One of the National Academy of Engineering Grand Challenges for Engineering is Develop Carbon Sequestration Methods . The NAE defines carbon sequestration as “capturing the carbon dioxide produced by burning fossil fuels and storing it safely away from the atmosphere.” The most promising storage location is underground, possibly in sedimentary brine formations. You are assigned to develop instrumentation to measure the properties of a brine formation, located 800 meters [m] deep. Assume the instruments will feel an equivalent amount of pressure to the amount of hydrostatic pressure felt at the bottom of an 800-meter [m] high column of brine, with a specific gravity of 1.35. To what hydrostatic pressure, in units of atmospheres [atm], must the instrumentation be built to withstand?
One of the National Academy of Engineering Grand Challenges for Engineering is Develop Carbon Sequestration Methods . The NAE defines carbon sequestration as “capturing the carbon dioxide produced by burning fossil fuels and storing it safely away from the atmosphere.” The most promising storage location is underground, possibly in sedimentary brine formations. You are assigned to develop instrumentation to measure the properties of a brine formation, located 800 meters [m] deep. Assume the instruments will feel an equivalent amount of pressure to the amount of hydrostatic pressure felt at the bottom of an 800-meter [m] high column of brine, with a specific gravity of 1.35. To what hydrostatic pressure, in units of atmospheres [atm], must the instrumentation be built to withstand?
Solution Summary: The author calculates the atmospheric pressure the instrumentation should be able to withstand.
One of the National Academy of Engineering Grand Challenges for Engineering is Develop Carbon Sequestration Methods. The NAE defines carbon sequestration as “capturing the carbon dioxide produced by burning fossil fuels and storing it safely away from the atmosphere.” The most promising storage location is underground, possibly in sedimentary brine formations. You are assigned to develop instrumentation to measure the properties of a brine formation, located 800 meters [m] deep. Assume the instruments will feel an equivalent amount of pressure to the amount of hydrostatic pressure felt at the bottom of an 800-meter [m] high column of brine, with a specific gravity of 1.35. To what hydrostatic pressure, in units of atmospheres [atm], must the instrumentation be built to withstand?
Revisit Example 6 from your Module 4 notes. Consider the well-insulated, rigid tank having a
volume of 10 [ft']. Previously, it contained saturated water vapor at 212°F at state 1. The water
was rapidly stirred until the pressure was 20 [lbfin'). In class we showed that the temperature at
state 2 was 445°F and the work done during this process was -31.3 (Btu].
Now, if insulation were removed from the tank, and the water is cooled at constant volume from
T2 = 445°F to T3= 300°F without stirring the water, determine:
a) The pressure at the state 3 in [Ibfin*), and
b) The heat transfer during the process in [Btu).
O You are running an industrial research study together with your project team to
improve energy efficiency in a combustion process. The purpose of the research is
to identify the optimum air-fuel ratio for the combustion process in a boiler under
varying conditions of air supply and quality of fuel. The study would involve
design of experiments, data collection and analysis, simulation of the different
variables and validation of the optimum parameters. There is a lot of pressure to
improve the energy efficiency as there is a forecast of fuel price rise in the
forthcoming month.
Based on the CRPE code of ethics, explain two critical precautions which
the engineers have to consider before implementation of the data collection
process for the industrial experiment.
to be taken during the
Describe briefly five ethical measures
experimentaldata collection in order to ensure validity of results.
Explain two precautions to be taken during the report writing on the
research study carried out…
⦁ “God himself could not sink this ship” This is an advertisement for the Titanic, produced in the early 1900s. However, after colliding with an iceberg at dawn on April 15, 1912, two rivers were formed, and out of the 2,200 people on board, 1,500 people, including the captain, sank with the ship. According to a later investigation, the “temperature change theory” (DBTT theory) was the most promising cause of the sinking. Give a brief guess of the cause of the ship's sinking in relation to temperature.
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