• Surge analysis and dynamic simulation of pumped pipeline systems and networks. • Preparing conceptual hydraulic designs, to advise on optimum pipeline routing and sizing, equipment selection and operating philosophy. • Pump selection and optimisation of wet well volumes, with switching levels, to minimise the number of pumping cycles and reduce energy costs. • Air valve selection and calculation of pipe diameters with gradients that will ensure stable flow development in drained sections of descending pipelines. • Commissioning support and trouble-shooting on-site, with transient flow and pressure measurement/recording. • Feasibility, capital and running cost estimates of pumping and pipeline systems ♦ Flow Assurance Studies ♦ Multiphase Flow Modeling ♦ Pipeline Efficiency Studies ♦ Surge Analysis Studies ♦ Thermal Analysis Studies ♦ Pipeline Leak Detection and Feasibility Studies