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Condensate Stabilizer

Condensate stabilizers are commonly used to separate lighter hydrocarbons and other gases from hydrocarbon liquids. The liquid hydrocarbon condensate is stabilized to allow for storage and transportation of liquid hydrocarbon condensate at atmospheric pressures. Condensate stabilization meets the Reid Vapor Pressure (RVP) of 9-12 PSI.

  • Spitzer Industries offers standard condensate stabilizer units for reduced lead time and cost.
  • Spitzer Industries also offers customization of our condensate stabilizer units to meet your stabilization needs.
  • Spitzer Industries condensate stabilizer units are modularized for quick placement onto your facility for gas treating. This includes a skid mounted stabilizer column removing the need for a pad for the column.
  • Spitzer Industries has over 20 years of fabrication experience.

Standard Packages

Optional Features

Process Description

Standard Packages

Spitzer Standard Condensate Stabilizer units are designed with two separate packages. The Absorber Tower package and the TEG Regeneration package. The absorber tower package and TEG regeneration package can combined in different configurations to meet the client’s product gas specifications and design requirements.

  • Spitzer standard condensate stabilizer is offered in 2000 BPD and 5000 BPD feed rates
  • Stabilizer standard stabilizer columns are offered with structured packing
  • Spitzer standard condensate stabilizer unit includes an inlet filter and stabilizer cross exchanger
  • Direct fired reboiler with BMS
  • Pneumatic controls

Optional Features

Spitzer Industries offers custom engineered and fabricated condensate stabilizer units designed to meet your specifications and needs. Below are several optional features that Spitzer provides:

  • Inlet separator (2 or 3 phase)
  • Trayed stabilizer columns
  • Split feed to stabilizer tower
  • HMO reboiler with HMO system
  • Overhead gas and stabilized NGLs coolers
  • Overhead compression or blow case unit
  • Onshore and offshore specification compliance
  • Electric controls

Process Description

The hydrocarbon condensate feed is flashed to a low pressure of 100 to 200 PSIG at the inlet of the stabilizer unit. After passing through inlet filtration and the stabilizer cross exchanger the heated condensate liquid enters the top of the stabilizer tower. After entering the stabilizer tower the condensate will run counter current to the heated gas rising from the reboiler. This will remove the higher dewpoint hydrocarbons as a product vapor to the stabilizer overhead line. The stabilized liquid from the stabilizer tower bottoms in cooled in the cross exchanger and sent to tankage for storage.

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