Es un video elaborado por niños de 3º Grado de la escuela primaria en que se narra cronológicamente la vida y obra del General José de San Martín.
En el mismo pueden observarse imágenes, textos y audios.
Es un video elaborado por niños de 3º Grado de la escuela primaria en que se narra cronológicamente la vida y obra del General José de San Martín.
En el mismo pueden observarse imágenes, textos y audios.
Insights Success is a platform that focuses distinctively on emerging as well as leading IT companies, their confrontational style of doing business and way of delivering effective and collaborative solutions to strengthen market share.Our magazine talks about leaders and orators from the world of technology, which includes CEO’s, CIO’s, VP’s, Managers and other professionals who had set a benchmark in the revolution of IT industry.
This thesis focuses on assessing and integrating the information available during the
beginning of the exploration phase when an exploratory well has been drilled and has
found a new accumulation. The studied data set consist of cores and fluid laboratory
analysis, logs, well testing and seismic. The main objectives are: (i) develop the static
and dynamic models from the outset of the exploration stage when the geological
framework is still poorly understood; (ii) predict reservoir properties, e.g., permeabilitythickness
product, reservoir average permeability and productivity index by applying
analytical and numerical solutions. In order to achieve the goals this thesis proposes an
innovative manner to model the reservoir based on hydraulic flow unit concept. The
workflow generated allows decoupling of geological rock facies from reservoir fluid
flow behavior.
The early data integration and modeling permits to identify and address the key
uncertainties concerning the discovery and to assist and buttress well test design and
interpretations. Moreover, it allows a preliminary understanding of the reservoir and
helps to guide the subsequent steps of the exploration.
The hydrocarbon accumulation consists of a deepwater carbonate reservoir revealing to
be highly heterogeneous and in general composed by thin layers displaying a significant
contrast in flow potential. Despite such heterogeneity the employed methodology
succeeds in adjusting a permeability curve with core measurements. Following the
workflow the entire upscaling process moving from cores to well-logs, from well-logs
to static model and finally, from static model to dynamic model is described.
Furthermore, all the steps to populate the models with petrophysical attributes and the
analytical methods to predict reservoir parameters are also presented.
Insights Success is a platform that focuses distinctively on emerging as well as leading IT companies, their confrontational style of doing business and way of delivering effective and collaborative solutions to strengthen market share.Our magazine talks about leaders and orators from the world of technology, which includes CEO’s, CIO’s, VP’s, Managers and other professionals who had set a benchmark in the revolution of IT industry.
This thesis focuses on assessing and integrating the information available during the
beginning of the exploration phase when an exploratory well has been drilled and has
found a new accumulation. The studied data set consist of cores and fluid laboratory
analysis, logs, well testing and seismic. The main objectives are: (i) develop the static
and dynamic models from the outset of the exploration stage when the geological
framework is still poorly understood; (ii) predict reservoir properties, e.g., permeabilitythickness
product, reservoir average permeability and productivity index by applying
analytical and numerical solutions. In order to achieve the goals this thesis proposes an
innovative manner to model the reservoir based on hydraulic flow unit concept. The
workflow generated allows decoupling of geological rock facies from reservoir fluid
flow behavior.
The early data integration and modeling permits to identify and address the key
uncertainties concerning the discovery and to assist and buttress well test design and
interpretations. Moreover, it allows a preliminary understanding of the reservoir and
helps to guide the subsequent steps of the exploration.
The hydrocarbon accumulation consists of a deepwater carbonate reservoir revealing to
be highly heterogeneous and in general composed by thin layers displaying a significant
contrast in flow potential. Despite such heterogeneity the employed methodology
succeeds in adjusting a permeability curve with core measurements. Following the
workflow the entire upscaling process moving from cores to well-logs, from well-logs
to static model and finally, from static model to dynamic model is described.
Furthermore, all the steps to populate the models with petrophysical attributes and the
analytical methods to predict reservoir parameters are also presented.
VanFUNDING 2016: Pitching Showcase Winner (My Green Space, Michael Moll)Craig Asano
VanFUNDING 2016 Oct 18th: Pitching showcase winner and Co-founder/CEO Michael Moll, pitch deck for 'My Green Space', a garden management app that helps people grow their own food with confidence.
Today is Pentecost. Who is it that is here in front of you? (Wang Omma.) Jesus Christ and the substantial Holy Spirit, the only Begotten Daughter, Wang Omma, are both here. I am here because of Jesus's hope. Having no recourse but to go to the cross, he promised to return. Christianity began with the apostles, with their resurrection through the Holy Spirit at Pentecost.
Hoy es Pentecostés. ¿Quién es el que está aquí frente a vosotros? (Wang Omma.) Jesucristo y el Espíritu Santo sustancial, la única Hija Unigénita, Wang Omma, están ambos aquí. Estoy aquí por la esperanza de Jesús. No teniendo más remedio que ir a la cruz, prometió regresar. El cristianismo comenzó con los apóstoles, con su resurrección por medio del Espíritu Santo en Pentecostés.