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  • Vapor Recovery in Natural Gas (.pdf)
    Recovering methane gas vapors from tank batteries is not a new application for most owners and operators of oil-and-gas production companies and crude-oil storagetank facilities. However, the economics for justifying the installation of Vapor Recovery Units (VRUs) on tank-batteries vary
  • Software Provides Insight into Solvent Recovery Operation
    proceeding to the next print station. Depending on the job, the paper may pass through as many as 12 stations. The air used for drying the paper is collected with a manifold duct system and connected to the solvent recovery system, which recovers solvent vapors - primarily toluene - from the air
  • Solvent Recovery South of the Border
    payback. Adsorption on activated carbon has been utilized for vapor phase solvent recovery for several decades and has proven to be a relatively simple, reliable and economical method of recovering solvents for reuse and as a means of preventing air pollution. It is one of the few air pollution control
  • Biogas Thermal Mass Flow Meter Improves Operation of S.P.M. Feed Company's Methane Recovery System (.pdf)
    measurement applications present several. challenges in selecting the proper flow meter: On-Farm Methane Recovery. Decomposition of livestock waste on feed mil farms and other. g Low flow sensitivity due to the low flow vapor recovery. agricultural operations is a major source of methane-rich biogas. from
  • Biogas Thermal Mass Flow Meter Improves Operation of S.P.M. Feed Company's Methane Recovery System (.pdf)
    to the low flow vapor recovery. agricultural operations is a major source of methane-rich biogas. from the digester process. when harvested as fuel gas. Rather than emit greenhouse. g Temperature compensation for correct readings. gases into the environment, modern farm operations invest. in varying
  • Solvent Recovery System Keeps Presses Rolling At World's Largest Gravure Printing Plant
    energy recovery systems to capture heat from the desorption vapor. The recaptured heat is used to produce fresh steam to continue desorption of the carbon bed. This innovation reduced steam usage more than 40 percent and will return the capital invested in less than three years. It also eliminates
  • Control VOC's in Refinery Wastewater
    source of contaminated process wastewater and typically also has the highest BTEX content. At several refineries the desalter effluent flow has been as high as 50% of the total wastewater flow and over 70% of total BTEX discharge. Closed-loop vapor recovery unit reduces HAP/VOC emissions
  • The Sorbead Quick Cycle Process for Simultaneous Removal of Water, Heavy Hydrocarbons and Mercaptans from Natural Gas
    the removal of heavy hydrocarbons, mercaptans, water and, through integration with amine treating, enables H2S / CO2 removal without an additional dehydration unit. The benefits of the improved quick-cycle process can include amine plant operations with reduced foaming, improved sulfur recovery rates

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