Apparatus and method for storing, mixing, metering, and injecting polymeric slurries into pipelines
OwnerRobert Hyatt, George Hyattinventors
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OwnerRobert Hyatt, George Hyattinventors
Estimating the term…
The present invention generally comprises a storage vessel for the polymeric slurry chemical, a vapor recirculation system, a chemical recirculation system, a means for chemical temperature control, a means for measuring storage vessel level, a means for metering and pumping chemical, and a means for controlling apparatus. The vapor recirculation system, chemical recirculation system, means for chemical temperature control, means for measuring storage vessel level, means for metering and pumping and means for controlling apparatus are housed in the pumping equipment container and are connected to the storage vessel by control conduits, and piping for vapors and liquid chemicals to make the complete apparatus. The apparatus is used to maintain slurry materials in a usable state and to inject the slurry materials as required for specific applications, such as injecting drag reducing agent into operating pipelines.
An apparatus to store, mix, meter and pump a slurry chemical material comprising:
An apparatus as recited in claim 1 further comprising a means for measuring storage vessel level, the means for measuring storage vessel level being received in the storage vessel to determine the level of the slurry chemical material inside the storage vessel and provide output of the slurry chemical material level.
An apparatus as recited in claim 1 further comprising a means for chemical temperature control, the means for chemical temperature control used to maintain the slurry chemical material to a predetermined temperature in the storage vessel to minimize the effect of the ambient temperature on the slurry chemical materials.
An apparatus as recited in claim 1, the means for mixing further comprises a vapor distributor piping and a vapor return distributor jet, the vapor distributor piping and the vapor return distributor jet are received inside the storage vessel, where one end of the vapor distributor piping is located at the top of the storage vessel and is connected to the vapor recirculation system and the opposite end of the vapor distributor piping is connected to the vapor return distributor jet near the bottom of the storage vessel, the vapor return distributor jet having a predetermined shape and is substantially cone shaped with the vapor distributor piping connected to the vapor return distributor jet at the pointed end of the cone shape such that the vapor recirculation system forces the vapor though the vapor distributor piping and the vapor return distributor jet to inject the vapor into the slurry chemical materials to allow the vapor to be absorbed back into the slurry chemical materials.
An apparatus as recited in claim 1, the storage vessel having a sloped bottom with a predetermined area that is smaller than the remainder of the storage vessel to direct the slurry chemical material to the inlet of the liquid recirculation system.
Dependencies are inferred from the claim text.