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Distinguish between a Hazard and Operability Study (HAZOP) andHazard Analysis (HAZAN).(b) Explain briefly the quantities shown in the equations used for hazardanalysis H = D . fdt = D ×1/2F . T (if F . T << 1).(c) State the units of H and D and hence determine the units of fdt if any.(d) FIGURE 1 shows an external intermediate vessel which receives acontinuous mixture of hydrocarbon liquid and small variableamounts of water. The water must be separated by settlement intothe sump to prevent contamination of a later hydrocarbon processingstage. The sump should be drained every 4 hours by an operator.The operation is facilitated by a sight glass and high level alarm.Under normal conditions the sump would fill in approximately10 hours.Carry out a hazard and operability study (HAZOP) on the sump anddrain line for deviation of 'No Flow' and 'More Flow' of water, listingpossible causes, consequences and recommendations to avoid futuredeviations.
air enters a compressor at 14 psia 80 f with negliible speed and is discharged at 70 psia 500 f with a speed of 500
What the difference between Solar power and Raking system? What each of them effect in the cost? How much get the sun each of them
Compute the fugacity’s of ethane and n-butane in an equimolar mixture at 373.15K at 1, 10, and 15 bar total pressure assuming that the Lewis-Randall rule is correct.
The motor operates 4368 hours a year at a load factor of 0.75. Taking the cost of electricity to be $0.08/kWh, determine the amount of energy and money saved as a result of installing the high-efficiency motor instead of the standard motor. Also, ..
particle p moves in the x-y plane on the path described by yx24x212.5 where x y are given in feet. if x2ft and
Consider fully developed axisymmetric Poiseuille flow-flow in a round pipe of radius R (diameter D = 2R),with a forced pressure gradient dP/dx driving the flow
what is the angle at which diffraction occurs in au from 101 using incident radiation with a wavelength of 1.54 adeg.
water is the working fluid in a regenerative rankine cycle. the pressure and temperature at the turbine inlet are 8mpa
Air flowing at 23 kg/s enters a nozzle operating at steady state at 450 K, 300 kPa and a velocity of 2 m/s and exits at a temperature of 300 K and a velocity of 400 m/s. Using the ideal gas model for air, determine (a) the area of the inlet in m2 and..
Calculate the new volume of the gas.
water in 50 liter rigid container is initially at 500 kpa and 350c. as the result of heat transfer the water obtains
1. For each case, determine the specified property data and locate the state by hand on a sketch of the T-y diagram. (a) Evaluate the specific volume, in ft3/lb, and the specific enthalpy, in Btu/lb, of water at 400°F and a pressure of 3000 lbf/in...
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