In the present study, catalytic pyrolysis of Chlorella vulgaris biomass was conducted to
analyse the kinetic and thermodynamic performances through thermogravimetric approach …

Producing energy and higher value bio-products from waste materials has been proposed
as an economically viable opportunity in the renewable energy sector. However, several …

We present a thermochemical conversion of four varieties of rice husk samples ie Laila
(ARH), Pusu (BRH), Bandul Beminyak (CRH) and Sendakan (DRH), collected from Brunei …

Rice is the most important cereal in Asia. However, it also results in the generation of large
quantities of rice-derived residues (ie, rice straw and rice husk). Due to the residues richness …

Metal oxides as catalysts alter the properties of the pyrolysis vapor secondary reactions
during the thermal decomposition of several biomass leading to high-value bio-oils. This …

Artificial neural network (ANN) needs to be applied to the complex, multivariate, and highly
variable biomass and pyrolysis data to define optimum input variables and develop effective …

Food wastes were the major problem in the traditional market since there were inadequate
organic waste processing facilities provided. Most of all these wastes end into the landfill …

The kinetics and thermodynamics of biomass pyrolysis are crucial for its design,
optimization, and industrial application. In this study, proximate analysis, together with …

The present problems facing our universe include global warming and the depletion of fossil
fuels, but these issues may be alleviated by discovering alternate, sustainable, and …

The total energy demand has been escalating day to day globally as well as the quest for
sustainable and affordable energy enforcing the paradigm shifts of predominant fossil fuels …