09/06/2022 updated
100 % available
Senior Instrumentation and Control Engineer
Caracas, Venezuela
Venezuela
Microsoft WordMicrosoft ExcelAutoCADScientific InstrumentsAnalytical ThinkingArchitectureControl EngineeringDistributed Control SystemsElectricity GenerationInstrumentationOccupational Safety and HealthPipes (Fluid Conveyance)Hazard and Operability StudyMechanical EngineeringNational Electrical Codes
For oil and gas international corporations, electricity generation and distribution, chemical sector and for the food and beverage industry.
Prepare instrument datasheets (process sensors, transmitters, control valves, safety valves, regulators, actuators, positioners, discrete sensors, analytical instruments)
Specification and / or evaluation of analytical and conventional instruments.
Word, Excel, Power Point, Ouptlux medium level, SPI Instrumentationl, AutoCad and Calculation applications for Instrumentation, Calculation and selection by Fisher™ Valve Specification Manager, Masoneilan control valve sizing and Neles Valve selection software, Nelprof 6 - Metso, Software Valves –Jamerbury, ToolKit, FE-Sizer, Daniel, Online Emerson Calculation Application, Pipe Data and Vapor Table.
ISA - ISO, API-RP, AGA, IEC, NFPA, NEC, NEMA, ASME, OSHA, PDVSA, SHELL, EXXON MOBIL, OGP, PIP, SAUDI ARAMCO STANDARS, NORSOK STANDARS, KOC.
Piping and instrument diagrams P&ID, control logic development, support to process engineers
Participate in evaluation of instrumentation and control equipment.
Prepare control narratives.
Prepare cause and effect diagrams
Prepare system control architecture.
Specification programmable logic controllers: PLC and / or distributed control systems.
Participate in the hazard analysis assessments of HAZOP process, What If
Support customer procurement process with the preparation specifications and review of offers.
Prepare instrument list / alarm list, list of inputs and outputs of control equipment.
Supervision of personnel with less experience in this discipline
Participate in project status reports for client.
Perform and document the quality assurance of the deliverables accordance with procedures.
Prepare instrument datasheets (process sensors, transmitters, control valves, safety valves, regulators, actuators, positioners, discrete sensors, analytical instruments)
Specification and / or evaluation of analytical and conventional instruments.
Word, Excel, Power Point, Ouptlux medium level, SPI Instrumentationl, AutoCad and Calculation applications for Instrumentation, Calculation and selection by Fisher™ Valve Specification Manager, Masoneilan control valve sizing and Neles Valve selection software, Nelprof 6 - Metso, Software Valves –Jamerbury, ToolKit, FE-Sizer, Daniel, Online Emerson Calculation Application, Pipe Data and Vapor Table.
ISA - ISO, API-RP, AGA, IEC, NFPA, NEC, NEMA, ASME, OSHA, PDVSA, SHELL, EXXON MOBIL, OGP, PIP, SAUDI ARAMCO STANDARS, NORSOK STANDARS, KOC.
Piping and instrument diagrams P&ID, control logic development, support to process engineers
Participate in evaluation of instrumentation and control equipment.
Prepare control narratives.
Prepare cause and effect diagrams
Prepare system control architecture.
Specification programmable logic controllers: PLC and / or distributed control systems.
Participate in the hazard analysis assessments of HAZOP process, What If
Support customer procurement process with the preparation specifications and review of offers.
Prepare instrument list / alarm list, list of inputs and outputs of control equipment.
Supervision of personnel with less experience in this discipline
Participate in project status reports for client.
Perform and document the quality assurance of the deliverables accordance with procedures.
Languages
EnglishGoodSpanishNative speaker
Project history
Responsible for these discipline in project and control, planning according to requirement and priorities. establish level of responsibilities of assigned personnel, prepare the quality assurance plan, technical audits, risk analysis of project, negotiation documents and follow-up of needs that arise in the execution of project , propose solutions to project, attend weekly meetings with client to validate progress according to planning of execution strategy, keep track of project progress and HH expenditure.
INEOS Polymers Basic Engineering FEL-3 Increased plant:Increased plant, Evaluation and debottlenecking of existing facilities. Installed instruments were evaluated for reuse to optimize investment. Capacity and range of each installed instrument were assessed using actual from plant performance data. The system was simulated with the new process conditions, applied to control valves, On-Off (Ball, Knife and Butterfly), Thermowells, RTD temperature sensors, pressure gauges, pressure transmitters, differential and multivariable, flow meter elements orifice plates, Coriolis, Venturi, Oxygen Analyzers, PH and reduction.
BASF Preparation of data sheets for 250 instruments such as Control Valves, On-Off (Ball and Butterfly) Flow Elements (Anubar, Ultrasonic, Corioles, Magnetic, Thermal, variable area),Thermowells selection based on fluid velocity vibration, Pressure transmission, differential and multivariable, Analyzers.
KC Detailed Engineering, interconnection 2 new turbines type cogeneration, to generate 370 KW of electricity and steam from the heat recovery. 3D modeling of the route of cable tray trays, location of instruments elaborated in AutoCad 2D, Instruments drawing location, cables route and pipes, typical connection field instruments, list of materials and instruments.
Expansion-SPI. Introduction data to SPI (Smart Instrumentation Plan). P & IDs, instrument list, line list and pipe specification, to comply with the project quality parameters, it required me to develop a specific strategy that allowed location and data validation.
United Arab Emirates, Basic Engineering Technical audits, update of Basis and Design Criteria to development of engineering. Strategy for data collection and consistency checks, engineering of Gas and Fire detection system (Gas and Flame), process controls, emergency shutdown and fire water system, safety architecture, cause and effect diagrams.
Project “Orinoquia” development Basic Engineering for Reception, Storage and Shipment of 2000 t / h of Sulfur and 3000 t / h New Developments of rinoco Oil Belt. Scope project with facilities on land and offshore. Leader of discipline for on shore installations, audit conceptual engineering elaborated by others, make specification for contracting of SIL / SIS study of whole plant, telecommunications study, execution of products a basic Engineering , PLC specification, Instruments and analyzers , fire and gas detection system, CCTV protection system, Intruder detection and access control, instrument data sheets, cable signal lists, instruments control and supervision architecture diagrams, equipment location instruments, main route of trays, pipe and cable benches. Construction specifications and metric calculations, shared and audited the common documents of offshore area.
INEOS Polymers Basic Engineering FEL-3 Increased plant:Increased plant, Evaluation and debottlenecking of existing facilities. Installed instruments were evaluated for reuse to optimize investment. Capacity and range of each installed instrument were assessed using actual from plant performance data. The system was simulated with the new process conditions, applied to control valves, On-Off (Ball, Knife and Butterfly), Thermowells, RTD temperature sensors, pressure gauges, pressure transmitters, differential and multivariable, flow meter elements orifice plates, Coriolis, Venturi, Oxygen Analyzers, PH and reduction.
BASF Preparation of data sheets for 250 instruments such as Control Valves, On-Off (Ball and Butterfly) Flow Elements (Anubar, Ultrasonic, Corioles, Magnetic, Thermal, variable area),Thermowells selection based on fluid velocity vibration, Pressure transmission, differential and multivariable, Analyzers.
KC Detailed Engineering, interconnection 2 new turbines type cogeneration, to generate 370 KW of electricity and steam from the heat recovery. 3D modeling of the route of cable tray trays, location of instruments elaborated in AutoCad 2D, Instruments drawing location, cables route and pipes, typical connection field instruments, list of materials and instruments.
Expansion-SPI. Introduction data to SPI (Smart Instrumentation Plan). P & IDs, instrument list, line list and pipe specification, to comply with the project quality parameters, it required me to develop a specific strategy that allowed location and data validation.
United Arab Emirates, Basic Engineering Technical audits, update of Basis and Design Criteria to development of engineering. Strategy for data collection and consistency checks, engineering of Gas and Fire detection system (Gas and Flame), process controls, emergency shutdown and fire water system, safety architecture, cause and effect diagrams.
Project “Orinoquia” development Basic Engineering for Reception, Storage and Shipment of 2000 t / h of Sulfur and 3000 t / h New Developments of rinoco Oil Belt. Scope project with facilities on land and offshore. Leader of discipline for on shore installations, audit conceptual engineering elaborated by others, make specification for contracting of SIL / SIS study of whole plant, telecommunications study, execution of products a basic Engineering , PLC specification, Instruments and analyzers , fire and gas detection system, CCTV protection system, Intruder detection and access control, instrument data sheets, cable signal lists, instruments control and supervision architecture diagrams, equipment location instruments, main route of trays, pipe and cable benches. Construction specifications and metric calculations, shared and audited the common documents of offshore area.
- Master Plan Nestlé el Tocuyo. Automation of New Industrial Buildings, moving of machines for filling and packing food. Instrumentation update in food packaging and filling machines, addition of foreign body detecting equipment. Installation of new machines filling and packaging machines, detailed design for the installation of the systems: Detection and alarm of Fire, Voice and Data, with foresight for the future installation of a SCADA system.
- Gas Compressionn Centro Operative Campo Santa Rosa Operation Center: For construction evaluation completion, diagnostic report, review, modification and completion, product development and studies required to complete the design, construction and commissioning of system for collection, transportation, separation and start-up of the gas facilities installed in the Operational Control and Compression Center.
Construction and Installation of Instrumentation and Control Pre-Commissioning, Commissioning, and Start-up
and Fine Tuning / Troubleshooting. Slug Catchers, Three-phase Separators, Convection Ovens, Electrostatic
Dehydrators, Gas Compressors, Vapor Recovery Units, ANSI and API pumps, Gas Turbine driven Electric
Generators, Reverse Osmosis Units, Online Analyzers, Meters for Custody Transfer and Quality Control and
Communication, Gas and Fire Detection System and Fire Extinguishing.
and Fine Tuning / Troubleshooting. Slug Catchers, Three-phase Separators, Convection Ovens, Electrostatic
Dehydrators, Gas Compressors, Vapor Recovery Units, ANSI and API pumps, Gas Turbine driven Electric
Generators, Reverse Osmosis Units, Online Analyzers, Meters for Custody Transfer and Quality Control and
Communication, Gas and Fire Detection System and Fire Extinguishing.