Mostrando entradas con la etiqueta Ingeniería de Petróleo. Mostrar todas las entradas
Mostrando entradas con la etiqueta Ingeniería de Petróleo. Mostrar todas las entradas

DESCARGAR LIBROS DE REFINACION

jueves, 19 de marzo de 2009

  • Introducción a la refinación del petróleo
  • Análisis termodinámico de procesos de refinación
  • Simulación de procesos de refinación
  • Análisis macroscópico de los fenómenos de transporte en procesos de refinación



  • Composicion de los petróleos crudos y de los productos petrolíferos.
  • Fraccionamiento y análisis elemental de los crudos petrolíferos y sus cortes.
  • Caracterización de crudos y de productos petrolíferos.
  • Métodos de cálculo de las propiedades físicas de los hidrocarburos.
  • Características de los productos petrolíferos utilizados con fines energéticos.
  • Características de los productos petrolíferos no energéticos.
  • Normas y especificaciones de los productos petroliferos.
  • Evaluación de los crudos de petróleo.
  • Aditivos para combustibles y lubricantes.
  • Introducción al refino.
  • Anexo 1: Tablas con las característica principales y necesarias para calcular las propiedades útiles de los compuestos puros más usuales encontrados en la industria del petróleo.
  • Anexo 2: Principales métodos de ensayo normalizados de productos petrolíferos.
  • Bibliografía.
  • Índice analítico
ENGLISH VERSION
DOWNLOAD BOOKS TO REFINE FREE

DOWNLOAD ASTM PETROLEUM MEASUREMENT TABLES



En este post les dejo específicamente la Tabla N°23 del ASTM PETROLEUM MEASUREMENT TABLES la cual es de gran utilidad ya que permite obtener el API de una muestra de petróleo crudo a 60°F (aprox. 15.56 °C) que es la temperatura estándar para reportar aquellos valores.

Normalmente las condiciones de laboratorio no están a 60°F, por ejemplo supongamos que estamos en una región como Lima en la cual la temperatura en un día alcanza los 20°C, unos 68°F y que nuestra medida de API obtenido es 33.1, ahora bien ese API no es el adecuado para hacer un reporte estándar (60°F) por lo que debemos recurrir a la tabla anteriormennte mmencionada para hacer la corrección.

En dicha tabla hay un eje X (por así decirlo) con los valores de gravedad específica y un eje Y con los valores de Temperatura observados, es decir experimetales; los ubicamos y el sencillo trabajo será intersectarlos hallando la gravedad específica (y por consiguiente API) a una temperatura estándar de 60°F la cual es adecuada para hacer un reporte estandarizado de API de petróleo crudo.


ENGLISH VERSION
DOWNLOAD ASTM PETROLEUM MEASUREMENT TABLES
In this post I will specifically Table No. 23 of ASTM PETROLEUM MEASUREMENT TABLES which is very useful because it allows the API to obtain a sample of crude oil at 60 ° F (approx. 1556 ° C) which is the standard temperature to report those values. Normally, laboratory conditions are 60 ° F, for example suppose that we are in a region such as New York where the temperature in one day reaches 20 ° C, approximately 68 ° F and our measure of API is up 33.1 However this API is not adequate for a standard report (60 ° F) and we must resort to the table anteriormennte mmencionada to make the correction. In this table, there is an X-axis (so to speak) with the values of specific gravity and a Y axis with the values of temperature observed experimetales ie, those located and easy to find work will intersect the specific gravity (and therefore API ) to a standard temperature of 60 ° F which is adequate to make a report standardized API crude oil.DOWNLOAD / DOWNLOAD ASTM PETROLEUM MEASUREMENT TABLE
Note: It's a literal translation

BALANCIN PETROLERO EN TALARA

miércoles, 18 de marzo de 2009

Este video es uno más de los que filmé en mi último Viaje a Talara en Diciembre del año pasado; en primera plana podemos ver un balancín comúnmente conocido como "caballito" haciendo su típico movimiento de bombeo en el Lote IX correspondiente a Unipetro.

En el video también se puede apreciar la perspectiva desértica Talareña con el Tablazo al fondo, por si las dudas un tablazo es una zona geológica relativamente joven que se encuentra en proceso de levantamiento, podemos escuchar el sonido mecánico que produce el caballito en su proceso de bombeo que al extraer el petróleo lo envía hacia un separador de fluidos que en el video se encuentra al costado con unas tuberías amarillas (tiene forma de cilindro alargado) ahí se separan los fluidos gaseosos de los líquidos; los líquidos petróleo y agua irán a través de tuberías hacia los tanques de almacenamiento primarios para su posterior separación de fases mientras que el gas separado a través de un sistema circulatorio se irá despojando de su humedad pues se reutilizará en el funcionamiento de los caballitos de este lote. También cabe mencionar que el separador tiene una numeración que acumula fluidos cada medio barril y al llegar al límite lo suelta como una especie de bomba de inodoro, conduciéndolo hacia las tuberías anteriormente mencionadas.

Finalizando la breve descripción, también podemos apreciar a otros 2 caballitos en el fondo; desconozco el total de balancines en este lote pero su producción diaria (del lote en conjunto) es alrededor de los 300 bpd. Los muchachos que se ven en el video son amigos míos que formaron parte del curso.

ENGLISH VERSION
This video is one of those filmed on my last trip to Talara in December last year, at first we see a flat rocker commonly known as "horse" by the typical pumping motion in Block IX for Unipetro.
In the video you can also appreciate the perspective desert Tablazo Talareña with the substance, if one doubts Tablazo is a relatively young geological area that is being lifted, we can hear the sound produced by the mechanical horse in the process of Pumping rioja andalusia draw sends oil to a fluid separator in which the video is on the side with a yellow pipe (shaped like a cylinder elongated) there are separated from the liquid-gas fluid, the liquid oil and water through iran pipe to the primary storage tanks for subsequent phase separation while the separated gas through a circulatory system will be stripped of its moisture as it is reused in the operation of the horses of this lot. It is also noted that the separator has a fluid that accumulates each numbering half barrel ceiling rioja andalusia andalusia get loose as a kind of toilet pump, driving down the pipes above.
Finalizing the brief description, we can also appreciate the other 2 horses in the background; know the total beam in this lot, but its daily production (in the batch as a whole) is about 300 bpd. The guys you see in the video are friends of mine who were part of the course.

IMAGENES PETROLERAS

Y para terminar de postear por hoy les dejo con algunas impresionantes imágenes petroleras































DESCARGAR LIBROS DE INGENIERIA DE RESERVORIOS












DESCARGAR PETROLEUM ENGINEERING PRINCIPLES - ARCHER

sábado, 14 de marzo de 2009


  • Introduction
  • Reservoirs
  • Oilwell Drilling
  • Properties of Reservoirs Fluids
  • Characteristics of Reservoir Rocks
  • Fluid Saturation: influence of wettability and capillary pressure
  • Relative permeability and multiphase flow in porous media
  • Representation of volumetric estimates and recoverable reserves
  • Radial Flow Analysis of Well Performance
  • Reservoir Performance Analysis
  • Secondary Recovery and Pressure Maintenance
  • Improved Hydrocarbon Recovery
  • Factors Influencing Production Operations
  • Concepts in Reservoir Modelling and Application to Development Planning
  • SPE Nomenclature and Units
  • Solutions to Examples in Text
ENGLISH VERSION
Petroleum Engineering Books

GLOBAL DRILLING AND PRODUCTION

viernes, 13 de marzo de 2009

The hardest-hit areas are mostly where NOCs are not, such as the US and Canada. Many NOCs are cash flush, but some IOCs and independents need credit.

Global oil production was nearly flat in 2008, up just 0.27%. It would have been up considerably more, but the crash in prices, plus OPEC production cuts in the last three months of the year, caused Saudi Arabia, Angola and others to reduce output well below capacity. It was a classic bubble: Sky-high oil prices caused dramatically increased drilling and new projects, which, after delays and high well-construction costs, finally came online just as prices were crashing. This was partly because oil-importing countries were exporting increasing amounts of cash to the exporters. The result was way too much production just as demand was crashing.

Operators are waiting to see whether OPEC solidarity will be successful in cutting production to meet the steep drop in global demand, thus returning prices to $75 levels, which is the goal. However, if OPEC is not careful, too-high prices could easily forestall any fragile economic recovery, assuming one occurs, and that would again decrease demand, re-starting the high price - demand destruction - low price cycle.


World crude/condensate production by countries, 2008 and 2007*


Where there are independents and small operators-actually, any company that isn’t flush with cash from the past four years of boom-the worldwide credit crunch will take its toll in 2009: We expect a 3.9% drop in drilling outside the US. This predicted falloff is much smaller than in the US, due to the power of the NOCs, which are not as dependent on credit as are the international companies, are cash-rich from the last several years, and often explore and drill for nationalistic, strategic and domestic economic reasons rather than purely for profit. The IOCs have enough money to see most of the expensive projects through, but as they are investor driven (i.e., stock price), they can be expected to lay off personnel and cancel some drilling that has not been committed to. Also, the US has a peculiar exposure to natural gas price sensitivity.

North America. Last year, a steep downturn in Canadian drilling led us to predict a 5% drop in drilling outside the United States for 2008. As it turned out, the Canadian drop was significantly softened last year, such that the country drilled “only” about 1,800 fewer wells than in 2007 instead of the predicted 4,664. This better-than-expected performance is partly due to the resurgence of the US dollar relative to the Canadian loonie, which improved the return on oil and gas exports to the US.

Another factor, which is also affecting the US, is falling productivity per gas well, as producers turn increasingly to unconventional gas. It now requires more than three times as many wells to be drilled just to keep gas production flat. Also, gas prices need to stay high-somewhere in the $6 - $8 (wellhead) range to make the unconventional gas drilling profitable. Thus far, domestic gas demand in the US and Canada remains relatively steady, especially for such stalwart industries as electricity production and Canadian bitumen (oil sands) extraction and upgrading.

When included with the rest of the world, Canada’s 2008 performance led to a net increase of about 2,300 wells drilled outside the US compared to 2007.

Canadian governmental agencies and oily organizations expect Canadian activity to be off another 7% in 2009, while we think that US drilling will fall 20% (see page 55).

On the production side, we expect a hefty “cooling off” of the tar sands projects, which has already begun, with many cancellations and delays announced. These require high prices to be economic, especially with thermal recovery operations.

Operator enthusiasm for Mexico’s oil reform passed late last year is somewhat cooled by the government’s failure to make key appointments on deadline, as required by the legislation. At the earliest, the reform will probably increase Mexican drilling activity in 2010. Meanwhile, we forecast Mexico to drill 600 wells in 2009, about 9% down from 660 last year. Production from the giant Cantarell Field fell 32% to 1 million bopd in 2008. Overall output is down about 10%. The government still talks about a $30 billion high-density, multi-lateral drilling campaign to realize the considerable potential of the onshore/shallow-water Chicontepec Basin, which has been drilled since 1926.

On the gas side, Mexico improved its gas production by more than 10% last year, primarily due to Burgos Basin activity.

Cuba sort of nationalized the Canadian firm Pebercan, paying it $140 million, of which $60 million will pass to partner Sherritt International, also a Canadian firm. These companies have been instrumental in improving Cuban oil production in recent years. Sherritt and a few other international players have contracts that so far remain intact. A lack of payments on past and future receivables has Sherritt worried that it could be next.

South America. The growth in activity is not just offshore Brazil, but also just as much on land; at least that is what the government has planned. Reports of a proposal to change the concession model governing the offshore subsalt into profit-sharing contracts could accelerate this interest. For 2009, we predict a 20% increase in wells drilled, to 912. Petrobras plans investments of $28.6 billion this year, and said that it would need another $18 billion to reach its $35 billion 2010 budget. For its 2009−2013 budget, the company raised its capital expenditures to $174.4 billion, according to a report in Upstream.

Venezuela has long been a proponent of high oil prices, and OPEC’s effort to remove more than 4 million barrels a day from global output will find a friend in President Hugo Chavez, who is likely to let drilling slide to raise prices. Furthermore, in November, PDVSA reported that over half the companies invited to bid for licenses in the Orinoco heavy oil belt-the first in a decade-have opted out of the process. Chavez has decided that the Orinoco will take the brunt of the OPEC-mandated cutbacks. We expect the country to drill 1,290 wells in 2009, 60 fewer than last year.

Ecuador plans to reverse its production decline through foreign participation, especially since it needs money to keep up the fight against depletion. The nation recently signed with the Chinese consortium Andes Petroleum and plans to enjoin Repsol YPF and Petrobras soon.


Forecast of 2009 drilling worldwide*



Europe. Unlike some NOC-dominated regions, North Sea projects rely heavily on cash flow, especially given their high capital expenses. Thus, this segment is expected to fall harder than the global average, about 6%. This also holds for Eastern Europe, which also doesn’t have traditional NOCs; that region will see a drop of about 13% in activity, to 334 wells. UK production seems to be steepening, down 8.3%, while Norway, with record completions in the midst of a large offshore EOR project to stem the decline in its fields, lost another 4.6% to depletion.

Russia/FSU. The Russian Federation slashed its oil export duty starting this month, in an effort to keep development profitable in the face of the global downturn. While it will remain one of the top drillers in 2009, we expect activity to be down just under 5% in 2009, with about 4,900 wells drilled. Production will likely continue to fall off, since output at Sakhalin-1 and -2, Kharyaga Field and other fields has fallen, resulting in a 1% decline for the year. Sakhalin-1 peaked at 242,000 bopd and is expected to hit 160,000 bopd this year. The “peak community” has already declared that Russian production has peaked and will now head permanently lower.

The country plans to improve production by making changes in taxation that will be favorable to exploration and production. The changes will be announced this winter.

In terms of reputation, Russia’s continual disputes with pipeline-transit country Ukraine anger European customers. The pipeline is once again shut down, this time in a dispute over what to charge, if anything, for gas that is needed to operate the pipeline. Ukraine says it needs 700 MMcfd (20 MMcmd).

A bright spot in the FSU was Kazakhstan, with at least a 5% increase in production. Startup of the long-delayed giant Kashagan Field is still, incredibly, at least four years away.

Africa. This underexplored continent should maintain its level of activity, led by Egyptwith 580 wells expected in 2009. Discoveries on the continent’s west coast continue to be made, while offshore Equatorial Guinea generating interest due to the discovery of Jubilee Field, a more-than-a-billion-barrel find.

Meanwhile, Tanzania and Uganda are becoming inland exploration success stories.Sudan continues to drill aggressively despite ongoing war and international sanctions, and is actually forecast to increase drilling slightly in 2009. The same cannot be said forNigeria, where ongoing violence has kept some drilling and especially production in an “on/off” mode despite the government’s efforts.

Angola, now an OPEC member, has apparently cut its production by about 100,000 bopd to comply with its quota. While attrition could easily make the cutbacks unnecessary, the country still says that it plans to drill more than 100 wells a year for the next decade. Angola has enough projects underway or planned that, if realized, it would have to make a decision between OPEC compliance and producing well over 2 million bopd. International operators were reportedly instructed by state company Sonangol to curb production starting Jan. 1, but that remains to be seen.

Middle East. The region as a whole will see a small reduction in drilling, in large part due to OPEC quotas, which are best met by allowing natural decline to set in rather than actually shutting in wells. Saudi Arabia will lead the way with a 6% drop. The kingdom has recently completed projects that resulted in production gains, such as startup of the Khursaniyah facilities within the AFK complex-hence the 6% increase last year. Thus, actual shut-ins will need to occur to achieve the desired OPEC production cuts.

Qatar has been raising al-Shaheen Field output, among others, resulting in a 2.2% increase. Meanwhile, Iraq is back up to its former glory, resulting in 2.45 million bopd, a 12.5% boost in production. Much of the increase came from the north. Platt’s Oilgramsays that about 100,000 bopd is “missing” and is valued at $3 billion. This is up from last year’s 59,000 bopd. The newsletter said that it arrived at the missing oil figures after doing material balances of production/supply vs. exports. New oil laws and near-term tenders should see robust drilling in the country within the next year or two. Some of these will be Western-style IOCs. Hopefully, we will get some rig and drilling data by then.

Far East. Now that global demand for China’s factory goods has plummeted, the country plans to spend to sustain growth. It must do this, since, once an agrarian society has become accustomed to work in factories and life in the city, there is simply no turning back. To avoid the unemployment of tens of millions and the threat of riots, China will use its ample cash reserves, much of which is from the US, to sustain its economy at what the government hopes will be a 6% growth rate. This spending will keep drilling and production relatively flat-which is actually a drop from previous years of relentless increases.

Despite the problems of the global recession, the country should maintain 19,730 wells to be drilled in 2009. According to the International Energy Agency, China’s petroleum demand fell 2% last year. Demand is expected to rise this year, but only by 1.1%, down from the 4.2% forecast by IEA six months ago.

Despite the country’s decision to leave OPEC due to the fact that it is no longer a net exporter of oil, Indonesia continues to fight the decline curve, with oil and gas revenues up over 60% in 2008 from the previous year. The country should drill 1,040 wells in 2009, 5.5% down from last year.

India seems almost immune to the global economic woes. ONGC is still drilling as many wells as it has for the last 18 months, as rig counts are steady. One way the nation is trying to keep its economy on track is to keep domestic fuel prices low, even if by decree.

Offshore. We expect offshore drilling to be off only 3.6% outside the US this year. This assumes that OPEC is successful at quota compliance levels of about 50%, and a global Great Depression Part II does not ensue. South America will fare the best-actually up-due to Brazil’s commitment to its offshore fields and new subsalt plays, while the US Gulf of Mexico will see only a modest falloff, largely due to deepwater commitments. We expect jackup day rates to crash in the first half of the year, leading operators to reevaluate the economics again in the second half, putting some back to work.

DESCARGAR LIBROS DE INGENIERIA DE PETROLEO

martes, 10 de marzo de 2009




PERFORACIÓN EN TALARA

domingo, 8 de marzo de 2009
En este video nos encontramos en una perforación de GMP en Diciembre del 2008 en el lote I - Talara. 
Bajo un inexorable sol, estudiantes petroleros escuchan a uno de los Ingenieros a cargo de la perfo, la voz de su instrucción tiene como fondo el rudo sonido de las motores que alimentan de energía a todo el equipo de la perforación.
Entre los equipos que se pueden apreciar se encuentran la torre de perforación, la cantina de lodos, las zarandas, los desarenadores, etc.; entre los insumos, las decenas de sacos de baritina, bentonita y demás aditivos. 
La perforación tuvo como objetivo la formación Mogollón a más de 6 mil pies y en el fondo podemos apreciar el típico panorama desértico de Talara en las afueras de la ciudad. 
ENGLISH VERSION
In this video we are in a hole of GMP in December 2008 in Lot I - Talara. Under a relentless sun, students listen to an oil of Engineers in charge of drilling, the voice of their education background is the sound of heavy fuel engines that power the entire team of drilling. The equipment can be seen are the rig, the canteen of sludge, the shaking, the desanding, etc.. Among the inputs, the dozens of sacks of barite, bentonite and other additives. The drilling was aimed at training Mogollón over 6 thousand feet in depth and we can appreciate the typical landscape of Talara desert on the outskirts of the city. Notice: This is only a literal translation, so could be some mistakes.

LANDFARMING


El proceso de Landfarming es una tecnología de remediación biológica de los suelos contaminados, sólidos producidos de la perforación de lodos, o material con características de suelo mediante la cual los microorganismos generan materiales inocuos para el ambiente, o subproductos estabilizados que no representan peligro.

Durante la operación de Landfarming los materiales contaminados son esparcidos en una superficie de suelo, o son extraídos del lugar y apilados sobre una superficie impermeable (fosas de volúmenes considerable) para evitar contaminación de las capas de suelo o aguas que se encuentran por debajo. Las poblaciones de microorganismos naturales del suelo (bacterias, hongos, protozoarios) crecen en el material usando el contaminante como fuente de alimento, transformándolo en productos inocuos.

La marcha del proceso se estimula, monitorea y controla mediante los siguientes parámetros:

Mezclado (rastreo)

  • Sistema de colección de lixiviados (arena o grava)
  • Cubierta impermeable del suelo (arcilla o geomembrana)
  • Contenido de humedad (irrigación de agua)
  • Nivel de oxigenación (rastreo o ventilación forzada)
  • Nutriente (se añaden Macro elementos según la necesidad)

Equipo y requerimientos del terreno:

El Landfarming utiliza equipos agrícolas comerciales tales como tractores, arados, mangueras de riego, y aspersores relativos. La tecnología requiere de extensas áreas abiertas donde dispersar el material para crear las unidades de tratamiento, y estas áreas deben ser preparadas para que tengan un drenaje adecuado, acceso de los equipos y para el manejo de los materiales.

ENGLISH VERSION

LANDFARMING
The process is a technology landfarming biological remediation of contaminated soils, solids produced from the drilling mud, or material characteristics of soil microorganisms which generate environment-friendly materials, or products that are not stabilized danger. During the operation landfarming of contaminated materials are scattered over an area of soil, or are taken from the place and stacked on an impervious surface (pits considerable volumes) to avoid contamination of the layers of soil or water which is below. Natural populations of soil microorganisms (bacteria, fungi, protozoa) grow into the material using the contaminant as a food source, making it a safe product. The process is encouraged, monitored and controlled using the following parameters: Mixing (tracking)
Leachate collection system (sand or gravel)

Impervious cover of the soil (clay or geomembrane)
Moisture content (irrigation water)
Level of oxygenation (crawl or ventilation)
Nutrients (Macro elements are added as needed)
Equipment and requirements of the field:
The commercial landfarming used farm equipment such as tractors, plows, irrigation hoses and sprinklers on. The technology requires large open areas where they disperse the material to create handling units, and these areas should be prepared to have an adequate drainage, access and equipment for handling materials.

IMAGENES PETROLERAS

sábado, 7 de marzo de 2009
IMÁGENES PETROLERAS I

Bueno para terminar de postear por hoy, acá les dejo algunas imáganes de las recias faenas petroleras que hacen posible que el petróleo alimente de energía a este mundo desde los recónditos lugares del planeta donde se encuentra en las más profundas formaciones.











ENGLISH VERSION
I OIL IMAGES
Well to finish post for today, here I leave some of the newly imáganes oil operations that allow the oil to feed energy into the world from remote locations where the planet is in the deeper formations.

INGENIERIA DE PETROLEO EN LA UNI PERU


En esta oportunidad posteo un diagrama del sílabo de mi carrera con los cursos obligatorios y sus respectivos pre-requisitos. Como en todas las carreras de la UNI, Ingeniería de Petróleo y Gas Natural también tiene un plan de estudios cuyo tiempo es de 10 semestres o 5 años con cursos electivos que complementan la formación profesional.

Para egresar se necesitan de 210 créditos de los cuales 194 son de cursos obligatorios (los que muestro en el diagrama) y 13 créditos por cursos electivos los cuales pueden ser por ejemplo de Corrosión, Lubricantes, Geología del Petróleo, etc. Al igual que en las demás facultades se pueden adelantar y/o nivelar cursos en ciclo verano siempre y cuando se haya cumplido el pre-requisito necesario y por supuesto están conscientes de que sacrificarán algunos cálidos días de sol xD.


Clickea la imagen para verla en verdadera magnitud o descárgala

ENGLISH VERSION
PETROLEUM ENGINEERING AT UNI
At this juncture syllabic postea a diagram of my career with the required courses and their prerequisites. As in all races UNI Engineering Petroleum and Natural Gas also has a curriculum whose time is 5 years or 10 semesters with elective courses that complement the training. Required for graduation 210 credits of which 194 are compulsory courses (those shown in the diagram) and 13 credits for elective courses which can be for example Corrosion, Lubricants, Petroleum Geology, etc.. As with the other powers can be forward and / or leveling courses in summer cycle provided they have completed the necessary pre-requisite, and of course are aware that killed some warm sunny days xD. It is understood that should click on the image to see in real size. Notice: It's a literal translation.

INGENIERIA DE RESERVORIOS UNI 2006 LUCIO CARRILLO BARANDIARAN

viernes, 6 de marzo de 2009


  • Introducción
  • Descripción del Reservorio
  • Mecanismos de Impulsión de los Reservorios
  • Comportamiento de los Reservorios de Gas Condensado
  • Desplazamiento Inmiscible
  • Definición, Clasificación y Estimados de Reservas
  • Reservoir Management
ENGLISH VERSION
Rapdshare.Download Reservoir Engineering - Lucio Carrillo Barandiarán
Introduction. Reservoir Description. Mechanisms Drive Reservoirs. Behavior of Gas Condensate Reservoirs. Immiscible displacement. Definition, Classification and Reserve Estimates. Reservoir Management

GAS RESERVOIR ENGINEERING COURSE



  • Gas Well Testing
  • Multi-phase Flow
  • Wellbore Storage in Gas Wells
  • Step-Rate Transient Test
  • Significance of the initial Pressure
ENGLISH VERSION
GAS BOOKS

SAUDI ARAMCO DRILLING MANUAL

jueves, 5 de marzo de 2009


  • General Information
  • Drilling Practices
  • Drilling Fluids
  • Completion Practices
  • Wireline Logging and Explosives
  • Well Testing
  • Fishing
  • Health, Safety and Enviromental Issues
  • Appendix
ENGLISH VERSION
Engineering Drilling Books

MIOGE 2009

miércoles, 4 de marzo de 2009


10th MOSCOW INTERNATIONAL OIL AND GAS EXHIBITION
DÉCIMA EXHIBICIÓN INTERNACIONAL DE PETRÓLEO Y GAS - RUSIA

MIOGE 2009 - Moscow International Oil & Gas Exhibition will be held on 23-26 June 2009 at the Expocentr on Krasnaya Presnya, Moscow, Russia.

MIOGE is Russia's largest oil & gas exhibition. Since its launch in 1993, it has established itself as a leading event for the Russian energy market. It is also among the top ten oil & gas shows in the world.

MIOGE 2007 Show facts:

- 900 exhibitors from 40 countries

- 28,000 trade visitors

- 700 congress delegates

We are also organising Russian Petroleum & Gas Congress alongside MIOGE exhibition. It's a high profile strategic business conference attracting over 600 delegates annually. Various sponsorship opportunities are available. For more information please seewww.russianpetroleumcongress.com

For a post show report of MIOGE 2007 please click here

NEW! To view MIOGE2007 film with exhibitors' interviews (5 min.) please click here

For a full exhibitors list please click here

For a full list of our oil & gas events please click here

MIOGE covers all aspects of the oil & gas industry:

  • Exploration & production
  • Onshore & offshore technology
  • Oilfield equipment & services
  • Drilling & well servicing
  • Transportation & pipelines
  • Measurement & automation technology
  • Tools & electro-power equipment
  • Laboratory equipment
  • Software
  • Recruiting and training and many others.

Special Sections at MIOGE 2009:

- Geophysics and Geology

- Environment and Safety

- Transportation and Pipelines

- Automation and measurement technologies

- Refining, Processing and Petrochemicals

- Oilcareerfair


Information from: www.mioge.com