Suunto Core

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The drilling process begins when researchers at an energy company identified a possible offshore oil field or on land. drilling rights are obtained and then proceed to prepare for exploratory drilling. They are conducted seismic tests indicating the depth, chemical relationship, and identification of possible existing suunto.

PHASE 1: EXPLORATION

A mobile drilling rig to the site to obtain a core sample is sent, geologists analyzed for actual information of training taken,

at different depths. The platform typically exploratory drilling wells drilled several time, this in order to locate the areas where hydrocarbon is subsequently come development wells each taking a couple of months to complete. A positive finding (called a “show”) is followed by more exploratory wells to check the quality before taking the next step: the drilling of more elaborate production.

PHASE 2: DRILLING

A drill bit is attached to a “drill string” made of drillpipe segments, each approximately 30 ‘long. The wick is immersed – sometimes to a depth of varioskilómetros- until the bottom is. The drill is rotated by a turntable on the floor of the platform, Maersk Drilling Venezuela, this system is carried by the top drive, which allows you to rotate the drill string and drill grinding its way down (sometimes also horizontal direction) additional lengths of drill pipe are attached.

For cooling, cleaning and stabilizing the pressure, a “drilling fluid” is pumped through the drill pipe internally, and out through nozzles in the drill bit at high speed. The fluid is generally a mixture of water, clay, barite and chemicals, may be water-based or oil. Back on the platform, the fluid is recycled through a circulation system that disperses the crushed rock and reuses the fluid.

PHASE 3: WELL COMPLETION

When the drill reaches the depth indicated by the geologist, the production casing is lowered into the well and cemented in place. At the bottom, small explosive charges make small holes that allow oil or gas to flow into the well, while controlling the pressure.

Once a well is “alive”, the drilling rig is usually replaced by a production platform, they meet on site using a barge equipped with heavy lift cranes. An average well can last for decades, so offshore production platforms are built out with a long stay in the mind.

Pixel Gun 3D Diary

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Today I just relaxed at my house for the entire today! I did get some work done online, but I only went outside once (on the deck) and it was to work on the computer for a few minutes while getting some air. Usually I go to the park to play basketball and chill with friends or go outside my house for a half hour to shoot hoops with my sister or occasionally by myself to clear my head. Today was different. It was the first full day after my aunt and niece left to go back home, so it was a calm and peaceful day to relax. I played Pixel Gun 3D on my xbox and listened to some new music that I’ve been meaning to get into for a while now. I also tried to start on some summer homework, but I couldn’t find the video we needed to watch on Youtube so I gave up on that for now. I guess I will start my summer assignments in August like I did last year. Hopefully I don’t have to read any pixel gun 3d hack books for summer reading in September! That wouldn’t be the first time I was severely behind on summer homework. This time I think it will be more bearable because I only have to read one book, the other assignments are homework things I have to do for Chemistry, Microeconomics, and a few other subjects. The good thing is that I am interested in those subjects, while last year I had to read books for history, which is my least favorite subject. Anyways, that was a brief summary of my lazy day that I had today. Hopefully tomorrow will be very productive and I will make some progress on my ongoing projects that I will mention to you soon, assuming that they are successful.

How were pyramid stones moved?

Storytime

You might have heard this question before if you’re interested in architecture. How could humans move the heavy and seemingly impermeable stones that created the pyramids we all know? They did not have access to the technology we are used to that would make this process something conceivable. The stones we are talking about weighed 2.5 tons, which is a ridiculously heavy weight to move without machines to help you out. So how did they do it? It looks like scientists have finally found the answer.

Strangely enough, the Egyptians used sleds to transverse across the desert. In other words, this is due to friction. The sleds were very basic in their build quality, but obviously they were enough to move the stones that made the very beautiful and intricate pyramids. The sleds were carrying the stones, but this led to the sand in front of the sleds to dig into the ground and cause frequent pile ups that caused manual labor to remove it. This added to the already long durations of work that the laborers were put to the task to accomplish.

However, they were quickly able to find out that wet sand does not have the same problem. A small amount of water in the sand would cause the grains that hold them together to how to hack instagram account just enough for the sand to be flexible and not pile up like it would with dry sand. Now we know the secrets of the ancient Egyptians and how they were able to create the wonders of all architects around the world, even today in the day and age of immense technology. Are you surprised by how clever and simple this method of moving heavy objects is? The Egyptians were slick, and I’m not just talking about the abundance of pomade they must have had to use in their hair to get that Egyptian look. Why couldn’t we have thought of this? Maybe we should be building our own pyramids.