In a plant density by: 0.97 KGM/s and viscosity 0.03 KGM / s with a pipeline...

In a plant density by: 0.97 KGM/s and viscosity 0.03 KGM / s with a pipeline from tank to tank

he's being transported. The pipe used in the line is made of cast iron ( = 0.12 mm). One in the transplant line

there are pump units. One fully open sliding valve (KSV=3.2) and one before pumping on the line

the piece has a 90° standard bracket (K90=2.2). The inner diameter of the pipe used even before the pump is 6 cm

and the line is 7.5 m long. After the pump, two fully open ball valves were used.

(KKV=4.3). The inner diameter of the pipe used after the pump is 3 cm and its length is 17.5 m. After the pump

there are 4 60° standard elbows (K60=2.6) on the line. Volumetric flow rate before pump 5 m3/hour while, it is exactly three times that after the pump. While the warehouse is in a tower 12 m high from the ground, the tank

it is positioned 4 m above the ground. Taking this data into account;

a) total friction loss in the pipeline [20p]

b) pressure loss covered by the pump [15p]

c) the minimum power of the pump, which is used to beat pressure loss and works with 90% efficiency

Expert Solution

genius_generous answered 2 years ago

Water flows in a horizontal pipeline at a steady flow rate of 0.03 m3 s-1. The...

Water flows in a horizontal pipeline at a steady flow rate of 0.03 m3 s-1. The pipeline terminates with a reducing bend that deflects the water upwards at an angle of 45 degrees, as shown in Figure QB2. The water issues into the atmosphere. The area of the pipe is 150 x 10-4 m2 and the area at the exit to the bend is 25 x 10-4 m2. The gauge pressure at the inlet to the bend is 73.9 kN...

The head loss of a water of kinematic viscosity 1x10^-6 m^2/s in a 50mm diameter pipeline...

The head loss of a water of kinematic viscosity 1x10^-6 m^2/s in a 50mm diameter pipeline was 0.25m over a length of 10 m at a discaherge of 2L/s. What is the corresponding discharge and hydraulic gradient when oil of kinematic viscosity 8.5x10^-6 m2/s flows through a 250mm diameter pipeline of the same relative roughness.

Air, with density of 0.00237 slug/ft3 and a kinematic viscosity of 0.000157 ft2/s, is forced through...

Air, with density of 0.00237 slug/ft3 and a kinematic viscosity of 0.000157 ft2/s, is forced through a horizontal square 9-by 9-in duct 100 ft long at 25 ft3/s. Find the pressure drop if the relative roughness is 0.0003 ft. Select one: a. 5.5 lbf/ft2 b. 1.5 lbf/ft2 c. 40 lbf/ft2 d. 15 lbf/ft2

(20pts) Glycerin has a density of 2.46 slug/ft3, a viscosity of 0.02 lbf∙s/ft2, and flows through...

(20pts) Glycerin has a density of 2.46 slug/ft3, a viscosity of 0.02 lbf∙s/ft2, and flows through a 10-in.-diameter pipe at 3 ft/s. The pipe is 20ft long. Based on its units, which viscosity was given, kinematic or dynamic? What is the Reynolds number? Is the flow laminar, turbulent, or transitional? Ans. Re≈300. What is the friction factor? What is the head loss in 20ft of pipe in units of feet? Ans. Approx. 0.7ft.

A long, straight horizontal pipeline of diameter 350 mm and effective roughness size 0.03 mm is...

A long, straight horizontal pipeline of diameter 350 mm and effective roughness size 0.03 mm is to be constructed to convey crude oil of density 860 kg/m3 and absolute viscosity 0.0064 N s∕m2 from the oilfield to a port at a steady rate of 7000 m3/day. Booster pumps, each providing a total head of 20 m with an overall efficiency of 60%, are to be installed at regular intervals. Determine the required spacing of the pumps and the power consumption...

Compare the differences in viscosity and density of water (SG = 1) and gasoline (SG =...

Compare the differences in viscosity and density of water (SG = 1) and gasoline (SG = 0.803). Determine the pressure at the bottom of a 8m high tank that is filled with water, and compare it to the pressure at the bottom if the tank is filled with gasoline. Calculate the volumetric and mass flow rates of the two fluids in a 0.10m diameter pipe moving at a velocity of 4.2 m/s.

A fluid with constant viscosity and density flows in radial direction from R1 radius surface to...

A fluid with constant viscosity and density flows in radial direction from R1 radius surface to R2 radius surface in the annular region, which consists of porous horizontal cylinders with coaxial R2 (outer) and R1 (inner) radii. (V = V (r)). Make your simplifications using the continuity equation and motion equations by specifying your required assumptions. Since the fluid is incompressible and is in laminar flow, obtain the steady pressure profile P(r) in terms of velocity in the outer radius...

H, 0.97%; Na, 22.09%; O, 46.13%; S, 30.81% What is the empirical formula?

An oil company produces gasoline from five inputs. The cost, density, viscosity, and sulfur content, and...

An oil company produces gasoline from five inputs. The cost, density, viscosity, and sulfur content, and the number of barrels available of each input are listed in the file PO4_78.xlsx. Gasoline sells for $75 per barrel. Gasoline can have a density of at most .95 units per barrel, a viscosity of at most 35 units per barrel, and a sulfur content of at most 3.3 units per barrel. How can the company maximize its profit.

At one point in a pipeline the water's speed is 3.00 m/s and the gauge pressure...

At one point in a pipeline the water's speed is 3.00 m/s and the gauge pressure is 5.00××1044 Pa. Find the gauge pressure at a second point in the line, 11.0 m lower than the first, if the pipe diameter at the second point is twice that at the first. Express your answer in kilopascals.

Question