Abstract: Floating roof storage vessels including a vapor emission reduction system designed to be inserted into deck leg apertures, when the legs have been removed during hydrocarbon storage.
Abstract: A system of treating high nitrogen content waste water is disclosed, where the system includes a precipitation and conditioning subsystem, an ammonia stripper subsystem, and a denitrification subsystem. The system is adapted to reduce nitrogen contamination to level below about 10 ppm and in certain embodiments below 3 ppm.
Type:
Application
Filed:
September 20, 2013
Publication date:
March 27, 2014
Applicant:
KINDER MORGAN OPERATING L.P."C"
Inventors:
Randy A. Galgon, Allen Ray Stickney, Richard B. Steinberg
Abstract: A system of treating high nitrogen content waste water is disclosed, where the system includes a precipitation and conditioning subsystem, an ammonia stripper subsystem, and a denitrification subsystem. The system is adapted to reduce nitrogen contamination to level below about 10 ppm and in certain embodiments below 3 ppm.
Type:
Application
Filed:
September 20, 2013
Publication date:
March 27, 2014
Applicant:
KINDER MORGAN OPERATING L.P."C"
Inventors:
Randy A. Galgon, Allen Ray Stickney, Richard B. Steinberg
Abstract: A system of treating high nitrogen content waste water is disclosed, where the system includes a precipitation and conditioning subsystem, an ammonia stripper subsystem, and a denitrification subsystem. The system is adapted to reduce nitrogen contamination to level below about 10 ppm and in certain embodiments below 3 ppm.
Type:
Application
Filed:
August 11, 2010
Publication date:
December 20, 2012
Applicant:
KINDER MORGAN OPERATING L.P."C"
Inventors:
Randy A. Galgon, Allen Ray Stickney, Richard B. Steinberg
Abstract: A denitrification system is disclosed, where a plurality of biological regenerated adsorptive cells or units. Each cell includes a counterflowing absorptive media and waste water to achieve a two or three zone biomass nitrate/nitrite degradation environment. The system includes a backwash water recirculation loop and a media recirculation loop, where the media recirculation loop subjects the media a sufficient shear to dislodge dead microbes and/or weakly bound microbial films from the media surface, but insufficient to substantially reduce the particle size of the friable media. Nutrient supply and distribution and gas controls are used regulate cell characteristics.