Sentence examples for seawater engineering from inspiring English sources

SEAHERO is an abbreviation for seawater engineering and architecture of high efficiency reverse osmosis.

In Republic of Korea, seawater engineering and architecture of high efficiency reverse osmosis (SEAHERO) research and development (R&D) program started from 2007 to lead the top seawater reverse osmosis (SWRO) plant technologies for desalination with the fund of US $165 million for 6 years including test-bed plant construction.

Our research efforts over the last six years have resulted in advancements in photoelectrochemistry, electrolyzer engineering, seawater electrolysis and neutral hydrogen and oxygen evolution catalysis.

Therefore, this study identifies factors which affect corrosion of engineering materials in seawater environment.

The salt content in seawater results in many considerable engineering problems, including salt deposition, corrosion, and fill blockage.

The superior anti-corrosion and anti-wear performances of nano-multilayer coatings made them good candidate protective materials in engineering applications in seawater environments.

They are putting their faith in human ingenuity, arguing that planetary-scale engineering projects like blasting seawater into the atmosphere to increase the heat reflectivity of certain clouds (yes, that's a real idea), will eventually solve the problem.

It is illustrated how a detailed mathematical model for a self-polishing antifouling paint exposed to seawater can be used as a product engineering tool to obtain a quick estimate of the paint behaviour that a given seawater-soluble pigment will provide.

The district heating and cooling (DHC) system of a seawater-source heat pump is large system engineering.

This paper evaluates the implementation of active learning in teaching seawater desalination as an elective course in chemical engineering curriculum.

Mechanical Engineering Professor John Lienhard outlined an MIT seawater desalinization project, along with a host of other water engineering endeavors, including leak control (15 to 20percentt of U.S. water distribution is lost in leaking pipes), and nano-engineering of membranes that filter particles and pathogens.