Performed root cause analysis and implemented corrective actions.Applied expertise in comprehensive root cause failure analysis.Determined root cause and provided corrective action to prevent future failures through investigation and analysis.Read and interpreted blueprints, technical drawings, schematics and computer-generated reports.Produced monthly reports using advanced Excel spreadsheet functions.Coordinated statistical data analysis, design and information flow.Leveraged analytics to drive business development, productivity and process improvement.Participated in continuous improvement by generating suggestions, engaging in problem-solving activities to support teamwork.

Responsible for monitoring and controlling the security and fire fighting system. Knowledge of the Cause and Effect diagram and DCS for decision making.Collection and preparation of documents for work permits, such as hot work permits, checklists, insulation certificates and systems drainage. Process preparation for maintenance activities.Management of operational information through ERP, accessing documents on short, medium and long term maintenance.Collection of operational data for descriptive analysis of the process plant situation.Excel for generating daily reports accounting for resource utilization, work in progress, daily production of oil, gas and produced water.Control and monitoring of operational variables such as pressure, flow, level, injection of chemicals and temperature,Operational management of three-phase and two-phase separation systems, gas compressors, centrifugal pumps, pipes, heat exchangers, boilers, distillers, nitrogen conversion units and air compressor and P&ID reading.

Perform mandatory inspections on safety and fire extinguishing equipment, verifying the operational integrity of the entire system as a routine.Monitoring, control and organization of the process plant and associated equipment such as: pumps, heat exchangers and pressure vessels, safely and effectively, and under the direction of the production supervisor.Collection and daily filing of operational data: pressures, levels, temperature, flow and liters per hour of chemical injected into the process plant and some abnormalities observed. Start and stop the entire production process, or isolated equipment for maintenance, such as: gas compression, hydrocyclones, degassers and various pumps. Provide information to the current production supervisor of the process, and in case of any observed emergency, take the necessary corrective measures through the support of protocols and manuals.

As an offshore chemical process analyst, the fundamental experiences of any offshore unit are focused on main fluids such as crude oil, treated oil, water produced in phase separation, heating and cooling water for both production and utility equipment. , natural gas, and I will highlight fluids and what types of analysis are specific to them for understanding.Crude and treated oil: BS&W, Salinity, Density, API grade, H2S content, and sand content. Natural gas; moisture; pH in triethylene glycol, Humidity, H2S, pH and the amount of MDEA (CO2 scavengers).Injection water: pH, residual sulfite, sulfide, iron, suspended solids and particle count, cations and anions, sulfates from the sulphate-removing membranes.Water produced: oil and grease content (TOG) by spectrophotometric analysis, pH, Salinity, H2S.Process water: pH, chlorides, hardness, residual chlorine and iron.Laboratory resource management and preparation of weekly inventory of equipment, solutions and reagent used daily. Registration of analysis results and preparation of online reports for Quality control of the product produced.Planned collection of samples and adequate storage for sending to research centers specialized in analyzes not possible on board.

As an offshore chemical process analyst, the fundamental experiences of any offshore unit are focused on main fluids such as crude oil, treated oil, water produced in phase separation, heating and cooling water for both production and utility equipment. , natural gas, and I will highlight fluids and what types of analysis are specific to them for understanding.Crude and treated oil: BS&W, Salinity, Density, API grade, H2S content, and sand content. Natural gas; moisture; pH in triethylene glycol, Humidity, H2S, pH and the amount of MDEA (CO2 scavengers).Injection water: pH, residual sulfite, sulfide, iron, suspended solids and particle count, cations and anions, sulfates from the sulphate-removing membranes. Evaluation ofWater produced: oil and grease content (TOG) by spectrophotometric analysis, pH, Salinity, H2S.Process water: pH, chlorides, hardness, residual chlorine and iron.Laboratory resource management and preparation of weekly inventory of equipment, solutions and reagent used daily. Registration of analysis results and preparation of online reports for Quality control of the product produced.Planned collection of samples and adequate storage for sending to research centers specialized in analyzes not possible on board.