Case Studies

Dense-phase CO₂ pipelines operate in a thermodynamic region where small variations in pressure and temperature produce disproportionately large changes in fluid properties. Conventional FEED tools simplify this behavior, leading to design errors when pipelines encounter temperature swings, elevation changes, startups, or shutdowns. This case study demonstrates how the Vanmok CO₂ Simulator was used to evaluate an industry-scale pipeline and determine

Vanmok offers leak detection solutions that are highly cost competitive in the market. Our upstream customers prioritize low investment and maintenance costs for their production-related gathering and water disposal systems. This case study compares the total installed cost of Vanmok Cloud based leak detection solution with competing technologies in emulsion and salt water applications. Problem: As public awareness of pipeline

Vanmok offers leak detection solutions that are highly cost competitive in the current market. Our midstream customers, particularly those with short or Type A gathering pipelines, seek results with the lowest possible investment and maintenance costs. This case study compares the total installed cost of Vanmok Cloud solution with a CPM-based approach in short midstream applications involving refined and partially-refined

This case study explores how Vanmok Leak Detection assisted a major USA pipeline operating company in achieving regulatory compliance with the new Pipeline and Hazardous Materials Safety Administration (PHMSA) final rule for rupture detection on Short Lines. The customer sought a leak detection solution that offered high sensitivity and reliability while minimizing costs. Vanmok’s cost-effective LD Cloud solution, which relies