The project encompasses a full suite of multidisciplinary engineering services, including mechanical refrigeration, de-ethanization, and condensate storage. By integrating these systems, the plant will recover hydrocarbon liquids from inlet gas while ensuring the remaining output meets pipeline-quality standards. The design also incorporates a modular approach to accommodate a potential Phase 2 expansion as production demands evolve.
Gas Liquids Engineering managed the entire technical scope, from initial 3D modelling and equipment specifications to regulatory compliance and ongoing construction support. Ryan Arnold, Vice President of Business Development at GLE, noted that the project leverages the firm's decades of experience in liquids recovery and natural gas infrastructure. With the construction phase active, the facility is prioritized for operational reliability and long-term performance.

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