Sentence examples for conversion of algae from inspiring English sources

As a result, high conversion of algae to liquid hydrocarbon and gas products was found with low levels of organic contamination in the byproduct water.

Indeed it already has more than 100 companies at work in the field pioneering the conversion of algae, municipal solid waste and widely available biomass such as wood waste and crop residues into renewable fuels.

The thermal conversion of algae into bio-oil has also been intensively studied over recent years because of their ability to produce substantial biomass with high oil content [ 49- 52].

The conversion of autotrophic algae to liquid transportation fuels is the basis of several decades of research to competitively bring energy-scale production into reality; however, many challenges still remain for making algal biofuels economically viable.

However, the successful conversion of an alga into a functional plastid is a multifaceted process that results in a mosaic genetic composition in which each gene transfer is a unique diagnostic event of the evolutionary past of the organisms under study.

In future, Wan said the country will explore the potential for storage or conversion to algae biofuels.

The results confirmed the successful conversion of mineralised red alga to hydroxyapatite, by way of this low-pressure hydrothermal process.

The aims of this work were to investigate the conversion of a marine alga into hydroxyapatite (HA), and furthermore to design a composite bone tissue engineering scaffold comprising the synthesised HA within a porous bioresorbable polymer.

The goal was high productivity cultivation of algae with elevated lipid levels suitable for conversion into biodiesel.

The three nitrogen conversion pathways traditionally used for the removal of ammonia nitrogen in aquaculture systems are photoautotrophic removal by algae, autotrophic bacterial conversion of ammonia nitrogen to nitrate nitrogen, and heterotrophic bacterial conversion of ammonia nitrogen directly to microbial biomass.

Identifying limiting factors in solar-to-biomass conversion efficiency is the first step for planning strategies of genetic improvement and domestication of algae to finally fill the gap between theoretical and industrial photosynthetic productivity.