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  • Ethylene-Vinyl Acetate Copolymers
    While most of the newly installed LDPE/EVA capacities are based on tubular reactors, autoclave reactors are still relevant, especially for producing specialty-grade EVAs.
  • Ethylene-Vinyl Acetate Copolymers
    This report reviews the technology and evaluates the process economics for producing EVAs with a high-pressure autoclave reactor process and a high-pressure tubular reactor process.
    Although most of the new installed LDPE capacities are based on tubular reactors, autoclave reactors are still relevant.
  • Specialty Polyolefins
    VLDPE by a High-Pressure Autoclave Reactor Process Process Flow Diagram .
  • Polyethylene, Low Density
    Autoclave Reactors .....................
  • Polycarbonates
    • DPC Process 1— DPC from phenol by oxidative carbonylation using fixed-bed reactors • DPC Process 2— DPC from phenol by oxidative carbonylation using autoclave reactors .
  • Epoxy/Polycarbonates Business Strategic Units
    In the latter case, each of the two autoclave reactors is equipped with a rectifying column.
  • Hydrothermal processing of Hanford tank waste. Organic destruction technology development task annual report -- FY 1993
    Temperature Profile for Batch Autoclave Reactor Run 17 ...................
  • Ultrasound Analysis of Slurries
    An autoclave reactor allows for the ultrasonic analysis of slurry concentration and particle size distribution at elevated temperatures and pressures while maintaining the tempera- ture- and pressure-sensitive ultrasonic transducers under ambient conditions.
  • Polyethylene, Low Density
    The economics of these processes are compared with up- dated economics for the high pressure tubular and autoclave reactor processes, and with the Stamicarbon solution process (for HDPE), for which LDPE capability is claimed.