Current fluctuations and repeated trips
Review interface levels, emulsion layers, insulation and electrode condition together with power controls and protection.
Our engineering focus is electrostatic desalting and dehydration for heavy and viscous crude. We start with your oil properties and treatment targets, then coordinate the process, vessels, high-voltage supply and controls.

Review interface levels, emulsion layers, insulation and electrode condition together with power controls and protection.
Assess upstream water removal, staged treatment and interface control to define the feed conditions entering the electric field.
Evaluate available heating, demulsifier trials, mixing intensity and electric-field configuration together.
Review crude variability, operating data and sampling methods to define improvements and acceptance criteria.
Power waveform, frequency and control arrangements are evaluated against crude testing, installed equipment and project requirements.
Review density, viscosity at relevant temperatures, salt, water, solids, blend variability and available heating. Heavy crude and high viscosity are related design considerations, but must be characterized separately.
Evaluate available heating, wash-water quality, mixing and demulsifier trials together. Select operating conditions from crude data and testing rather than a fixed recipe.
Review staging, vessel internals, flow distribution, electrode power, interface control and brine handling as one system. Agree the configuration against the feed range and required outlet quality.
Define minimum, normal and maximum throughput, utility limits, supply boundaries and performance-test conditions. Project-specific targets follow technical review and the agreed feed envelope.
Send your crude assay, viscosity-temperature data, inlet salt and water, throughput, outlet targets and available utilities. For a retrofit, include existing drawings and operating records. We can identify the remaining information needed for an engineering review.