P9-3

Front 1

Methanol Is injected into the P 9–3 reactor chart stream to help maintain a moisture content range of____ppm in the P 9–3 recycle gas stream.

Back 1

15-25

Hint 1

Under 30

Front 2

The flow of sweep gas to each of the individual unit for sub headers is controlled by which method?

Back 2

Orifice plates

Front 3

You get the high level alarm on the P 9–3 compressor stream scrubber knockout (V-9327). What is the first thing you check on the board? You would check the____level.

Back 3

C-9303 Stream Drum

Front 4

In what order does the reactor effluent pass through the following exchangers after leaving R-9304

Back 4

1.E 9302

2.E 9308 or E 9301

3.E 9305

4.E 9306

Front 5

Which of the following best describes the effects of dehydrogenation within the P9-3 reformer unit?

Back 5

Releases hydrogen and consumes heat

Front 6

Which of the following are not permanent poisons to the catalyst in the P 9–3 reactors?

Back 6

Sulfur and nitrogen

Front 7

If HCl, (hydrochloric acid) in the P 9–3 recycle gas stream is higher than the target amount, this could indicate which of the following?

Back 7

Excessive moisture in the recycle gas stream

Front 8

Normal pressure at the effluent separator be 9304 is ____psig. (PIC93002)

Back 8

235

Front 9

From where do we normally draw samples in order to check for HCL or H2S?

Back 9

Compressor barrel

Front 10

Which one of the following will increase your hydrogen to oil ratio?

Back 10

Opening the gas HIC valves 93016 and 93017

Front 11

Your R.O.N. (Road Octane Number) For the morning stabilizer bottom samples 99. A daily orders list to target as 100 to 100.5. What is normally done to bring the R.O.N. To target?

Back 11

Increase reactor inlet temperatures (Heater outlet temps)

Front 12

The daily orders list the target Road octane number for the stabilizer bottoms as 100 to 100.5 the previous shift phase 4° across-the-board on the reactor inlets (Heater outlets). After raising temperatures, the stabilizer bottom samples were taken and the Road Octane Number is now at 100.

Which one of the following was the initial sample result for stabilizer R.O.N (Road octane number)?

Back 12

The initial stabilizer bottom sample with 99

Front 13

Which one of the following will increase reactor charge to P 9–3 unit?

Back 13

Manually raising setpoint at FC FC 93030 (P9-3 feed control valve)

Front 14

Which one of the following would cause a sudden increase in the level at V9301 (P9-3 feed drum)?

Back 14

LCV 93001A failed open

Front 15

P 9–3 reactor charge via P9301 A/B, Is routed to the reformer unit via which type of control?

Back 15

Rate of flow control

Front 16

Which one of the following would cause an increase in the moisture in the P 9–3 recycle gas stream?

Back 16

Increasing methanol addition to the reactor charge

Front 17

Which one of the following will cause LCV 93001A to close?

Back 17

An increase in the level at V9301 (Feed surge drum)

Front 18

Opening HCV 93005 reactor effluent bypass valve, will have which one of the following effects?

Back 18

An increase in the inlet temperature of the tube side of the stabilizer tower reboiler E9308

Front 19

Which one of the following moves will decrease the hydrogen oil mole ratio in the P9–3?

This is the ratio of hydrogen in the recycle gas compared to feed rate flow.

Back 19

Increasing the reactor charge rate to the P 9–3 unit (FRC93030)

Front 20

Which one of the following is performed to detect contamination of the P 9–3 unit by a temporary poison?

Back 20

Drawing samples from the TC9301 recycle gas stream and checking for H2S

Front 21

What is the function of the stabilizer tower T9301 ?

Back 21

Distills the reformate to remove C5s and lighter ends to P9-2 Frac, and optimizes the aromatic content of the tower bottoms for use at P9-4

Front 22

The stabilizer tower bottoms is normally about it to

Back 22

P 6–3 splitter unit

Front 23

They alternate routing of T9301 stabilizer tower bottoms is___ (not the normal routing.

Back 23

Heavy aromatics/ gasoline blending tanks

Front 24

Normally vent gas from the stabilizer tower overhead accumulator V9306 is rounded to the?

Back 24

P 9–2 Frac, Deethanizer absorber, T9257

Front 25

How does the liquid get some V9304 (effluent separator) to T9301 the (stabilizer tower)?

Back 25

High pressure at V9304 forces flow to T9301

Front 26

Select the control valve that routes excess Naptha to storage at TK151 and TK152

Back 26

LCV 3001 B

Front 27

Liquid leaving the V9304 effluent separator is controlled by which of the following methods?

Back 27

Level control cascaded to flow

Front 28

Reflux to T9301 is controlled by what method?

Back 28

Level control cascaded to flow

Front 29

Excess reflux leaving V9306 does soul by which method?

Back 29

Rate of flow

Front 30

You are placing P1642 or P1643 offsite pump in service. In what position should you place the minimum flow valve on these pumps?

Back 30

Open to where the flow is audible.

Front 31

Motor operated valve, MOV 17, bypass around LCV93001B is located where?

Back 31

At station X, near Plant 6

Front 32

Flow through the minimum flow line at the offsite charge pumps P1642 and P1643, is routed to where?

Back 32

Fill line of the offsite thanks TKS 151 and 152

Front 33

Which of the following is a true statement about the P 9–3 charge pumps?

Back 33

The pumps are 2300 V pumps and must be electrically blocked out by an electrician

Front 34

What is the purpose of routing reactor charge through the E9301 and E9302 exchangers?

Back 34

Preheat the reactor charge

Front 35

What is the physical state of the reactor charge after being routed Through a 930 to a and B, hot feed/affluent exchangers?

Back 35

Vapor state

Front 36

The normal operating pressure for T9301 stabilizer tower is___psi.

Back 36

200