Sentence examples for air acidification from inspiring English sources

Indeed, decreased solvent and energy consumption by ultrasound-assisted dye extraction reduced the global warming potential, photochemical ozone creation potential and air acidification, while minimized water consumption in the after-wash of the dyed fabric was a promising option for improvement in water depletion and eutrophication.

Since ammonia emissions are hazardous to human health and contribute to acidification of air, soil and water, it is critical that the ammonia from the amine-based carbon capture process be closely monitored.

The main causative factor for greenhouse gas emissions, acidification and air pollution is the burning of fossil-based fuel for agricultural operations, production of fertilizers and pesticides needed for cultivation (in the case of ethanol), ocean-based transportation (for naphtha) and the chemical processing steps (for all feedstocks).

Due to advances in forest management practices, increased nitrogen deposition, and reduced acidification by air pollution (sulphur dioxide) and also increasing temperatures and atmospheric CO2 concentrations, the majority of forests in Europe are growing faster now than in the early twentieth century [2].

It is known that the main cause of rain acidification is essentially attributable to an increase of carbon dioxide concentration in the air and to other gaseous compounds such as NOx and SO2, whose concentration in urban environment is mostly linked to anthropogenic activity.

Scientists suspected they were because of increased carbon dioxide levels in the air that were causing ocean acidification.

Hypotheses to explain the increase have varied (eg. increasing air temperature or recovery from acidification) but one test of alternative hypotheses is the trend over the recent decade, with the competing hypotheses predicting: continuing increase; the rate of increase declining with time; and even decrease in concentration.

In addition, both pH paper and the common electrode would be used with the solution exposed to air, which can accelerate the acidification process, while using a noninvasive probe in situ is much more desirable.

These phenomena are attributed to the accelerated rise in the sea level due to climate changes, increasing sea surface temperatures, more powerful tropical and temperate cyclones, changing characteristics of air pressure and precipitation, and acidification of the oceans [ 1, 4, 5].

The main objective of this project was to develop a steel slag filter effluent neutralization process by acidification with CO2-enriched air coming from a bioprocess.

For ethylene produced from naphtha and ethane, the energy expended during the extraction and ocean-based transportation of fossil fuel sources (crude oil and natural gas) contributes significantly to adverse environmental impacts such as GHG emissions, acidification, and eco-toxicity (air and water).