Bio-oil produced through pyrolysis of lignocellulosic biomass has recently received
significant attention due to its possible uses as a second-generation biofuel. The yield and …

This study leverages machine learning technology, coupled with an evolutionary algorithm,
to forecast and optimize the distribution and composition of products from in-situ biomass …

Abstract 3D printing waste (3DPW) contains hazardous substances, such as
photosensitizers and pigments, and may cause environmental pollution when improperly …

Further efforts are still needed to refine and optimise complex thermochemical pyrolysis
processes crucial in waste management and clean energy production. In this work, a …

Biochar and syngas are important products of pyrolysis that can be employed for a wide
range of applications such as catalysts for biodiesel production, wastewater treatment, and …

Lignocellulosic biomass is a complex feedstock for pyrolysis, and the products produced
during pyrolysis vary with respect to feedstock and operating conditions. In this study …

Biomass pyrolysis holds promise for both economic value and environmental benefits, while
rotary reactors offer advantages in material handling and heat transfer. Efficient pyrolysis …

Rapid population growth necessitates a continuous increase in industrial productivity, with a
concomitant environmental burden. During the past few years, nanostructured carbon …

Biomass pyrolysis oil, as a renewable energy source, has significant application value, with
the content of its oxygenated components being a critical parameter affecting its properties …

The process optimization and control of nitrogen-rich biomass pyrolysis technology is
crucial. This technology effectively converts agricultural waste into high-value energy …