Experimental study of two and three phase flows in large diameter inclined pipes

This process is unique in photosynthetic carbon sequestration. An on-site biological sequestration system directly decreases the concentration of carbon-containing compounds in the emissions of fossil generation units. In this process, photosynthetic microbes are attached to a growth surface arranged in a containment chamber that is lit by solar photons. A harvesting system ensures maximum organism growth and rate of CO 2 uptake. Soluble carbon and nitrogen concentrations delivered to the cyanobacteria are enhanced, further increasing growth rate and carbon utilization.

/pdf/enhanced-practical-photosynthetic-co2-mitigation-3j4vwywait.pdf

Enhanced practical photosynthetic CO2 mitigation

http://www.icmt.ohio.edu/documents/Journals2012/Experimental%20Study%20of%20Water%20wetting%20in%20Oil%E2%80%93Water%20Two%20Phase%20Flow_JCai.pdf

Experimental study of water wetting in oil–water two phase flow—Horizontal flow of model oil

Validation of a one-dimensional wave model for the stratified-to-slug flow regime transition, with consequences for wave growth and slug frequency

Characterization of two-phase slug flow sub-regimes using flow visualization

http://www.icmt.ohio.edu/documents/publications/8069.pdf

W.P. Jepson

Papers

Slug flow and its transitions in large-diameter horizontal pipes