The project scope covered a wide range of multidisciplinary engineering tasks, including mechanical refrigeration, de-ethanization, and condensate storage. By integrating these systems, the plant aims to maximize the recovery of hydrocarbon liquids while delivering pipeline-quality sales gas to the market. The design also accounts for a potential Phase 2 expansion to accommodate increased production from surrounding development areas.

Ryan Arnold, Vice President of Business Development at Gas Liquids Engineering, noted that the project leverages the firm's decades of experience in liquids recovery and natural gas processing. Beyond the initial design and 3D modeling, the engineering team is currently providing ongoing support as the construction phase progresses. The facility emphasizes operational reliability and strict regulatory compliance to ensure long-term performance.