Analytical pyrolysis is currently showing tremendous potential for investigating biomass
conversion into chemicals and biofuels, of which the most notable is the pyrolyzer coupled …

A huge amount of waste is generated by the cashew processing industries. This study aims
to valorise these cashew wastes generated at different levels while processing cashew nuts …

Slow and flash pyrolysis of spent citronella biomass has been studied at varying
temperatures. It is aimed to understand the pyrolytic behavior of spent citronella aromatic …

In this study, a novel, fully biobased adhesive (GA-SPI) was formulated by using gum arabic
(GA) and soy protein isolate (SPI). The preparation conditions, curing behavior, synthesis …

With the extraction of essential oils, a large amount of residual biomass is produced and
they can be a good source of functional chemicals/energy. In this study, Py-GC/MS and slow …

Pine needles are forest residue-based biomass abundantly available in the Uttarakhand
state of India. The presence of stranded pine needles in the forest land causes fires. At the …

The rapid growth of water hyacinth (WH) is a major concern worldwide as it adversely affects
the aquatic world's life by lowering the oxygen level or depleting the water's nutrients. In this …

Residual/spent biomasses are rising each day due to the increased processing of crops to
extract essential oils. An efficient method is required for its management and value-addition …

It is extremely challenging to explore pyrolysis reactions in-situ at high temperatures over
2000 K. Here we present a new method that integrates ultra-high temperature graphite tube …

The present study delves into the impact of different metal oxides (Al 2 O 3, Nb 2 O 5, CaO,
CeO 2, and ZrO 2) and temperatures (350, 450, and 550℃) on the flash pyrolysis of cashew …