Sentence examples for more effective adsorbents from inspiring English sources

Recently, numerous approaches have been studied for the development of cheaper and more effective adsorbents containing polysaccharides [3,4].

Since, most of the reported studies had been performed using batch and small-scale column adsorption tests, further research is required for the development of more effective adsorbents, modeling of adsorption mechanism, regeneration of spent adsorbents and treatment of real industrial wastewater.

In the present study, rice straw was more effective adsorbent than sugarcane bagasse and maize stalks.

Conversely, with the ketones, and compounds with a boiling point in excess of ~50°C, AC is the more effective adsorbent.

However, there is a need to develop cheaper and more effective adsorbent materials for the removal of chromium from our water sources.

This paper explores the application of Macadamia shells for producing a cheaper and more effective adsorbent for removal of Cr VI) ions from aqueous solutions.

Fabricated enriched nanofibres have proven to be good candidates for this application, which demonstrated to be more effective lead ions adsorbents, exceeding some of the commonly used activated carbon.

Therefore, it has become essential to find more efficient adsorbents.

The steeper the isotherm, the more effective is the adsorbent.

Studies have been carried out aiming at developing more effective and selective adsorbent materials, which are abundant in nature, requiring little processing to decrease cost (Reddad et al. 2002).

The adsorption capability of the adsorbent was found to be more effective than the unmodified adsorbent (LC).