1tpd and 2tpd and 3tpd low price oil refinery in lesotho

   
                                               
                                               
                                               
                                               
  • 1tpd and 2tpd and 3tpd low price oil refinery in lesotho

FAQ

  • QCan T1-T2 fluid mapping be used to characterize oil-bearing shale?
    AT1 - T2 fluid mapping has been established for gas shale that contains water or methane, but it cannot be simply adapted to characterize oil-bearing shales with complex hydrogenous constituents, such as water, oil, kerogen, and so on. Particularly, a deeper understanding of NMR relaxation behaviors of oil confined in shales is needed.
  • QWhat are 1D and 2D nanostructures?
    AWe will briefly introduce the 1D- and 2D-nanostructured materials themselves first, then overview the state-of-the-art on the 1D-2D synergized nanostructures, which are divided into three groups, namely, core/shell, cactus-like, and sandwich-like nanostructures (emphasis will be placed on the freestanding electrodes).
  • QHow will my order be packed, can you provide the installation service?
    APacked in plywood case.We will send English manual.
  • QWhat are the T1 - T2 maps for nc12-saturated shales?
    AThe T1 - T2 maps obtained for the nC12 -saturated shales include the crystal water ( T2 < 0.1 ms), nanopore space oil (0.1 ms < T2 < 20 ms) and macropore space oil (20 ms < T2) ( Fig. 9 ). The crystal water is characterized by a small T2 (0.04 ms) with long T1 relaxation times.
  • QWhat are the 3 types of 1d-2d synergized nanostructures?
    AFor better descriptions of the 1D-2D synergized nanostructures, which have versatile combinations, they can be grouped into three categories: core/shell, cactus-like, and sandwich-like 1D-2D synergized nanostructures. Figure 3 is a schematic showing the three categories of 1D-2D synergized nanostructures together with their applications.
  • QHow is kerogen dried?
    AThe kerogen was washed oil using a dichloromethane and acetone solution (3:1 in volume) under the pressure of 0.3 MPa and temperature of 90 °C for 72 h. Subsequently, the kerogen was dried at 110 °C for 24 h in a vacuum oven.
  • QDoes 1D pyrazol-1-yl pyridine (pzpy) bind to 3D MHP?
    AFan et al. incorporated 2- (1H-pyrazol-1-yl)pyridine (PZPY) into 3D MHPs, leading to the formation of a series of 1D or 1D/3D heterojunctions, realizing a thermodynamic self-healing ability with improved long-term stability 130. The 1D/3D MHPs displayed greater thermodynamic stability than pure 3D MHPs.