Nitrogenous heterocyclic compounds are one of the most important classes of chemicals. Nitrogenous compounds containing wastewater are generated in industries like petroleum, pharmaceutical, textile, chemicals, etc. Nitrogen ...

India is a vast country, having widely varying climate and traffic in terms of both load and volume.. In general, roads in India are mainly bitumen-based roads. During construction of the bituminous pavement, the temperature ...

Research in lignocelluloses materials is important because of their advantages over conventional reinforcing materials, namely, low density, high specific properties, non-abrasive nature, high level of filler loadings, ...

Separation of macromolecules from the protein solution is of vital importance for the biochemical industries. Therefore, many researchers have shown great interest in membrane based separation process such as ultrafiltration ...

It is a well known fact that nonlinear model predictive control (NMPC) exhibits greater potential for improving process operation in comparison to linear model predictive control (MPC). It, however presents a number of ...

In the present work various transition metal complexes anchored on polymer support were synthesized and their characterization by various physico-chemical techniques has been studied. Different types of catalytic oxidation ...

With the development of civilization and industrialization during last few decades, the level of heavy metal ions in natural water resource has increased substantially. Zinc is one such type of heavy metals, presenting in ...

Dairy industries are involved in the manufacturing of various types of milk products. It is one of the most polluting industries not only in terms of volume of effluent generated as well as in terms of its characteristics ...

Natural gas which is abundantly available is a source of primary energy and consists of 87-96% of methane mainly. Therefore, it can be used as feedstock for the production of syngas. Steam reforming, partial oxidation, ...

Process intensification (PI) is a key strategy that the chemical industry is adopting for increasing energy efficiency and profitability. PI offers the benefits of smaller, safer and cheaper unit, small time to the market, ...