Sentence examples for environmentally friendly applications from inspiring English sources

However, water-soluble QDs have increasingly attracted the attention of the research community based on their potential use in biomedical and environmentally friendly applications [1,13,14].

However, due to their potential toxicity, augmenting their biocompatibility is yet a challenge for expanding to several biomedical and environmentally friendly applications.

From the 19th century to the present day, there has been a wide range of cost-effective and environmentally friendly applications for this industrial by-product.

The novel colloidal biofunctionalised water-soluble nanoconjugates made of ZnS-QDs/chitosan are potentially non-toxic and, combined with their luminescent properties, offer great potential for use in various biomedical and environmentally friendly applications.

Therefore, a "green" facile chemical synthesis of fluorescent nano-photocatalytic materials was developed using an abundant biocompatible polysaccharide that exhibit potential for the photodegradation of hazardous organic pollutants present in wastewater and several other environmentally friendly applications.

Now a Cornell University researcher has developed a new process for electro-spinning waste cotton into nanofibers using a less harmful solvent, a change that could both profit the cotton industry and afford environmentally friendly applications.

To reduce greenhouse gas emission, solar cooling is an attractive and environmentally friendly application since there is a direct match with cooling demand and peak incident solar radiation.

Pipelines for oil transportation that are mainly made of steel have some of the following key advantages: (a) relatively low cost; (b) high efficiency; (c) short construction period; (d) safe and environmentally friendly application; (e) suitability for all global geographies.

Mainly in the form of carbon nanotubes, these nanomaterials were advantageously used as building blocks for water filtration and gas permeation membranes, adsorbents, and environmentally friendly energy applications such as gas storage or electrodes for (bio) fuel cells [2 8].

Their utilizations are attracting increased interests around the world, particularly for the production of novel materials for environmentally friendly industrial applications after chemical modification (Pandey et al. 2000; Richardson and Gorton 2003).

The aim of this MCFC model is to aid to the introduction, design, concept approval and verification of environmentally friendly marine applications such as fuel cells, in a cost-effective, fast and safe manner.