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Reasons for using Flat Face 1. In case of Rubber lined MS Pipelines. 2. for CI Pipes 3. High Pressure line 4. Minimise the costing 5. Easy to procure Reasons for using Raised Face 1. Concentrate pressure on Somalia size gasket
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Some jobs that need Algebra are chemistry.
the second you hit equal lol
Every 5 seconds somebody is using the toilet or 0.2 people a second
pipeline transport is tranportatation good through a pipe. liquied and gas substances are send through pneumatic tubes that transport solid capsules using compressed air through pipelines which move the substance from one place to another by the preasure
Underground pipelines can be protected from corrosion by using protective coatings such as epoxy or polyethylene, installing cathodic protection systems to create a protective electrical current, and regularly inspecting and maintaining the pipelines to identify and address any corrosion issues promptly. Regular monitoring and corrosion control measures can help extend the lifespan of the pipelines and prevent leaks or failures.
their can be a leakage in the pipelines. It can be broken the thing can be transported easily and conveniently. It is profitable
by using air pressure
a Multi tasking computer can run several processes at one time, usually using super scalar architecture where several pipelines runsimultaneously by breaking the fetch execute cycle into stages and each pipeline can run a stage at a time. eg, if you broke the cycle down into 3 stages (fetch, decode, execute) you could have 3 pipelines running at once, one at stage 1, one at 2 and one at 3. a single task computer is one that can only run one process at anytime as it has only one pipeline...if any.
Pipelines are commonly used to transport various substances, including crude oil, natural gas, refined petroleum products, and water. Additionally, they can also carry chemicals, slurry (mixtures of solid and liquid), and even certain food products (like milk or juices) in specialized systems. The materials are typically moved through the pipelines using pressure and gravity, depending on the substance and the pipeline's design.
Crude oil is typically transported to refineries using pipelines, tankers, and railroads. Pipelines are the most common method due to their efficiency and cost-effectiveness, allowing for continuous flow over long distances. Tankers are used for maritime transport, especially for international shipping, while railroads can serve as an alternative for regions lacking pipeline infrastructure. Each method has its advantages depending on geographic and logistical considerations.
yes
In 8086 pipeline concept was introduced bcoz in 8086 we started using a buffer space which fetches the instruction at the same time when CPU processes
Sweet service in pipeline engineering refers to the transportation of hydrocarbons, particularly natural gas and crude oil, that contains little to no hydrogen sulfide (H2S) or other corrosive compounds. This type of service is generally less corrosive and requires less stringent materials and maintenance standards compared to "sour service," which involves fluids that contain significant levels of hydrogen sulfide. Consequently, sweet service pipelines can often be constructed using standard carbon steel materials, making them more cost-effective and easier to manage. Proper classification between sweet and sour service is crucial for ensuring the safety and longevity of pipeline systems.
Water transfer is the process of moving water from one location to another using various methods such as pipelines, canals, or tanks. This process is commonly used in agriculture, industry, and municipal water supply systems to ensure water availability in areas that require it.
To calculate the time required to fill a pipeline, you need to know the pipeline's volume and the flow rate of the fluid being transported. First, determine the volume of the pipeline using its dimensions (length and diameter) to calculate its cross-sectional area and then multiply by the length. Next, divide the total volume by the flow rate (volume per unit time) to find the time required to fill the pipeline. The formula can be expressed as: Time = Volume / Flow Rate.