Category Archives: HISTORY by STATE
APRIL 14, 2015
ISIS is operating a camp just a few miles from El Paso, Texas, according to Judicial Watch sources that include a Mexican Army field grade officer and a Mexican Federal Police Inspector.
The exact location where the terrorist group has established its base is around eight miles from the U.S. border in an area known as “Anapra” situated just west of Ciudad Juárez in the Mexican state of Chihuahua. Another ISIS cell to the west of Ciudad Juárez, in Puerto Palomas, targets the New Mexico towns of Columbus and Deming for easy access to the United States, the same knowledgeable sources confirm.
During the course of a joint operation last week, Mexican Army and federal law enforcement officials discovered documents in Arabic and Urdu, as well as “plans” of Fort Bliss – the sprawling military installation that houses the US Army’s 1st Armored Division. Muslim prayer rugs were recovered with the documents during the operation.
Law enforcement and intelligence sources report the area around Anapra is dominated by the Vicente Carrillo Fuentes Cartel (“Juárez Cartel”), La Línea (the enforcement arm of the cartel) and the Barrio Azteca (a gang originally formed in the jails of El Paso). Cartel control of the Anapra area make it an extremely dangerous and hostile operating environment for Mexican Army and Federal Police operations.
According to these same sources, “coyotes” engaged in human smuggling – and working for Juárez Cartel – help move ISIS terrorists through the desert and across the border between Santa Teresa and Sunland Park, New Mexico. To the east of El Paso and Ciudad Juárez, cartel-backed “coyotes” are also smuggling ISIS terrorists through the porous border between Acala and Fort Hancock, Texas. These specific areas were targeted for exploitation by ISIS because of their understaffed municipal and county police forces, and the relative safe-havens the areas provide for the unchecked large-scale drug smuggling that was already ongoing.
Mexican intelligence sources report that ISIS intends to exploit the railways and airport facilities in the vicinity of Santa Teresa, NM (a US port-of-entry). The sources also say that ISIS has “spotters” located in the East Potrillo Mountains of New Mexico (largely managed by the Bureau of Land Management) to assist with terrorist border crossing operations. ISIS is conducting reconnaissance of regional universities; the White Sands Missile Range; government facilities in Alamogordo, NM; Ft. Bliss; and the electrical power facilities near Anapra and Chaparral, NM.
The contract for the control system for a shore-based liquefied natural gas (LNG) fueling facility in Port Fourchon, Louisiana, USA, has been awarded to Wärtsilä.
The facility is owned by Harvey Gulf International Marine, a major owner-operator of offshore supply and specialty vessels headquartered in New Orleans. It will be used to supply fuel to Harvey Gulf’s fleet of LNG powered platform supply vessels (PSV), and will be the first source of LNG fuel in the Gulf of Mexico. The order was placed in July, 2014.
The Wärtsilä scope of supply comprises the control cabinets, the PLCs, computers, software programming and service commissioning. It is designed to enable the entire fuelling process to be fully controlled from the control room onboard the HARVEY ENERGY class platform supply vessels, thus making the fuelling far more efficient and safer than would be otherwise possible. Delivery is scheduled for November, 2014.
“The Harvey Gulf PSVs are to be fitted with the Wärtsilä LNGPac gas control system, so it was natural that the same basic technology should also be used for the shore fuelling facility. There is a growing need for an LNG fuelling infrastructure in the Gulf of Mexico, so this represents an important step forward. Both Harvey Gulf and Wärtsilä are fully committed to promoting environmentally sustainable operations, and by facilitating the use of LNG as a marine fuel, this philosophy is clearly enhanced,” says Joe Amyot, Sales Director, Wärtsilä Ship Power.
The new fuelling facility will enable the refuelling of offshore supply vessels powered by LNG. It will also have the capability to provide a fuel source for LNG fuelled cargo ships operating in the Houston – New Orleans region.
Harvey Gulf currently has six LNG fuelled PSVs under construction, all of which will be powered by Wärtsilä 34DF dual-fuel engines. The vessels will also have various other Wärtsilä equipment onboard, including the Wärtsilä LNGPac gas storage and supply system. The company, additionally, has two diesel-electric construction vessels in production equipped with Wärtsilä 32 engines and other Wärtsilä solutions.
EMAS, the operating brand of Ezra Holdings received a Letter of Agreement (LOA) from Noble Energy for the Gunflint Project in the Gulf of Mexico (GoM).
Under the terms of the agreement EMAS’s Subsea Services division, EMAS AMC has been nominated to perform the offshore installation of pipelines, umbilicals and ancillary equipment for the Gunflint Project in the Mississippi Canyon area of the US GoM in water depths in excess of 2,000 metres. The pipelines will be installed with EMAS AMC’s flagship vessel the Lewek Constellation while the EMAS Marine Base in Ingleside, Texas will be used to perform the pipe stalking and fabrication of various subsea structures.
Project preparation activities have already started and offshore works are scheduled to be carried out during 2015.
“I would like to express my sincerest appreciation to Noble Energy for their vote of confidence by awarding this important project to us,” said Mr Lionel Lee, EMAS’s Group CEO and Managing Director. “The Gunflint project is another significant milestone for us as it is a testament to the growth and current capabilities of EMAS AMC. It affirms that our combined engineering and asset capabilities, including our flagship construction vessel Lewek Constellation, are being endorsed by the industry to execute challenging subsea projects anywhere in the world. It is also the second major contract awarded to us by Noble Energy, following our successful work for the Noble Tamar Project and I look forward to working with Noble again and deliver a mutually successful outcome on Gunflint.”
The Group has secured more than US$300 million subsea contracts since the beginning of 2014, with the subsea backlog standing at more than US$1.4 billion to date.
Press Release, April 11, 2014
A message from Executive Director Lori LeBlanc
The oil and gas industry demonstrated its confidence in the power of American energy during the federal government’s Central Gulf of Mexico lease sale held March 19 in New Orleans. In fact, a total of 50 companies submitted 380 bids, and the Department of Interior garnered $850 million in high bids for about 1.7 million acres off the coast of Louisiana, Mississippi and Alabama. This signals a continued strong business interest in offshore energy production.
It’s this confidence in the valuable resources of America’s Gulf that continues to drive our national and state economy, fund the U.S. government, employ hundreds of thousands of men and women across our country, and keep the lights on from Portland, Oregon, to Portland, Maine. Here in Louisiana, we proudly serve as the gateway to the Gulf, the front door to the boundless energy potential miles off of our coast and thousands of feet under the water’s surface. We proudly do a job that other states refuse to do; a job that literally fuels America.
GEST is pleased to help promote this rebirth of the Gulf as America’s energy workhorse, as well as the thousands of men and women who go to work each day to provide power to our people.
Hats off to all of you!
Read More: Here
BP announced it will commit $4 million to launch a new strategic partnership with The University of Texas at Austin to support several leading-edge oil and gas industry research projects, with the potential for increased contributions as new studies are identified in the future.
The unique collaboration between the two institutions, which highlights BP’s ongoing commitment to higher education and research, aims to develop real-world solutions to a number of technical challenges facing the global oil and gas industry, both onshore and offshore.
One initial area of focus is related to Project 20K™, a multi-year initiative announced by BP in early 2012 that seeks to develop next-generation systems and tools to help unlock the next frontier of deepwater oil and gas resources, currently beyond the reach of today’s technology. Accessing these resources is a key part of BP’s commitment to U.S. energy security.
The University of Texas’ Department of Electrical and Computer Engineering will work with the Project 20K™ team to study the impact of “human factors” on the drilling process and the potential for new systems that can enhance safety and efficiency. A second area of activity will be to develop a reliability assessment process for BP’s project team to use in quantifying the “system-level reliability” of Project 20K™ concepts.
Other joint research projects include one that seeks to improve recoveries from shale gas and oil formations through a deep investigation of fracturing fluids’ impact on well productivity. Another focuses on enhancing early detection of “kicks” – the sudden influx of hydrocarbons into a well – by using real-time well data and predictive models to better inform operational decisions, in support of BP’s commitment to safe and reliable operations.
“This is not just theoretical research,” said James Dupree, BP’s Chief Operating Officer, Reservoir Development & Technology. “Under this partnership, we are tackling real-world challenges that, if better understood, could have far-reaching impacts not only on BP but on the future of global energy development.”
Administered by a joint governance board, the program has established a rigorous process for selecting research projects that play to the university’s world-class strengths in engineering and geosciences as well as meet BP’s strategic business needs.
BP is funding research in the Cockrell School’s Departments of Mechanical Engineering, Electrical and Computer Engineering and Petroleum and Geosystems Engineering.
“This partnership allows our faculty and graduate students to solve challenging, relevant problems in global energy development, to work collaboratively with leading scientists and engineers from BP, and to see how their solutions are implemented in a real-world setting,” said John Ekerdt, associate dean of the Cockrell School of Engineering. “We look forward to the new interdisciplinary opportunities our researchers will have to develop technologies that will have a far-reaching societal benefit.”
While the agreement is initially focused on several specific research projects, the intent is to establish a long-term partnership between BP and the University of Texas that is beneficial to both and that could later result in increased funding. Successes in early projects will help build the basis for future collaboration, with the ultimate goal of taking the research and technologies developed through the program from the lab and into the field.
Press Release, November 01, 2013