Gas conditioning systems are used to treat combustion turbine and engine fuel gas, as well as process & treat wellhead gas prior to transmission & distribution. In gas turbine applications, conditioning of natural gas is critical because it increases the longevity and performance of the turbine. In pipeline applications, conditioning of natural gas is required to meet stringent pipeline specifications for transmission of the treated gas to market.

Gas conditioning systems enhance fuel gas quality by eliminating condensate, filtering particulates, regulating pressure and controlling the temperature. Untreated gas can cause premature combustion component distress, erosion of components, and nozzle plugging.

CPT offers standard and custom designed systems to meet the requirements of each application, including fine filtration, coalescing filtration, process heating, pressure regulating, gas conditioning, and cooling. Most systems modular, skid mounted, with instrumentation and controls for local or remote operation.

Our experienced staff provides modular, cost effective solutions for every application using simulation software and 3-D modeling. Each project is assigned a dedicated team.

CPT vision is Better Every Day. Our goal is to provide the best customer experience in everything we do. We aim to be your trusted partner based on a foundation of genuine people, quality products, superior service and innovative solutions.


CPT’s process heating systems offer efficient and flexible designs to heating needs for a variety of process fluids. We offer multiple types of process heating technology, which can be incorporated into complete modular process systems, and controlled with state-of-the-art control systems suitable for any environment.

Custom control panels include power distribution & control, indicators & alarms, monitors and fill event management. UL and CSA certification capabilities. Our electrical engineers are proficient in programming and installing Programmable Logic Controllers (PLC).

Our design and system integration expertise can help to solve your most complex heating requirements, including both high temperature and high pressure designs.


  • Electric in-line process
  • Immersion
  • Indirect
  • Water bath
  • Gas fired
  • Exchangers
  • Hot Oil/Heat Transfer Systems


Slug catcher is a static equipment used in the upstream oil production facilities to minimize the slug from oil and gas pipeline. Fluids extracted from oil and gas reservoirs contain crude oil, natural gas, water, salts etc. The multiphase flow in a pipeline often leads to formation of slug flow. This multiphase flow is received in a large vessel in the crude oil processing and storage facilities where the oil, water and gases are crudely separated to remove the slug, hence the name.

Slug Flow

A multiphase flow in a pipe or pipeline sometimes results in a slug flow where the fluid gets segregated into plugs of liquids and gases flowing after one another in the same pipeline. These plugs of liquids and gases are called slugs. Slug flow can be formed in a pipeline due to a variety of reasons such as terrain ups and downs, higher gas velocity compared to liquid velocity, pigging etc. When liquid slugs arrive in an onshore oil processing facility, the liquid flowrate is significantly higher than the normally anticipated liquid flow for which the processing equipments are designed. Hence a buffer volume is needed to convert the slugs of oil and water into steady liquid flow going to the oil processing facilities. This buffer volume is provided by the slug catcher.

Slug Catcher Operation

A slug catcher provides a buffer volume to accommodate the intermittent high liquid flow in the form of a slug. Slug performs a very crude gas liquid separation and the liquids in the vessel can then be slowly drained to the downstream processing facilities at their design flow.

Types of slug catcher

Vessel type slug catcher is a simple two phase separation vessel. While the separation efficiency of the vessel is not critical for a slug catcher, the vessel volume is. The vessel needs to be large enough to accommodate large liquid slugs produced by a pipeline, especially during pipeline pigging. Since a oil and gas pipeline usually sees a very high pressure the large vessel has to be designed to withstand a high design pressure as well.

 Finger type slug catcher provides an answer to the economic problem of having to design a large buffer vessel at high design pressure. Finger type slug catchers use pieces of large diameter pipes instead of a conventional vessel to provide a buffer volume. Since pipe is easier to be designed to withstand high pressure compared to a vessel, this design is advantageous in that respect. However, large number of pipes is required to provide sufficient volume and this results in a large footprint for the slug catcher.

Parking Loop slug catcher combines features of the vessel and finger type slug catchers. A vessel is used for basic gas liquid separation, while the liquid buffer volume is provided by parking loop shaped fingers. From these fingers the liquid is slowly drained to the downstream processing equipments.