In recent decades, the environmentally benign electrochemical softening process has been
gaining widespread interest as an emerging alternative for water softening. But, in spite of …

As a result of the increasing consumption of fossil fuels all over the world, the ongoing global
warming caused by rising atmospheric carbon dioxide (CO 2) concentrations has attracted …

Ocean alkalinity enhancement (OAE) is a method that can remove carbon dioxide (CO 2)
from the atmosphere and counteract ocean acidification through the dissolution of alkaline …

Ocean alkalinity enhancement (OAE) has recently gained attention as a potential method for
carbon dioxide removal (CDR) at gigatonne (Gt) scale, with near-coast OAE operations …

To improve the anti-corrosion property of biodegradable magnesium alloy, a CaCO 3
coating was developed by hydrothermal treatment. The prepared coatings generally …

In the current study, an environmental assessment of surface seawater in Tangier Bay was
conducted by analyzing physicochemical parameters and trace elements, such as As, Cr …

Too fast corrosion of magnesium (Mg)-based materials is one of main concerns prior to their
applications as biodegradable biomaterials. In present study, a CaCO 3 coating on Mg alloy …

Scaling on the heat exchanger surface resulted in large equipment cleaning, maintenance
expenses and safety issues in the industrial production. To remove the heat exchanger …

The oceans play a major role in the earth's climate by regulating atmospheric CO2. While
oceanic primary productivity and organic carbon burial sequesters CO2 from the …

To promote the application of the electrolysis process for in situ pH adjustment of
wastewaters with complex matrices, a robust, industrially scalable, and undivided electrolytic …