FAC Institute's Hydrate Prediction and Prevention service provides essential technical support to ensure the safe and efficient operation of oil and gas pipelines. Hydrates are crystalline solids formed from water and hydrocarbon gases under low-temper...
Pipeline Packing and De-Packing Analysis
Packing and De-Packing Analysis is a key technology at the Flow Assurance Institute (FAC Institute) for Transient Simulation and pipeline system design in flow assurance. This service focuses on analyzing fluid packing and de-packing processes in long-...
Pipeline Leakage Analysis
The pipeline leakage analysis service provided by the Flow Assurance Institute (FAC Institute) is a critical technical support focused on oil and gas pipeline safety and reliability. Through simulating fluid leakage processes and their impacts on the s...
Pipeline Erosion and Corrosion Analysis
FAC Institute's pipeline corrosion and erosion analysis services aim to help clients address corrosion and erosion challenges in oil and gas pipelines under complex fluid conditions. Through in-depth numerical simulations of fluid flow characteristics ...
Pipeline Startup and Shutdown Simulation
The Flow Assurance Consulting Institute provides pipeline startup and shutdown simulation analysis services, offering essential technical support to ensure safe operation of oil and gas pipelines under various operating conditions. Operations such as s...
Wax Deposition Analysis
Flow Assurance Consulting Institute provides essential technical support services for wax deposition simulation and wax analysis to ensure the efficient operation and safety of oil and gas pipelines. During the flow of oil and gas, temperature and pres...
Slug Simulation & Analysis
Slug flow is a highly challenging phenomenon in gas-liquid two-phase flow, especially in oil and gas production and pipeline transportation. The pressure fluctuations and liquid accumulation caused by slug flow can have a significant impact on equipmen...
Piping Vibration Analysis
Vibrations in piping systems can arise from interactions between the transported medium and the mechanical properties of the system. These vibrations are problematic because they waste energy, produce unwanted noise, and can cause mechanical failures d...
Pulsation Analysis for Reciprocating Equipment
Pulsations caused by reciprocating equipment such as pumps and compressors can lead to vibrational problems in piping systems. Several API standards provide guidelines to ensure vibrations don't exceed failure limits. At FAC Institute we offer engin...
Computational Fluid Dynamics (CFD) Analysis
The FAC Institute utilizes advanced Computational Fluid Dynamics (CFD) technology to provide a wide range of precise flow assurance services to the oil and gas industry. Through numerical simulations, this technology enables in-depth analysis of fluid ...