Sentence examples for carbon capture application from inspiring English sources

US-based FuelCell Energy has signed a contract with Alberta Innovates in Canada for an engineering study on a molten carbonate fuel cell carbon capture application at a Husky Energy-owned heavy oil thermal facility near Lloydminster, Saskatchewan.

This engineering study kicks off a multiphase project to prove the application, and could lead to a MW-scale fuel cell carbon capture application at an existing gas-fired plant.

These results indicate that test with flue gases have to be considered for all novel materials proposed for carbon capture applications since the decrease in membrane permeability in presence of water and other impurities has to be taken into account during the design of the separation process.

A critical challenge in developing engineered materials for low-energy-cost carbon capture and storage applications is to fundamentally understand adsorption, particularly when the materials exhibit hysteretic sorption behavior.

These polyamides, with Brunauer Emmett Teller surface area between 488 and 584 m2 g−1, show a CO2 uptake of up to 9.81 wt% and a CO2/N2 selectivity of up to 51 at 1 bar and 273 K, suggesting their great potential in the area of carbon capture and storage applications.

Fluids with high nanoparticle content are of particular interest for applications such as lubricants, high refractive index materials for lithography, battery electrolytes, carbon capture materials, and other applications where processability demands fluidity but functionality demands a high inorganic content.

Such pipelines are considered to be the most likely method for transportation of captured carbon dioxide (CO2) from power plants and other industries prior to subsequent storage in carbon capture and storage (CCS) applications.

The biological utilization of CO2 represents a promising application for carbon capture, utilization, and storage (CCUS) technologies.

A review of the technologies for coal-based power generation closest to commercial application involving carbon capture is presented.

From the environmental perspective, the application of carbon capture and storage technologies would effectively negate carbon dioxide emissions, resulting in a stabilisation of manmade contributions.

This solution involves the combined application of carbon capture and storage from power generation and other industrial facilities with CO2-EOR.