This research aims to discuss the utilization of crude palm oil (CPO) and by-products
obtained from palm oil waste materials as biomaterials for green construction material …

From the perspective of highway engineering, bio-asphalt binders have economic, social
and environmental benefits and, therefore, can be partially substituted for petroleum-based …

Oil palm biomass (OPB) represents major portion of the lignocellulosic waste in Malaysia
that can be converted into bio-oil. This review aims to provide important insights in OPB …

Biobinders (binders manufactured from biomass) are becoming popular in asphalt
engineering due to growing environmental concerns of greenhouse gas emissions from the …

The objective of this study was to determine the optimal conditions for converting waste
cooking oil (WCO) into bio-oil via pyrolysis with activated carbon (AC) using response …

The utilization of activated carbon (AC) as a catalyst for a lab-scale pyrolysis process to
convert waste cooking oil (WCO) into more valuable hydrocarbon fuels is described. The …

Using agro-industry residues as an energy source has been essential to replacing
traditional fuels and developing resilient and sustainable socio-economic scenarios. The …

The interest in using bio materials in asphalt pavements is growing considerably for
economic reasons and environmental benefits. In literature, many bio materials coming from …

To study the effect of surface-modified diatomite (SMD) on bio-asphalt performance, the
asphalt binders incorporating SMD and bio-oil (SMDB) was prepared with different dosages …

Asphalt binder is the most common material used in road construction. However, the need
for more durable and safer pavements requires a better understanding of asphalt's aging …