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  Catalog of Hydroskimming  Oil Refinery Mode Capacity Power Fabrication Period Area Skid Number Weight (BPD) (Kw/d) (month) (Acre) (Ton) MR150 15000 500 7 4 12 550 MR200 20000 650 7 5 14 700 MR250 25000 800 7 6 16 900   Product Yield of Hydroskimming Refinery   20,000 bpd   Refinery Generic Crude Oil Assay with API of 33.9°- CDU Yield Product Yield 20,000 bpd Light Gasoline 2.63% 526 bpd Light Naphtha 4.05% 810 bpd Medium Naphtha 9.14% 1828 bpd Heavy Naphtha 6.70% 1340 bpd Light Kerosene 9.90% 1980 bpd Heavy Kerosene 12.79% 2558 bpd AGO 15.47% 3094 bpd Atmos Residue 37.92% 7584 bpd Total 100.00% 20,000 bpd   Know How and Technology of Hydroskimming Refinery The modular oil refinery's core technology is based on the up to date internal technology from PCC. As we know internal's efficiency influence the unit size and energy consumption. We are the member of FRI(which is non-profit organization founded by most esteemed chemical company like Exxon Mobil, Shell, Dow, etc. And the m

  PCC's Modular Refineries are designed and fabricated in our manufacturing base located in Tianjin, China. As the name implies, all equipment is constructed in modules that are designed to be transported quickly and easily anywhere in the world.   Depending on the refining capacity, Modular Refineries can be designed and constructed with the major part of the work accomplished in our factory in a controlled atmosphere. This greatly improves efficiency and keeps costs low. We do as much of the work in our factory as possible, controlling man hours and material costs through the immediate access afforded by our on-site engineering and design facilities.   For the largest Modular Refineries some components (such as crude distillation columns) are too large to mount on skids and must be shipped separately. Before shipping and while still in our factory, we preassemble all of these components directly to the modularized process systems so field assembly is short and efficient.   Now th

  Application of LPG G as P lant   This LPG skid unit  is applicable to wellhead associated gas pretreatment, including dehydration, hydrocarbon recovery, compression, storage transportation and pressure regulation project, meets the requirement of skid mounted vehicular design, manufacture, and simple, flexible loading and installation at the well site.   Process Routes and Solution of LPG P lant E quipment According to the gas source and usages, we design to remove the heavy hydrocarbon in feed gas, produce LPG and stable light hydrocarbon, and make dry gas at the same time.   HSU -- Heavies Separation Unit   Heavies Separation Unit (HSU) is installed in conjunction with HRU. Once NGL has been removed from the natural gas stream, it must be fractioned into base components, which can be sold as C3 LPG and C4+ hydrocarbons products.   Now the LPG plant for sale   is low, anything you need, please contact us.   As a oil refinery engineering   company, we will provide more kinds of relat

  Process of LNG P rocessing   Plant After compression, the feed gas is processed by dehydration and heavy hydrocarbon separation units. Please see the attached PFD. Process description is detailed as follows:   Feed gas compress unit After measuring, the feed gas flows into the compress unit, and boosts the pressure to 2.4Mpag, pressurized gas flows into the dehydration unit. HDU: Dehydration Unit Remove H2O in the feed gas, output dry gas and control dew point lower than -80℃.   After gas sweetening unit (GSU), next process is dehydration unit (DHU). DHU is used to meet water content in the specification, and it can reduce water to 1ppm. The technology adopted is temperature swing adsorption (TSA).   LQU: Liquefaction Unit Liquefaction technology is based on refrigeration cycles, which takes hot and pretreated feed gas, cools and condenses it to cryogenic temperature into liquid product. Refrigerant is a part of natural gas, R22 and ethylene fluid being continuously recirculated.   N

  Heavy Hydrocarbon Removal  Unit Heavies Removal Unit (HRU) is used to remove C3+ hydrocarbons from feed gas. The operation of a HRU is based on the deep refrigeration provided by vapor ethylene to produce reflux to NGL recovery columns.   The process includes direct heat exchange process, NGL/LNG integrating process, and freezing process. HRU can be operated with or without liquefaction unit.   HSU -- Heavies Separation Unit Heavies Separation Unit (HSU) is installed in conjunction with HRU. Once NGL has been removed from the natural gas stream, it must be fractioned into base components, which can be sold as C3 LPG and C4+ hydrocarbons products.   3D Model of HRU   If you want to know more details of oil refinery engineering , please visit our website.