The comparative study of NiO-ZnO (NZ) and CuO-ZnO(CZ) composite nanomaterials was investigated for photocatalytic and adsorption applicationin order to remove the Congo red (CR) dye in presence and absence of visible light. ...

The photocatalytic efficiency of as-prepared CuO-ZnO composite nanomaterials were investigated towards degradation of congo red (CR) dye in presence of visible light with complete mineralization into less toxic CO2 and ...

The integration of polymers with biomaterials offers promising and effective nanomaterials with intrinsic and extrinsic properties that are utilized in several applications namely tissue engineering, drug delivery, energy ...

This study is focused on the use of pulp process waste as the medium for growth of Halomonas sp. MCC 2171. It was found that halophile is efficiently able to grow in the press filtrate that was produced during the dewatering ...

Lignocellulose biomass are the sole components in different waste streams obtained from various sources such as agriculture, industries, forestry and municipalities. They represent an undisturbed source of fermentable ...

Lignocellulosic biomass is the source of pentose (xylose) and hexose (glucose) sugars and found abundantly on the earth but the extraction of these sugars is the main concern of today’s researcher. There are mainly two ...

Proteins are highly complex most abundant biological macromolecules common to all life present on earth today and they are responsible for most of the complex functions that make life possible. All the forms of life i.e. ...

Excessive use of fossil fuels and environmental degradation has led us to generate efficient and environment friendly sources of energy. Third generation algal biofuels are considered to be the most promising alternative ...