Jefferson - Ingeniero de Procesos con experiencia en optimización de producción y gestión ambiental

Experiencia en mejorar la eficiencia de procesos mediante tratamiento químico y monitoreo de corrosión en entornos industriales.

Capacidad para liderar procesos de recertificación y mantener sistemas de gestión ambiental y de calidad certificados.

Implementación de procedimientos seguros, logrando ambientes laborales libres de accidentes en operaciones críticas.

Aumento significativo de la producción mediante estrategias integradas de tratamiento químico y sistemas de levantamiento artificial.

Especialista en mantenimiento de tasas de corrosión y optimización de inhibidores en sistemas de proceso.

Maintained corrosion rate below 1 mpy in distillation overhead systems, meeting ASTM/NACE standards while optimizing inhibitor dosage., Reduced laboratory analysis response time by 15% (crude, water, %BS&W, °API, chlorides, pH), accelerating operational decision-making., Reduced urgent purchase orders by 20% through accurate consumption forecasting, ensuring stock availability., Achieved >98% monthly compliance of analytical program using Power BI/Excel dashboard for critical KPI tracking., Delivered zero major non-conformities in internal and external ISO 9001, 14001, and 45001 audits.

Actively participated in ISO 14001:2015 / 9001:2015 recertification (NQA/Bureau Veritas 2023), achieving 100% effectiveness of the Integrated Management System., Strategically relocated chemical injection point, achieving 5% reduction in corrosion inhibitor consumption and 20% reduction in anti-coking additive., Formulated and successfully tested a new demulsifier for cold gas-lift wells on offshore platforms, reducing crude/water separation time by 30% and optimizing surface treatment capacity.

Standardized 25 operational procedures through safe work guides and instructions., Achieved zero accidents in critical areas during tenure., Developed and executed the Annual HSE Training Program with 100% participation., Led emergency plan updates, aligning them with newly identified risks in the hazard matrix.

Increased gross production by 20% in peripheral fields through chemical treatment optimization and artificial lift systems., Comprehensively evaluated LRP system across 12 active wells in Cabimas field, reducing failure-related downtime by 15%., Designed and optimized artificial lift systems: Beam Pump, Linear Rod Pump (LRP), Electric Submersible Pump (ESP), Progressive Cavity Pump (PCP), and Gas Lift.

Assisted in design, construction, and repair of ULE gas pipeline and refinery construction, assembly, startup, and instrumentation., Conducted technical visits to AMUAY and CARDON refineries (crude distillation, vacuum conversion, and fluid catalytic cracking units).