of polymer modified bitumen incorporating bio-oil derived fr...
Bio-oil produced during the production of biodiesel is a burden to the environment. Recycling and ut...
Most bituminous adhesives or binders that are used for pavement materials are derived primarily from...
Due to the high prices of crude oil, the price of asphalt binder has increased tremendously. Thus, m...
Transforming waste biomass materials into bio-oils in order to partially substitute petroleum asphal...
Bitumen is a commonly used material for road construction. According to environmental regulations, v...
Nowadays, sustainability and circular economy are two principles to be pursued in all fields. In roa...
The rising cost of crude oil affects the asphalt paving industries and this in turns has encouraged ...
The carbon footprint reduction mandate and other eco-friendly policies currently in place are consta...
Bio-oils derived from waste wood resources are thought to be potential alternatives for petroleum as...
Bitumen (asphalt) is viscoelastic, rheological and non-magnetic material composed of heavy hydrocarb...
Biofuels are a developing kind of fuel whose origin is biomass. Among them, many different kind of f...
Bio-oils are thought to be potentials for petroleum asphalt binders used in asphalt pavement because...
Asphalt is petroleum processed as petroleum feedstock which is good for the manufacture of asphalt i...
Asphalt rubber (AR) is a sustainable paving material with merits including waste tire consumption, l...
The chemical and rheological properties of polymer modified bitumen incorporating bio-oil derived fr...