Gas Liquids Engineering (GLE) specializes in the engineering and project execution of liquids-processing facilities for oil, condensate, NGL, LPG, olefinic streams such as propylene, purified product streams including ethane, propane, and butane, and liquid CO₂. GLE supports projects where liquid products must be treated, stabilized, fractionated, blended, pumped, and conditioned to meet defined commercial and regulatory specifications for storage, transportation, and sale.
GLE’s liquids-processing experience extends from inlet liquids handling through treating, stabilization, fractionation, blending, pumping, and product storage and loading, supporting both greenfield developments and brownfield upgrades.
Pembina – Younger Gas Plant Flare System Upgrade
GLE provides comprehensive liquids-processing engineering services across a wide range of applications.
Pembina – WASX DCS Control Panel
Pembina – WASX DCS Control Panel
Multi-stage stabilization and conditioning systems with vapour recovery and off-gas handling.
Treatment systems to reduce H₂S and sulphur compounds in liquid streams, supporting safety, product quality, and regulatory compliance.
Caustic-based and molecular-sieve systems for mercaptan reduction in condensate, LPG, NGL, and olefinic streams to meet product sulphur specifications.
Free-water separation and dehydration solutions to meet pipeline, storage, and sales-quality water content limits.
Fractionation systems supporting production and handling of ethane, propane, butanes, and condensate, including product treating and specification control.
Blending facilities for butane addition to condensate or crude streams to optimize product specifications and support commercial flexibility.
Facilities for purification, dehydration, and distillation of CO₂ streams to meet product quality and handling requirements.
Design and specification of process and transfer pumps, pump stations, and LACT systems, including custody-transfer metering, duty/standby configurations, variable-speed drives, seal systems, surge considerations, and integration with control, measurement, and safety systems.
Vapour recovery units (VRUs), compression, and emissions-reduction systems integrated with stabilization, blending, pumping, and storage facilities.
Atmospheric and pressurized storage, truck and rail loading, LACT interfaces, pumping and blending systems, and associated safety and control systems.
Facilities for handling, separation, storage, transfer, reuse, and disposal of frac-water and produced-water streams, including oil–water separation, solids handling, and integration with trucking, pipeline, or disposal systems.
GLE designs liquids-processing facilities with a clear focus on delivering products and managed water streams that meet defined commercial and regulatory specifications, including:
Specification requirements are incorporated early into process selection, equipment sizing, and system design to support reliable compliance under expected operating conditions.
GLE has extensive experience upgrading existing liquids-processing facilities while maintaining operations. Typical programs include:
These projects are developed with a strong focus on constructability, outage minimization, and predictable start-up.
From small brownfield upgrades to large-scale greenfield developments, GLE delivers results that move projects from concept to reality. See how we’ve turned vision into performance — explore some of our projects below.
To engineer reliable, forward-thinking energy solutions with safety, sustainability, and client value at the core of everything we do.
Gas Liquids Engineering Ltd. is a multi-disciplinary engineering firm specializing in oil & gas, power generation, and industrial facility solutions. With a strong focus on safety, sustainability, and technical excellence, we deliver tailored engineering, procurement, and project management services across North America and globally. Trusted by industry leaders, GLE combines innovation and proven expertise to power complex projects from concept to completion.
Gas Liquids Engineering (GLE)
