Nowadays, energy demand is insatiable. As waste output increases, a debate has emerged
about whether to invest more energy in waste disposal or to create opportunities for …

Biomass pyrolysis (BiomPy) is a promising green technology that facilitates the conversion
of renewable biomass into valuable biofuels through thermal decomposition, providing …

Biomass, as a very important renewable resource, its efficient conversion was an important
way to achieve zero CO 2 emissions, provide clean and renewable energy, and promote the …

The catalytic pyrolysis of Melia azedarach fruit biomass in the presence of aluminium oxide
(Al 2 O 3) nanoparticles was studied using a fixed bed reactor. Cost-effective and …

Alkali metals (AMs) play an important role in biomass pyrolysis, and it is important to explore
their catalytic effects so to better utilize biomass pyrolysis. This study analyzed the catalytic …

Renewable and sustainable energy production has gained significant attention to meet
sustainable development goals (SDGs). Pine needles, an abundant typical forestry residue …

Catalytic pyrolysis technology is one of the most environmental and efficient approach in
converting biomass waste into high-value chemicals and fuels. In this study, the ex-situ …

This study presents a novel co-production method that integrates pyrolysis syngas and
carbon-deposited iron ore through the synergistic conversion of wheat straw and iron ore. In …

In response to the increasing global demand for sustainable energy alternatives, this
research explores the efficient conversion of sugarcane bagasse to bio-oil through …

Handling of agricultural residues is a major concern today, since they pose a serious threat
to the environment. Pyrolysis is one among the different techniques explored across the …