Biomass is an important product of bio-material pyrolysis, which can be used as an asphalt
modifier or a rejuvenator for an aged asphalt binder. This paper synthetically reviews types …

The rate at which the construction industry explores and consumes non-renewable natural
aggregates and other industrial products such as bitumen, lime, and cement during …

Nowadays pavement technologies must comply with sustainability requirements, including
global warming, energy consumption, and quietness. On the one hand, global warming is …

Waste cooking oil residues (WCORs)-based bio-asphalt is a potential substitute for
petroleum asphalt. However, asphalt binders with a high WCOR content indicates a low …

Bio-asphalt is a renewable material with good application prospects. In this study, different
ratios of bio-oil were mixed into the base asphalt to simulate bio-asphalt. Through molecular …

Several roads in Iceland with bio-oil modified surface dressings exhibited severe distresses
such as bleeding, binder drain down, and eventually as surface dressing sticking to tires …

The non-renewable characteristics and growing demand for crude oil is prompting the
development of alternative materials such as bio-asphalt for pavement engineering. In this …

The quality of oil produced from the pyrolysis of biomass is a function of many factors,
including the type and extent of the condensing system. In this work, we designed a two …

This paper presents the results from a laboratory investigation on the effects of aging on the
properties of two binders recovered from two different sources of Reclaimed Asphalt (RA) …

Because of abundant reserves and renewable and environmentally friendly properties, the
utilization of woody biomass waste in road engineering can alleviate the shortage of fossil …