First Gas from Ultra-Deepwater Gulf of Mexico Pipeline

                           Williams , through its general partner ownership of Williams Partners announced with DCP Midstream Partners, LP that the new extended Discovery natural gas gathering pipeline system is now flowing natural gas. The Keathley Canyon ConnectorTM deepwater gas gathering pipeline system and the South Timbalier Block 283 junction platform are serving producers in the central ultra-deepwater Gulf of Mexico.

The 20-inch, 209 mile Keathley Canyon Connector, which is capable of gathering more than 400 million cubic feet per day (MMcf/d) of natural gas, originates in the southeast portion of the Keathley Canyon protraction area and terminates into Discovery’s 30-inch diameter mainline at Discovery’s new junction platform. The pipeline was constructed in depths of up to 7,200 feet of water approximately 300 miles south-southwest of New Orleans.

“Building a pipeline in challenging terrain at this depth is incredibly complex, and I applaud our project team for their commitment to completing the project in a safe, environmentally responsible and timely manner,” said Rory Miller senior vice president of Williams’ Atlantic-Gulf operating area. “True to our vision of developing smart, large-scale solutions to move gas to market, we’ve built a highly reliable and cost-effective connection from deepwater production to our onshore Larose gas processing plant and Paradis fractionator.”

5 Reasons Oil Prices Are Dropping

As oil prices continue to fall, analysts and producers are trying to wrap their heads around the reasons and identify a floor price. Even though crude benchmarks like Brent and WTI keep dropping, the cost of finding oil continues to rise. What are some of the key drivers that have created this paradox? 

1. The U.S. Oil Boom

America’s oil boom is well documented. Shale oil production has grown by roughly 4 million barrels per day (mbpd) since 2008. Imports from OPEC have been cut in half and for the first time in 30 years, the U.S. has stopped importing crude from Nigeria.  

2. Libya is Back

Because of internal strife, analysts have until recently assumed that Libya’s output would hover around 150,000-250,000 thousand barrels per day. It turns out that Libya has sorted out their disruptions much quicker than anticipated, producing 810,000 barrels per day in September. Libyan officials told the Wall Street Journal last week that they expect to produce a million barrels per day by the end of the month and 1.2 million barrels a day by early next year. 

3. OPEC Infighting 

There have been numerous reports

Gas Explosion in Taiwan

TAIPEI—Deadly explosions caused by a gas leak overnight killed at least 25 people and injured 257 in the southern Taiwanese city of Kaohsiung, according to government officials.

Underground explosions in Taiwan's second-largest city triggered fires that ripped off manhole covers on roads and cratered large boulevards, local television footage showed. Roads exploded with flames, overturning cars and collapsing houses. Many streets are still littered with rubble and impassible by ambulances.

Economic Minister Chang Chia-juch said Friday that officials are still unable to determine what caused the blast, though an initial investigation indicated the leak could have occurred in an underground pipeline that transports propene, a highly flammable, nearly odorless petrochemical used for polyesters. Kaohsiung is one of Taiwan's centers of petrochemical production.

In a Friday video conference broadcast on local television, Kaohsiung Mayor Chen Chu asked President Ma Ying-jeou to review the city's underground petrochemical pipeline system to avoid future accidents.The situation now has been contained, the government's Emergency Operations Center said, and the fire department had cut the pipeline's gas supply shortly after the explosions.

The chance of further explosions is "extremely slim at the moment because all gas supply has been turned off," said Kaohsiung city spokesman Ting Yun-kung.

The center added that 111 of the injured were already discharged from hospitals, while at least two people are still missing. A photojournalist for Apple Daily, a popular Hong Kong newspaper, was injured near an explosion site while covering the incident, the paper said.

Some people said tearfully on local TV that their families or friends are likely buried in collapsed houses, though reports are unconfirmed. Four police and firefighters are among the dead, the center said. Earlier it had reported 270 injured.

The Kaohsiung government has set up its own emergency center. The Ministry of National Defense said it has deployed more than 1,600 military personnel to assist in the rescue operations.

Mr. Chang didn't identify the company that operates the pipeline in the area and said the investigation is ongoing. A number of petrochemical companies scrambled Friday to distance from the blast.

The government said the fire department was notified by residents of possible gas leaks at 8:46 p.m. local time Thursday. Residents said that they had smelled gas and seen smoke emerging from drains shortly before the explosion. Officials still aren't certain what caused the smell. Firefighters were dispatched to the scene immediately to assess the situation, according to a government official.

Multiple blasts began around midnight, affecting an area of two to three square kilometers, or less than two square miles. One video clip posted on YouTube shows what looks like a narrow residential street suddenly exploding down its length.

AT THE END OF THE EARTH: THE LONGEST, DEEPEST OIL WELL IN THE WORLD

On Sakhalin Island, in Russia's far east, temperatures can fall to 35 degrees below zero. Many islanders herd reindeer. And in January, oil crews drilled the world's longest and deepest extended-reach well, 7.7 miles down into the ground and 7.1 miles out under the ocean. Seven of the 10 longest oil wells on Earth have been drilled there since Exxon Mobil launched its Sakhalin-1 project in 2003. Crews expect to keep breaking their previous records in the coming months.


The seven-story oil rig at Sakhalin, nicknamed Yastreb (the Hawk), is the industry's most powerful, with four 7,500-psi mud pumps, 14,000 barrels of liquidmud storage and six generators. It has two walls to help it withstand the cold and earthquakes, which are frequent. The Yastreb's drill torque is approximately 91,000 foot-pounds (a pickup truck operates with about 200).


Extended-reach drills travel both outward and down. To control the position and angle of the wellbore, drilling engineers use magnetometers and inclinometers; the information the tools gather is sent back by pressure pulses in the drilling fluid, which the engineers then analyze at the surface. The team - about 800, mostly Russians — pre-maps each expedition using 3D seismic imagery to create visual models of the conditions in the rock and the locations of the oil reservoir. They can reach their target with an accuracy of just a few feet. It's as if they were standing in the middle of Central Park and drilled down to a specific doorway of the New York Stock Exchange.

Saudi Aramco’s R&D Center Develops Series of New Technologies

The Qurayyah facility 

Saudi Aramco’s Exploration and Petroleum Engineering Advanced Research Center (EXPEC ARC) made significant progress in developing a series of new technologies in 2013, including the Smart Water Flood, Reservoir Nano agents, Prosperity and DETECT Coherency Technology. 

The Smart Water Flood is the first home grown recovery technology that can provide substantial additional oil recovery through simple tuning of the ionic composition of the seawater treated at Qurayyah facility for injecting into producing fields to maintain reservoir pressure. 

“The execution of a multi-well field pilot is being planned at North Uthmaniyah,” the company said, “and Saudi Aramco is conducting fundamental in-house research to better understand the fine details of recovery from the atomic/molecular scale to the reservoir scale.”

Meanwhile, the idea behind reservoir nano agents is an industry-first concept that focuses on in situ reservoir illumination and intervention based on advances in nanotechnology. The technology targets smart nano engineered particles and devices that can traverse the reservoir to support formation evaluation, reservoir monitoring, and oil recovery. 

“In 2013, the realization of stable magnetic nano particle successfully completed the proof of concept in the lab, making way for a demonstration in a shallow multi-well field trail,” Saudi Aramco said in its annual report.

EXPEC ARC has also developed an easy-to-use application titled “Prosperity” which enables the explorationist (as opposed to a reservoir quality specialist) to routinely predict reservoir quality in a variety of sandstones. This tool provides an interface that allows the user to make rigorous predictions of reservoir quality, but with a minimum of required inputs. 

“The application also utilizes a sophisticated diagenesis model, leveraged with our Geology Technology Team’s extensive reservoir quality database, to make reservoir quality estimates at the location of interest,” Saudi Aramco said.

Meanwhile, the DETECT Coherency Technology considerably enhances the value of 3D seismic data, reduces interpretation cycle time for prospect generation, and improves success rates for drilling in both exploration and field development. 

“The application of DETECT technology has not only resulted in better definition of subsurface images, but has also contributed significantly to the identification of fractures and channels — key components for our unconventional gas exploration efforts,” Saudi Aramco said.

Lundin Petroleum completes Gohta appraisal well

Lundin Petroleum AB (Lundin Petroleum), through its wholly owned subsidiary Lundin Norway AS (Lundin Norway), is pleased to announce that drilling of appraisal well 7120/1-4S in the western part of the Gohta discovery in PL492 has been successfully completed. The well was drilled 5.3 km northwest of the original Gohta discovery well.

The main objectives of well 7120/1-4 S, which was operated by Lundin Norway, were to confirm the extent and reservoir properties of the Permian carbonates and to establish the oil-water and gas-oil contacts in the western parts of the structure.

The well encountered 10 metres of Upper Permian limestone conglomerate with good reservoir properties overlying fractured limestones of limited reservoir quality. The conglomeratic interval contained gas condensate and the limestone contained traces of oil but appears to be tight. The depth interval of the oil traces in the appraisal well corresponds with the oil column in the 7120/1-3 discovery well.

High-Pressure BOP Equipment Becoming a Reality

A prototype of the new deep-water 20,000 psi single-cavity blowout preventer (BOP) ram developed by GE Oil and Gas undergoing pressure testing at the company’s laboratory in Houston. The completed BOP stack is expected to weigh 1 million to 1.2 million lbs.

The offshore industry has taken another step toward opening up new deepwater frontiers to exploration, with the first order for a 20,000 psi blowout preventer (BOP) by Maersk Drilling from GE Oil and Gas. The BOP is expected to be delivered in the first half of 2018 and is part of a multi-year collaboration between Maersk and BP to design a new generation of offshore drilling rigs for deepwater basins dubbed “20K rigs.”

The ultimate goal is to enable the development of high-pressure and high-temperature reservoirs with pressures up to 20,000 psi and temperatures as high as 350ºF. The technical limit of the highest rated BOPs in operation today is 15,000 psi and 250ºF. BP believes that with 20,000 psi BOPs and other technologies in development, it will be able to develop fields adding an additional 10 billion to 20 billion BOE across its portfolio.

“GE’s new deepwater BOP system is a key part of Maersk and BP’s strategy to safely expand offshore field development into previously unexplored areas,” said Claus Hemmingsen, CEO of Maersk Drilling. "With its redesigned components, GE’s new BOP technology addresses the needs of drilling companies for BOPs that efficiently operate at extremely high pressures.”

GE is designing, testing, and building the 20,000 psi BOP and risers at the company’s Houston Technology Center in Texas. However, the company said it is drawing on expertise from its global base experts. The new BOP will be rated for depths down to 12,500 ft and features upgraded rams designed for the higher pressures and extreme temperatures. It will also come installed with GE’s latest BOP control system and newly unveiled BOP monitoring and advisement software.

“The 20,000 psi drilling system being developed will include a number of new real-time monitoring and condition-based maintenance technologies aimed at improving uptime by reducing unplanned maintenance,” said Andrew Way, president and CEO of the drilling and surface business at GE Oil & Gas. “From higher performance mechanicals to real-time monitoring and condition-based maintenance systems, this next-generation system can make accessible new offshore drilling frontiers.” 

Source: JPT

Updated E-learning Section with new book.

Two Hand Books on Enhanced Oil Recovery has been added to the E Books Section.

Go through it and download the books.

Thank you (Team PetroInnovation Blog)

                                   Enhanced oil recovery "EOR" 1 - Fundamentals and Analysis 

                                                                      Download Here


                                   Enhanced oil recovery "EOR" 2 - Processes and Operations
                                  
                                                                      Download Here                  

Updated E-learning Section with new book.

A hand Book on Enhanced Oil Recovery has been added to the E Books Section.

Go through it and download the book.

Part 2 of that book will be updated soon ASAP.

Thank you (Team PetroInnovation Blog)

Updated
Download Here

Enhanced oil recovery "EOR" 2 - Processes and Operations
Updated Soon

Frisco Attorney sentenced in oil and gas scheme

Frisco attorney Kelly Gordon Rogers was convicted of first-degree felony theft for stealing $1.3 million from investors in fraudulent oil and gas schemes. He was sentenced to 20 years in state prison on May 28 and ordered to pay a $10,000 fine and $50,000 civil penalty.


Rogers, 55, stole money from investors who purchased royalty interests in non-existent oil and gas drilling projects, according to officials with the Texas State Securities Board. Officials described his victims as an Oklahoma oil and gas investor, two partners in a separate Oklahoma investment company, a neighbor in Frisco, and a longtime acquaintance.


Rogers used the investors’ money for personal expenses and to try to acquire interests in unrelated projects, such as a coal mine in West Virginia, officials said. He shuffled money around to try and keep the scam going, they said.


Rogers has faced other allegations of fraud over the past decade, officials said.


In 2007, the U.S. Securities and Exchange Commission filed a civil injunction against a group of financial companies and promoters that included Rogers who were offering fraudulent high-yield securities offerings.

Oryx Petroleum Corporation Limited announces testing confirms discovery Offshore Congo (Brazzaville)

CALGARY, March 4, 2014 /CNW/ - Oryx Petroleum Corporation Limited ("Oryx Petroleum" or the "Corporation") today announced that the testing of the E-1 exploration well targeting the Elephant prospect in the Haute Mer A license area in Congo (Brazzaville) confirmed the discovery of natural gas and crude oil previously announced in September 2013. Oryx Petroleum has a 20% participating and working interest in the Haute Mer A license area.

Commenting today, Henry Legarre, Oryx Petroleum's Chief Operating Officer, stated:

"We are pleased with the testing of the Elephant discovery which will serve as a building block for our operations in Congo (Brazzaville). Overall the test results confirmed the previously announced discovery. Moreover, the three DSTs conducted confirmed the excellent reservoir properties of the sand channels as well as some of the fluid characteristics. We look forward to working with our partners to appraise the Elephant discovery and adding to our resource base in the Haute Mer A license area."

Elephant Testing Program and Results

On August 3, 2013, drilling of the E-1 well reached a total depth of 2,497

metres using the Jasper Explorer Drillship in 550 metres of water 80 kilometres offshore Congo (Brazzaville). The E-1 well was targeting a deeper turbiditic Tertiary play similar to the play being exploited in fields adjacent to the Haute Mer A license area, such as the Total operated Moho Bilondo producing field and the Chevron operated Block 14 in Angola. Primary targets for the E-1 well were the N5 and the N3 reservoir intervals in the Miocene Tertiary.

Shwe Natural Gas Project - Offshore Technology

The Shwe natural gas project comprises the Shwe, Shwe Phyu and Mya offshore gas fields located in Blocks A-1 and A-3 of the Bay of Bengal, Myanmar. The project is backed by Myanmar, China and India. It is being developed by a consortium of six companies led by POSCO subsidiary Daewoo International, which is also the operator of the project.

Key players involved in the project are Daewoo International, Myanmar Oil and Gas Enterprise (MOGE), Oil and Natural Gas Corporation (ONGC) Videsh, Gas Authority of India (GAIL), Korean Gas Corporation (KOGAS), and China National Petroleum Corporation (CNPC).

First gas from the Shwe project was achieved in July 2013 from the Mya field and commercial production started in August. The project is expected to be fully operational by mid 2014 and will produce around 500 million cubic feet of gas a day. The gas will be sold to China National United Oil Corporation (CNUOC) for 25 to 30 years.

Top Ten Biggest Oil Spills in History

1. Gulf War Oil Spill | 325,000,000 gallons

When Iraqi forces retreated from Kuwait during the first Gulf War, they opened the valves of oil wells and pipelines to try and slow down the advancing American troops.

The resulting oil slick covered an area just larger than the island of Hawaii.

2. Ixtoc 1 Oil Well | 140,000,000 gallons

In June 1979, an oil well in the Bay of Campeche collapsed after a pressure buildup ignited with an explosion.

3. Atlantic Empress | 88,300,000 gallons

In July 1979, two full supertankers collided off the coast of Tobago in the Caribbean Sea, resulting in the largest ship-based oil spill in history. Both vessels began to leak and caught fire. The fire on the Aegean Captain was quickly subdued, and the damaged vessel was towed to safety. The Atlantic Empress was not so lucky. The fire could not be quelled, and the vessel was towed out to sea until it exploded 300 miles offshore. 26 crew were killed in the disaster.

4. Fergana Valley | 87,700,000 gallons

Almost 88 million gallons of oil spilled from an oil well in the Fergana Valley, Uzbekistan.

While the spill didn’t receive international recognition when it occurred, it is the largest inland spill ever recorded.

Shell dumps $12.5 billion Louisiana gas-to-liquids project December 9, 2013, oilpatchasia

Royal Dutch Shell plc said Friday it won't move forward with the proposed 140,000 barrels per day Gulf Coast gas-to-liquids (GTL) project in Louisiana and will suspend any further work on the project.

Shell said it has “taken the decision that GTL is not a viable option for Shell in Noeth America, at this time, due to the likely development cost of such a project, uncertainties on long term oil and gas price and differentials and Shell’s strict capital discipline.”

Shell and Governor Bobby Jindal had announced in September this year the site for the project in Ascension Parish. Shell would have spent a minimum of $12.5 billion under agreements with Louisiana for the project, which would have created 740 direct jobs. CEO Peter Voser said Friday, “We are making tough choices here, focusing our efforts and capital on the most attractive opportunities in our world-wide portfolio, to add value for shareholders.”

“Shell thanks the Governor of Louisiana, his staff, Parish officials, regulators and the community for the opportunity to consider locating this project in Louisiana, and the company looks forward to continuing a long, successful relationship with the state,” the company said in a statement.

RAVVA OIL AND GAS FIELD, INDIA

Ravva oil and gas field is located in the shallow offshore area of the Krishna-Godavari basin on the eastern coast of India. It lies in Block PKGM-1.

Ravva oil and gas field is located in the shallow offshore area of the Krishna-Godavari basin on the eastern coast of India. It lies in Block PKGM-1. The field is operated by Cairn India which holds a 22.5% stake in it. Its partners in the field include ONGC (40%), Videocon Petroleum (25%) and Ravva Oil (12.5%).

The Ravva field was initially estimated to produce 100 million barrels of crude oil. It has, however, produced more than 225 million barrels till 2011.

E - Books Updates

New Well Control Books Added To E - Learning Page. Go Through the below link and Download:

http://thepetroinnovations.blogspot.in/p/e-learning.html

Fiber Optics Sensors Creating New Possibilities For Optimizing Fracturing

HOUSTON–The United States ranked number one in the world for both crude oil and natural gas production growth last year, and U.S. producers appear to be positioned to defend that title in 2013 and well beyond. As unlikely at it may have seemed only five years ago, the nation has turned around its energy destiny completely, all thanks to unconventional resource plays.

A litany of sophisticated technologies are being deployed in even the most “routine” shale gas and tight oil development projects, but if operators could point to a single technology that has enabled the domestic industry’s rise to global champion of oil and gas production growth it surely would be hydraulic fracturing. Simply put, the ability to economically and safely induce fractures in ultratight hydrocarbon-bearing rock has revolutionized oil and gas development and opened new horizons of recoverable resources, beginning in dry gas shales and migrating into a range of tight liquids formations.

Distributed Fibre Optic Sensing With Hydraulic Fracturing

Unlike conventional reservoir monitoring devices, in which the sensing element is a physical device usually placed at the end of a copper line, with distributed fiber optic sensing, the entire length of glass fiber is turned into thousands of sensing points.

A critical advance has been micro seismic monitoring,which provides an even better subsurface picture of fracture growth and effectiveness, but it still leaves operators with multiple possible interpretations of the results and performance inconsistencies from one stage to another, leading to such questions as: Why is there micro seismic overlap? Is there stage communication in the reservoir? Is a plug leaking or is there poor cement quality in that particular hole section? With distributed fiber optic sensing, by analyzing the laser light reflections from different spots in the fiber, the temperature and strain of the glass can be determined at any point in the well, and the fiber can be turned into a series of distributed microphones or hydrophones.

Whereas in the past, one may have been limited to a couple of sensing points per well, with distributed sensing, the operator effectively has thousands of measurement points covering the entire well bore.

For the large unconventional reservoirs that operators are now targeting, the real value of distributed fiber optic sensing comes in combining multiple subsurface diagnostic techniques with the surface hardware and fluid chemistry to get the most out of each fracturing treatment.

In a project where thousands of wells may be drilled, it is critical to get the well spacing and horizontal orientation correct. If the operator does not have it right, he is either drilling too few wells or stranding valuable reserves, or drilling too many wells spaced too closely together and wasting tens of millions of dollars on drilling and completing wells that are not required.

While distributed fiber optic systems are invaluable in monitoring hydraulic fracture treatments, they also provide value throughout the life of a well. After the frac job, the same distributed sensing fiber can be used to perform production logging or be used for long-term well bore integrity monitoring.

Note: Full Case Study on "Fiber Optics Sensors Creating New Possibilities For Optimizing Fracturing"  Will Be Updated Soon.

Updated E-Learning Page Contains SLB CD Series

Drilling Engineering CD Series Updated.

To Download Click the link Below

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Schulumbger Cd's for Drilling Engineering

Schlumberger CD'S for Drilling Engineering 

Updated Soon

Content: 

CD 1: An Introduction to Drilling Rigs and Main Components of Drill String 

CD 2: BOP Equipment's 

CD 3: Drilling Fluids and Mud Test

CD 4: Mud Circulation and Treatment Equipment's 

CD 5: Hoisting Equipment's 

CD 6: Rotating Equipment's & Mast and Substructure 

CD 7: Pipe Handling 

CD 8: Casing and Cementing 

CD 9: Well Logging, Mud Logging and Drill Stem Test

CD 10: Power System and Instrument