Minerals in soil can sequester atmospheric carbon dioxide through natural organic and
inorganic processes. Here we consider three soil-and mineral-based methods for carbon …

This study comprehensively analyzes the thermal decomposition characteristics as well as
the kinetic and thermodynamic parameters of five biomass wastes, including coffee husk …

This paper deals with the Transportation Systems and Green Energy, spotlighting the crucial
challenge of curbing CO2 emissions in the ever-evolving landscape of transportation energy …

The paper discusses the Indian railway system, the fourth-largest rail network in the world,
and identifies a prevalent issue experienced by railway passengers—train delays. The …

This study provides the first ever investigation of the influence of nickel, copper, and zinc
additives upon magnesium oxide powders when synthesized via sol–gel autocombustion. In …

The increasing use of plastics has led to increased dump heaps of industrially and
domestically generated plastic waste in the environment due to poor plastic waste disposal …

Pisifera Palm kernel shells (PPKS) were torrefied at 260, 280, and 300° C, and ASTM
methods were used to determine variations in their ultimate and proximate parameters. Iron …

A sample of goethite iron ore sinter feed (G_SF) was employed as a raw material in a
sintering bed. This sample partially replaced hematite sinter feed (H_SF), which is currently …

In the face of escalating biological waste from diverse origins and sectors such as
agriculture, research, food, and medical domains, this chapter underscores the importance …

The transition towards sustainable energy sources necessitates the exploration of
alternative options, and biomass waste presents a promising avenue for biofuel production …