Compare the functions and applications in this category, then use the catalogue filters to narrow your requirement. Each topic includes detailed selection information and an enquiry form.
Gas dehydration removes water to meet a specified moisture requirement. Gas sweetening removes selected undesirable components, commonly acid gases, according to the process design. These are distinct treatment objectives within a gas-processing system.
Production and processing facilities use treatment packages to prepare gas for downstream equipment or export specifications. Feed variability influences the required operating envelope.
Filtration separates contaminants using a selected medium, while coalescing elements encourage small droplets to combine for separation. The appropriate arrangement depends on whether the target contaminant is solid, liquid or a combination.
Gas conditioning, liquid treatment and equipment protection use filter and coalescer systems. Contamination loading influences element life and pressure-drop behavior.
Chemical injection skids package storage, metering and controls for dosing chemicals into a process. A skid may serve one or several injection points, with different pumping, containment and monitoring arrangements.
Corrosion inhibition, scale control and process or water treatment use chemical injection. Chemical properties and the required dose determine wetted-material and delivery requirements.
Gas conditioning and pressure-reduction skids prepare gas for a defined downstream duty. Metering may be included to measure delivery, while filtering, regulation and protective functions follow the package design.
Turbine fuel supply, industrial gas users and transfer points use these assemblies. Flow variation and downstream pressure requirements affect the selected arrangement.
Flare systems handle specified gases through a designed disposal arrangement. Vapor recovery systems collect suitable vapors for reuse or further processing. The required function and gas conditions distinguish the two scopes.
Production facilities, processing plants and storage operations use engineered gas-handling systems. Relief scenarios and routine vapor sources need separately defined design cases.
Crude-oil desalting and electrostatic treating systems help separate water and associated contaminants from crude oil. The package combines process equipment and internals selected for the feed characteristics and treatment objectives.
Refinery feed preparation and production treatment use these systems. Crude composition, water content and operating variability influence the treatment duty.
Sulfur-recovery units process sulfur-containing streams within a selected process scheme. Tail-gas equipment addresses the remaining stream according to the plant's treatment objectives and licensor design.
Refineries and gas-processing facilities use sulfur-recovery and downstream treatment equipment where the feed and product requirements call for these processes.
