Online Teaching

Teacher

UE San Martin de Loba, Venezuela

Oct 1992 - Jul 1993

Mathematics

Mathematic Teacher

UE Gonzalo Rincon Gutierrez, Venezuela

Oct 1990 - Jul 1992

Mathematics 1er, Mathematics 1er 2do Cs

? Contract Management: Supply of Chemicals Production and Related Services.
? Fluid Sampling.
? Maintaining the integrity of assets by applying appropriate chemicals for inhibition and mitigation of corrosion, fouling and others.
? Responsible for management of chemical production, analysis of liquid and solid samples in the laboratory.
? Laboratory staff advisor on best practices and implementation.
? Responsible for compliance and corrective actions to mitigate risks associ

? Development of Demulsifiers, Paraffin and Asphaltene dispersants, viscosity reducers, Anti-Foaming, Clarifier products for oil, water and gas treatment and oil dehydration.

? Development of Demulsifiers, Anti-Foaming and Clarifier products to the bidding process for the Petroquiriquire Company.

? Development of Demulsifiers, Anti-Foaming and Clarifier products to the bidding process for the Petroquiriquire Company.

? Status of Project meeting.
? Follow up field trials and laboratory test.
? Design of chemical treatments for wells and dehydrating plants.
? Evaluating and monitoring wells stimulation programs (asphaltenes, paraffins, Anti-Scale, Corrosive, bactericides, etc. mitigation).
? Realization of routine laboratory maintenance.
? Quality control of inputs and finished products.
? Extensive knowledge of API and ASTM standards for analysis of Oil, Gas and Water.

? Status of projects meeting.
? Follow up field trials and laboratory test.
? Design of chemical treatments for wells and dehydrating plants.
? Evaluating and monitoring wells stimulation programs (asphaltenes, paraffins, Anti-Scale, Corrosive, bactericides, etc. mitigation).
? Realization of routine laboratory maintenance.
? Quality control of inputs and finished products.
? Extensive knowledge of API and ASTM standards for analysis of Oil, Gas and Water.

? Status of projects meeting.
? Follow up field trials and laboratory test.
? Design of chemical treatments for wells and dehydrating plants.
? Evaluating and monitoring wells stimulation programs (asphaltenes, paraffins, Anti-Scale, Corrosive, bactericides, etc. mitigation).
? Realization of routine laboratory maintenance.
? Quality control of inputs and finished products.
? Extensive knowledge of API and ASTM standards for analysis of Oil, Gas and Water.

? Follow up field trials and laboratory test.
? Design, Evaluation and control of the different chemical treatments on wells and dehydration plant.
? Conducting special laboratory tests and quality control of products received.
? Monitoring and control of effluents plants.
? Procurement of materials and services for the lab.
? Inventory Control.
? Managing contracts with service companies and laboratory analysis.
? Extensive knowledge of API and ASTM standards for Ana

? Project status and Meeting with the Management.
? Follow up field trials and laboratory test.
? Design of chemical treatments for wells and dehydrating plants.
? Material identification and traceability.
? Monitoring and control of the manufacture of chemicals products (demulsifier, corrosion and Scale inhibitor, biocides, surfactants, etc.) for chemical treatment plants to oil companies in water injection and crude treatment.
? Control of plant equipment calibration.

Bachiller en Ciencias

IUP Santiago Marino, Venezuela

Oct 2004 - Jul 2010

El presente trabajo estuvo dirigido al estudio de los principales tipos de fallas que se encontraron en el sistema de generaci?n de vapor de Petroregional del Lago. Fueron analizadas las causadas por sobrecalentamiento (espec?ficamente por larga duraci?n, debido principalmente a las incrustaciones), corrosi?n y erosi?n, mostrando en cada caso evidencias fotogr?ficas de las mismas. Dentro de las originadas por corrosi?n y erosi?n se estudi? la composici?n del agua de alimentaci?n a las calderas y del condensado de retorno al sistema. Se realiz? un an?lisis sobre los posibles mecanismos de corrosi?n que contribuyeron a la degradaci?n y fatiga de los materiales met?licos que forman parte de las calderas y las l?neas de retorno de condensado, encontr?ndose que los mismos fueron la corrosi?n uniforme generalizada, la precipitaci?n de inorg?nicos tales como el carbonato de calcio y el sulfato de calcio y la erosi?n-corrosi?n causada por el alto contenido de s?lidos disueltos purga deficiente y una baja calidad del agua de alimentaci?n. Por ?ltimo se evalu? el programa de tratamiento qu?mico utilizado actualmente para el control de la corrosi?n en dicho sistema encontr?ndose que el mismo fue dise?ado para el tratamiento del condensado y condiciones ?ptimas del agua de alimentaci?n. En cada caso, se analizaron las caracter?sticas de los tipos de fallas, la forma como se produce y c?mo prevenirlas. Esto a trav?s de un dise?o de investigaci?n descriptiva de campo, basada en la observaci?n directa y utilizando t?cnicas de recolecci?n y an?lisis de datos cualitativas y cuantitativas.