Titanium alloy Cladding Chemical Reactor LETACCR

  • Titanium Reactors are very often specified for highly-corrosive industrial applications and are frequently used in processes in which chlorides are a component.

    Application: Chemical Process; Pharmaceutical; Oil & Gas Mining; Fresh and Sea Water.

    • Volume: 1000-500000liters.
    • Design pressure: maximum up to 200bar
    • Design temperature: Up to 300℃
    • Material:Titanium.

    Reactor Designs

    Base data

    • Working volume/ Material;
    • Working pressure/ temperature;
    • Heating method: Steam/ Oil/ Electric;
    • Seal type: Magnetic or mechanical

    Internal fittings

    • Internal heating/Cooling coils: Tube type or spiral coils;
    • Dip tube & temperature measure tube;
    • Shaft, Couplings & combined stirring paddle impeller;
    • Gas distributor. spargers & baffles

    Optional for pressure vessel

    • Solid Wall/ Full Jacket/ Half-pipe jackets/ Dimpled jackets;
    • Head type:Semi-elliptical/ Dished/ Hemispherical/ Flat;
    • Explosive clad steel for anti-corrosion high pressure conditions.

    Construction Materials(Titanium)

    • High strength
    • High resistance to stress corrosion cracking, corrosion fatigue and erosion
    • Ability to withstand hot/dry and cold/wet acid gas loading
    • Excellent resistance to corrosive and erosive action of high-temperature acid steam and brine
    • Weight saving possbilities
    • Good workability and weldability

    Note: Titanium cladding plates could be considered when pressure is large, base material for strength and titanium clad for anti-corrosion.

    • Titanium alloy Cladding Chemical Reactor LETACCR
    • Titanium alloy Cladding Chemical Reactor LETACCR