Our Projects

HPF analyzed hydraulics of a produced water pipeline network with multiple entries and takeaways. We extracted GIS data from the producer’s KMZ file to create a hydraulic simulation in ProMax and fulfilled the engineering and design of the standard facility with:

• Process Engineering and Modeling
• Booster Pump Location and Recommendation
• Booster Pump Riser and electrical design

• HPF produced the design of a new cooling water tower, circulation pumps, boiler, and above ground header system to replace old equipment and below ground pipe
• HPF 3D scanned the existing pipe racks and equipment areas for pipe design
• HPF specified and selected all equipment for purchase
• HPF simulated and created performance runs for existing compression at the facility

HPF designed two 20-mile pipelines, including launcher/receivers, rises, LACTs, PD pumps, and a gas separator. HPF created all instrument and electrical designs including switchracks, pump VFDs, and PLC design. HPF performed the engineering and design of the standard facility including the following:

• Process Engineering and Modeling
• Pipeline Alignment Sheets
• Hydrotest Calculations
• Mechanical and Piping Design
• 3D Model
• Electrical Design
• Instrument Specification
• Control Engineering, Cause and Effect, Controls Narrative

HPF performed the engineering and design of the standard facility including the following:

• Process Engineering and Modeling
• HSE/Risk Analysis
• Mechanical and Piping Design
• 3D Model
• Electrical Design
• Instrumentation and Automation Engineering
• Civil/Structural Design

HPF is an industry leader in helping operators move from traditional tank batteries to next-generation tankless solutions. Tankless designs do the following:

• Lowers upfront capital costs
• Significantly reduces emissions
• Minimizes environmental and safety risk
• Creates a more compact and efficient facility footprint.