Skip to main content

API statement on court’s decision to lift the moratorium

The American Petroleum Institute (API) today issued the following statement regarding the decision by U.S. District Court Judge Martin Feldman to lift the moratorium on deepwater offshore drilling:
“We welcome Judge Feldman’s decision to lift the moratorium on deepwater operations in the Gulf of Mexico.
“The administration acted appropriately in its immediate steps to inspect every rig in the Gulf following the Deepwater Horizon explosion. Those inspections were necessary to assure Americans that offshore operations were safe and subject to appropriate oversight.
“In addition, the oil and natural gas industry took immediate steps to review practices and equipment to ensure safety and environmental protection, through the formation of two industry-wide task forces. The task forces provided important insights to the Department of Interior during its earliest examination of Gulf operations.
“Those task forces, and two recently created ones, are actively working to find ways to improve the safety of offshore operations, subsea well control and oil spill response. They should prove invaluable to the independent commission established by the president to investigate the Deepwater Horizon incident. Their work, and the work of the commission, will help ensure that deepwater oil and natural gas exploration and production is the safest and cleanest in the world.
“The moratorium was an initial reaction to concerns about the safety of offshore oil and natural gas operations. However, an extended moratorium would have a tremendous impact on the nation’s energy security – and cause significant harm to the region of the country that was already suffering from the spill – without raising safety or improving industry procedures.
“With this ruling, our industry and its people can get back to work to provide Americans with the energy they need, and do it safely and without harming the environment.”

Popular posts from this blog

Vertical Lube Oil Pumps (Model VCRE)

Lube oil pumping applications demand a pump that provides reliability and extended service life with a minimum of maintenance. The typical Lube Oil pump must also be capable of operation over a wide range of temperature and liquid viscosity conditions. The VCRE family of pumps is designed specifically with these requirements in mind. The VCRE lube oil pump is a vertically submerged pump that utilizes an ANSI standard hydraulic construction, enclosed bearing housing, and welded piping construction which eliminates the inherent maintenance and leakage problems associated with other pumps. During operation, axial and radial thrust loads are controlled by Buffalo’s exclusive modified casing volute and impeller design.  is backed by extensive field-proven experience in designing pumps to handle any lube oil application. This experience also provides flexibility in assisting OEM’s contractors and end-users in designing a sound instal...

Motorcycle Shaft Drive Grease

General Purpose Grease Grease has several uses on a motorcycle. It's there to protect parts from water, to keep rubber and plastic seals from drying out, and to provide lubrication. Generally speaking, grease is just a reduced fat. In fact, you can find several companies who call their grease bases "soap." The choice for a general purpose grease to protect from water, keep seals moist, and provide lubrication is easy. If you're going to do your own maintenance, I recommend you get Mobil-1 or Valvoline synthetic grease for general purposes, about $6 / pound anywhere. This stuff can handle temperatures higher and lower than you'll ever get near. A one pound jar should last you about 15 years. Shaft Drive Gear Maintenance There are two types of maintenance you must do on a shaft drive bike. At your rear wheel there are pinion gears where the spinning drive shaft motion is turned 90 degrees into the rear wheel motion. These gears are bathed in oil which much be c...

Understanding Ferrous Density

As part of my job, I regularly present oil analysis training seminars. One of the tests we discuss is ferrous density. I find that this test is seldom well understood, and, probably as a result, is seldom used. Explanation of the Test Ferrous density is the density of ferrous, or more correctly, of ferromagnetic particles distributed in the oil. The other ferromagnetic elements that one might encounter in lubricated components are nickel and cobalt, but in practice, these elements are likely to be present only in comparatively small quantities. Therefore, we are effectively measuring the concentration of magnetic steel alloys. There is no single way to conduct a ferrous density analysis. There are many ways of performing this rather essential test. Perhaps the two most common are the direct-reading ferrography, a technique which uses light blockage analysis of material deposited on a glass slide; and electromagnetic induction, which measures the voltage induced in a current-carrying ...