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00:05 Good morning. And uh finally we come up for last day for

00:11 class. Um and uh thank you much for your, you know,

00:17 come on Saturdays. It's, it's difficult, but you guys make it

00:24 I also also make it. That's , very happy. Yeah. And

00:28 I want to spend a few minutes , to have a brief review of

00:33 yesterday's class. And yesterday, you , we mainly talk about the,

00:39 alteration of the oil in reservoir. we talk about the, the two

00:47 processes, but we introduced uh some or six alteration processes in for the

00:58 in the reservoir. So I want check with you on how many

01:03 how many the process you ha have in your mind and uh you sit

01:10 the middle and uh tell, tell the, the how many processes in

01:16 mind is uh that register or the in the alteration in the reservoir?

01:26 , if you can name number six them, that's great for five.

01:32 would be great. Yeah. Uh ok. I think that's good.

01:40 , that's really good. And uh uh what what else can edit

01:47 Yeah, what else? Gravity grading called? Yeah. Yeah.

02:02 That's great. So the the six , but we we focusing on the

02:07 processes yesterday it by, by about degradation and the T S R.

02:14 and uh what are the key differences these two processes? Yeah, one

02:27 the one is by the bacteria Another one is the reactions and um

02:38 temperature and one is a higher Yeah. And both of them involve

02:45 involve the water formation water. but for the T S R,

02:51 know that formation water is the the we call the really active. So

02:57 in the formation water. Do you that? And then what is the

03:01 social species for the T S R the in the formation water in a

03:09 ? I spent some time to emphasize uh sulfate sulfite species reactive. So

03:25 who who remember that reactive species in condition? Uh Not that yet.

03:41 still that we, we call the so contact iron pair. The reason

03:48 want to let you know that because is our research group was discovering says

03:54 you know, it's a so feature , soluble sulfate itself is not reactive

04:02 kill some sulfate. Aqueous is not . And uh the reactive sulfate species

04:11 a maan sulfate contact so that it react to the water formation water uh

04:19 and temperature. So that that's Uh And uh how, what is

04:27 initial beginning, the lowest initiated temperature the T S R? Uh?

04:35 , on the temperature of K should it be higher than 100?

04:41 oh, oh, hi. 120 C Yeah. And uh that is

04:50 , that's the hot weather. And it's just past the, just past

04:56 peak of oil generation. Just, remember that and all these processes,

05:02 this kind of the alteration processes of oil, it happens in the

05:09 So that's a 22, the key alteration process that we discussed yesterday just

05:17 have some ideas. So definitely, know, for your homework assignment,

05:23 do not really ask you the equations chemical equations of the T S R

05:28 but uh you need to know that concepts and uh I, I always

05:34 the definition. Yeah. So the homework assignment, I will have that

05:39 of for you for this uh class today's class. And uh we,

05:46 will have two sections and uh that the material we already uploaded in our

05:57 the, the the is a part and part nine, part a and

06:03 nine. So, and uh we will go to the part eight

06:10 much as I can and also part as much as I can. So

06:15 checked with Anthony and see about you, you guys reading the paper

06:21 Anthony is not ready. Yet. how about, how about? And

06:26 , not really yet. Yeah. . Ok. So, but we

06:34 need, we still need those, kind of things can accomplished. So

06:38 , if I complete this class supposed, I complete class at uh

06:44 o'clock. And uh that means I have 11 hour of time, that

06:50 hour time, we will set up zoom class and use this one hour

06:56 time online to, to you guys to the, the paper if it

07:02 one paper for five hour, five or two minutes and for each of

07:08 and then we, we can have uh some kind of the the for

07:13 part, we have, we can that one. So I tried to

07:17 my class today one hour earlier. give us one hour for, for

07:22 zoom class and that we, we a final exam that set up

07:27 Yeah. Yeah. Hopefully we can have that uh zoom class, you

07:34 , even after when they still still , I do the, all the

07:39 all I want because we have a sections for our school. One

07:45 I, you know, attending a and have un questions answers, you

07:50 homework assignment and that is a big and then they have a, you

07:56 , reading the paper and present it in the class. That is the

08:02 portion and the last portion is the exam. So the, the second

08:09 we will set up on the, , maybe the Friday of next

08:16 Yeah, the Friday of next you know, it's the, we

08:20 at 12 o'clock. I don't know that is the work for you or

08:24 . Oh, what, what is good time for you? Maybe one

08:27 . That's be good. 1 to . Yeah. Yeah. Please do

08:32 . And the, the, the one hour or even two

08:36 But then yeah, but and also I want to uh spend some time

08:44 you have a question, you set up a zoom with me and

08:49 I can individually talk with you if have questions react to your homework,

08:54 to anything you, you want you want to further discuss with

09:02 Yes. Since Ne next Friday, Friday, we will spend one hour

09:08 have the pre presentations. That is , is that uh that we will

09:15 presented by all of you instead of . Yeah. So that's uh

09:21 we, we will, we will each other. So I will,

09:24 will get based on that. I materials I can show the, give

09:28 scope for, for give you the portion at the school. Yeah,

09:34 that's next Friday. So any, time before the Wednesday before Wednesday,

09:40 you want to set up the individual meeting with me, just individually,

09:46 don't need to go through the you set up those things if you have

09:49 questions, just uh just send them email, set, set up a

09:52 meeting. We can, we can questions and I know, you

09:57 three of you all attended the in class. It really help you to

10:03 that all the materials and all these are very, really variable and she

10:09 really change the, she didn't attend last weeks, Saturday class on this

10:14 in person class. And uh I need to set up an individual zoom

10:20 with her. And, uh, I read a, read a,

10:23 her homework as Simon chance. It's simple. It's the about the,

10:29 our burial history. And he, just say, OK, the generation

10:34 of rock is that's only one sentence it's actually she didn't really,

10:40 the, the really, really know , the, the really, really

10:44 answer more, more, more, materials. She, she should more

10:49 more. So I will set up individual class, individual zoom zoom time

10:53 her. And uh for you if you like and just, just

10:58 me know and the whole whole you know, we, we spend

11:03 lot of our time and uh we you to, to really say,

11:09 , something I, I think is but I still not really get there

11:16 . I want to, you give you as much as the guidance

11:19 I can and help you and uh us go to the, get into

11:26 today's class. And then again, know, our class uh course of

11:32 called the petroleum geochemistry. And uh spend a lot of time to look

11:40 source rocks is actually we learn a from source rocks that build up the

11:46 good foundation for us, understand the products which is the crude oil and

11:53 gas. So uh I will spend let us in to look at the

11:58 is the crude oil. The crude is a mixture of naturally occurring organic

12:06 and with diverse carbons and therefore diverse points and the common methods of

12:14 including the gas chromatograph. So that's the crude oil is simple. You

12:21 see that the keyword is that it's a current product which contained the

12:32 many organic compounds. And uh I think any, any, any researchers

12:41 get the all the compounds be identified the characterized for the just the one

12:49 oil. And that's the people people that there's thousands of carbons for in

12:57 kind of crude oil. So you see that you can imagine that how

13:02 of this, the those things. uh the very, very useful method

13:09 characterize the crude oil is uh we the gas chromatograph. Actually, we

13:14 talk about whole oil G C. that this is a very, I

13:22 it's a very basic truth. You to know and uh where it's,

13:29 as important as rock paralysis for the whole G C analysis. When

13:38 take the, take the rock so characterization, you know, we look

13:45 two important uh factors which is an of organic matter and the generation potential

13:55 the organic. So that's the two factors for the when we have a

14:01 oil at our hands. And uh know that is a mixture of the

14:08 organic compounds. So that the the , very important method and uh to

14:18 at the whole oil to look at whole oil compositions that use the best

14:25 graph. So the P S A chromatography can separate rich and oil samples

14:34 individual compounds based on the boiling point . So the way I can we

14:41 do is that we got a very portion of the crude oil normally just

14:49 the 20 mg of the crude oil uh and then read it and the

15:02 and then added the solvents. What of solvents we added in in order

15:07 try to get the whole O U C in particularly the large car.

15:12 kind of solvent we we will use to I I did it say say

15:16 . So yesterday hopefully is anybody remember ? Huh uh Me and Cora that

15:28 11 of them the solvent we are . But me and chora the boiling

15:34 still it you know, it's we we, we, we about

15:40 20 mg of oil that is about 20 microliters in volume. Even the

15:49 microliters involved if you density that 0.8 added about the 400 microliters of

16:01 So you can see that the the to the oil is uh is about

16:06 how many times it's, it's, about uh 2020 times. Yeah.

16:15 that this, now this is the of the each compound, it really

16:26 on the concentration of the mixed uh , which is the oil and the

16:33 . So you can imagine that the itself is that uh it's very will

16:39 up very big, big big But actually, when we do the

16:45 C analysis, we try to so boiling point as low as possible because

16:54 will be very, very big. peak or so peak will interfere with

17:00 oil components. So that's the, solvents which we use. That is

17:07 dark medicine medicine. It's actually actually is not really, we suggest to

17:14 it for the whole U G C the point is still still high

17:21 We use another solvent to call the sulfide A CS two CS two.

17:29 uh the uh just, just, remember that they use the CS two

17:36 a solvent to dissolve the oil. then I thought about the 425 details

17:47 the whole whole whole small volume and the file on the, put it

17:54 the, put it into the sampling chill those sample tree is actually that's

18:00 automation systems and uh that you put there. And then that's the they

18:07 the sample to that sample tower is a syringe there. And then they

18:13 see you program each other one batch the samples. It normally, normally

18:20 put 20 samples in one batch and put there, you program it and

18:27 can run the samples automatically. So you do is that after each

18:34 after each sample run is actually we will put that picture that rings

18:44 the rins the syringe, you they, they have a syringe and

18:49 get samples from both samples. After . If you want to,

18:54 if you want to inject a second in order to uh get rid of

19:00 cross contamination, you need to arrange sign the use the use the

19:09 which is C two that brings that a clean, clean, your,

19:15 clean your syringe and then ready for second injection. So each round will

19:22 about each round will take about an , one hour. And after the

19:28 around you, your after one sample , actually you arrange your, the

19:34 your syringe and ready for next So after one hour, you can

19:40 the second samples to your, to G signal. So the, once

19:47 injecting your, once you inject your to your G C, it's that

19:53 will lower tile all your samples including in, in the injection, the

20:02 pot, injection pot. But that inject pot pot. Yeah, it's

20:06 250 degree degrees C that, that but sometimes it's 350 degrees C and

20:15 all the, all the, the oil components, including solvents into

20:22 gas piece. Once you remember that then you have a carrier gas,

20:30 have carrier gas and carry on carry your beverage the samples and goes to

20:40 color. This is, this is a 13 or 15 m long,

20:47 m, 30 or 50 m long that cry column. And yeah,

20:55 size of the column is very It's very small, 0.5 millimeters or

21:05 even, even even smaller than And you can give it that on

21:12 that uh so you, you have mixture, each extra material through

21:21 And uh so those samples can be on the molecule of the family,

21:30 the smaller mole molecule size, more faster you move the slower. So

21:40 is the end of the call. uh you, you have an additional

21:48 the gas, you have additional gas all your, the, the,

21:54 each compound into the detector. So detector here that the detector we call

22:01 F ID flam ionization detector and those a very hot temperature, that

22:09 is very hot temperature and uh it a oxygen which is the air at

22:16 air and the hydrogen and the And then every, every, all

22:27 separate from color get into the detective the, and I I and then

22:38 I had and become the supposed ma molecules, maximal molecules are not direct

22:47 by the F ID. You need generate a ach three that, that

22:56 of ice. And uh that means , you need one of the and

23:02 the iron that I tested by the F I T detection. And once

23:09 have that and then, then you a, you know the system that

23:13 digital digital processing system, OK. the record in the, they

23:22 pick, pick area of, of box, each, the higher concentration

23:30 the components that correspond to higher pick of each. So eventually you search

23:42 separate the all the mixed component components the individual compounds. So this is

23:53 , the typical, typical oil, T C uh chromatogram. And what

23:59 can see that you do that you a lot of larger peaks, large

24:05 peaks and those are all belong to kings, normal, normal oil

24:18 if you have a Yeah, because normal oil can, normal oil

24:28 see that, that have a chain a normal languages. And that's still

24:39 still the, that the, the , single, they're like this.

24:49 then we have a call that we do also call, have a

24:56 it's called, I know I ask , which contains the, the,

25:18 the, the, the, the, the, the components in

25:25 , the, the normal, the and also you know that they do

25:32 a yeah, they don't have a aromatics normally contains the third type doesn

25:45 or yes, all those things can separate in that. So what you

25:57 see that, that I both kicks are normally. So you can,

26:06 normally we put the, we we the, the internal standards and

26:13 each chick is like uh like this is and then there's 111 card number

26:26 and the 1918 and 16, 14, 13, 12, 10

26:43 . And this is a very this is a very, very normal

26:48 , the G C train you, the the in the oil. Now

26:55 our research, we do this simple . What what I want to emphasize

27:00 since is that is that you have small and separate here. And uh

27:07 you use the solvent, if you your solage, it actually it didn't

27:11 see that you. So and the two is the car contain the materials

27:17 have big. So actually this is really cut. So that's why,

27:28 know, this is not really a our mixed uh, components. You

27:36 , that's, that's why we use same too. And, and,

27:43 , also you see that there's a of a small pig out of small

27:48 . Those small pis is actually I , uh, also have a very

27:57 idea. They actually the ARIC. , uh, also you can see

28:02 there's, uh, we call we have a really big here.

28:07 are the, because we know that oil all have a full uh the

28:14 production groups who can tell me that there are four fraction groups. We

28:20 about a few times already what they , oil can separate it to four

28:26 groups. We had to saturate. only two contain the compounds. And

28:39 , and as really big molecules, cannot really separate with that one and

28:48 the, from the bigger hamper. uh also, you know,

28:55 the, the we, we talk that we will introduce a little bit

28:59 the mark markers which are uh are in but normally the bridge that seven

29:12 see what we see here. You , we have a normal and also

29:18 some marks developed. Yeah, those the very good indication for the,

29:24 the source indication and uh also the indication and respect that they can refer

29:33 to the red, reduced development of , your. So yeah,

29:44 the G C G C itself cannot , so that, and that's why

29:52 , the the, the, the is another techniques that's very useful

29:58 And uh after that, she gave the, what the idea is that

30:06 each the same here, it's everything for, for, for this part

30:13 that's for the detector part instead of detector of abundance of the I it's

30:25 you detect the mass and uh that the, the in the,

30:32 in the process and then you take mass and then look, look at

30:37 different each compound, each compound after can form the many, many of

30:44 red, they have a have a spec reference. They can use it

30:51 identify each. That's why the, why the, the, the G

30:58 is a very basic thing like our paralysis for the crude oil characterization.

31:07 you really looking for more details about mark, the G C, the

31:14 is not enough, you need to a different, different new tools.

31:20 . So that's uh uh we do really cover the this mass techniques in

31:26 , in our course, but that's it's become a, become a little

31:31 more complicated for the G C So the G C is a regular

31:38 , relatively easy uh technique and uh very useful. OK. So this

31:53 the show that this is a oil the Gulf coast region, what you

32:01 see that and uh 15 and uh us to look at the once I

32:25 I have a really good, good uh let me, let me check

32:31 this each big, big. Yeah, this is carbon line that

32:51 . Yeah, those are each, , I think the normal oil component

33:00 this uh this C 62, the and it was kind of small.

33:18 , that's, yeah, I, , some, some of the,

33:28 , but it's actually it's the, kind of also reliable, what you

33:35 normal, that very clearly approached. that's why the normal ever do that

33:44 uh you know, any time when do the research, you want to

33:49 the, find the most reliable. . So what you can see that

33:55 also the, the one important thing second season based on the boil point

34:07 is that no, it is the of the, the car is actually

34:16 of the body part of the, , the, the, the,

34:24 in the oven. I I forgot mention why one important thing is when

34:28 do the, do the rock we got one s two picks.

34:36 . And they use it called the pro the program teaching program.

34:42 you remember that we have a we will heat from the room temperature

34:49 600 degrees C we have a, call the heating program. Same thing

34:59 . Same thing here. That's why , you know, volatile volatile from

35:07 point. That's the heart. And but uh all the all those

35:14 all those things is mixed. So uh initially mix a bit so

35:20 Yeah. And then in here that a great high temperature zone. So

35:29 is just a the the so the of the mixture of all and then

35:46 know that color green no develop to color. So that T C column

35:53 be that will be absorbed on the of the T C column inside of

36:02 surface of column. And then what do is gradually increase where do increase

36:12 . So once you increase temperature, , that's the at a lower

36:17 That's the point. Uh the the the the the carbon, the carbon

36:24 with the lower boling points, you be back to the release from the

36:32 at an earlier time. That why see the large carbon as you have

36:38 lower carbon numbers and has the higher body points and turn up the

36:52 then separate. And that is that the concept we can reach and they

37:08 to is about 303 150 or 304 . Normally it's 350. So because

37:20 all the, all the pas can when they reach the three. So

37:27 that that's the kind of thing I to hear and what that means that

37:33 know, we see the this and you still see the very, very

37:41 small chicks here know that the LP and those kind of stuff comes

37:48 We don't know, we don't know that, but not that, that

37:53 be in the car of the 2022 22. So what we do is

38:03 let the, all the things together for each individual in the local,

38:13 the carbon, that's the carbon number country and then you the, the

38:18 and the together we do that integration by that and then we, we

38:27 get the, the concentrate concentration of each carbon groups. And uh of

38:35 , you know that they can get reliable concentration of the normal oil for

38:43 and uh what, what you can that what you can see that the

38:48 peak for the normal oil can see and uh when you look at the

38:55 concentration of a normal oil cans in whole oil, can you estimate that

39:03 the how much percentage of normal oil can take in the whole oil in

39:11 whole oil company? How much OK. Give me a guess,

39:24 whatever number gave it to me. based on this line I say,

39:27 , maybe 20 maybe 30 or maybe how much percentage? OK.

39:38 that's a that was, that you know, before, before I

39:43 this kind of the crude oil to study. I my my if you

39:48 at all those things you will OK, that is a normal

39:52 It will take at least 50 60% the whole oil come from to

40:01 to the of the whole oil. actually, those, those is the

40:07 text that 20 to 25% about The rest of the things, the

40:14 of things is all this kind of kind of uh the brunch you cannot

40:23 uh isolate the, separate, the on the. So this is

40:31 is the second thing I want to with you. I think it's a

40:34 that's kind of things of interesting that know that the normal you can if

40:39 look at all the yeah, that's really a lot. This actually

40:44 normal the only takes about 20 to of the whole by formation. What

40:58 you mean by formation? Mm It a correlation the time. Yes,

41:10 house is oh OK. I I see it's uh to exempt the

41:19 as we try to see the the , this samples on the oil that

41:25 and the oil, oil correlation they similarity based on the based based on

41:32 , we can say OK, this is similar to another oil or different

41:37 oil. So that's, that's the we don't need to provide a space

41:43 us to do the oil, oil comparison. This oil compared to the

41:49 oil. How that actually if you to do that. Oh Yeah,

41:53 , the, the reason why to that because, you know,

41:57 uh, if we, in, , we, we have produce the

42:00 in the base. The one region can collect the oil samples, another

42:05 will collect another oil sample and then can collect the oil samples across

42:11 you want to know those five oil , the fire oil, they are

42:17 or different. Yeah. The, , to the, to the same

42:22 different because we got products we want we want to get the idea with

42:28 this oil. Yeah, that's the times, multiple times that and the

43:03 oil. Yeah. Yeah. all the same. That's a is

43:29 thank you. That's uh I didn't look at that. That's why that's

43:33 that's why I I I I see since I didn't really see the where

43:39 that was come from. Ok, thank you. That's great. Ok

43:53 uh this is what I said you that. Ok, this one is

43:58 a really nice one you have. . Yeah that and what what we

44:23 is that there is a very very typical uh and uh for the

44:30 number in the N 7 17 the 7 18 that and what we see

44:40 those those cheap of the 17 which 17 and uh after that quickly come

44:49 another another I the the the the like this very very what we call

45:07 . And uh and uh that's also noise as noise. Maybe, maybe

45:15 is the one of the very very, very useful the, this

45:31 every sport happen every port habit, have a one branch of. So

45:38 are the, those are the called and those, those things very,

45:44 useful, very, very good indicator the, for the reduce environments on

45:53 also the maturity in the kitchen for oil. So this is the same

45:58 and there is the same and then got the same same I think and

46:07 also have also have a also which a but so that that's very,

46:21 , very useful, very useful since the oil, oil, oil correlation

46:27 uh like the like we we we it is important finger. And then

46:37 , normally, if the increasing value less than that, normally you get

46:43 the few organic source of the oil sourced from marine environment. If the

46:50 ratio of this two ratio of these , the peak area of these two

46:56 than the three that indicate that uh that's it, that's I mean that's

47:05 a that is a very, very in education for us to uh for

47:11 to identify the source of the And uh that that's why they come

47:24 man indication. This is the one one the important indication. And uh

47:29 here there's a performance of the P N separation technology. So that's

47:35 as we see here, that's the O U G C and C I

47:41 which is a normal paraffin. And , the people develop the tools,

47:49 to develop the experimental tools. See if you compare this to look at

47:56 , this, this compare this to and branch has moved and they,

48:05 uh that, that is the, , the experimentally I can use

48:10 you use the different uh different uh absorb the absorption and to remove the

48:17 and concentrate with the normal. And it comes to the normal, what

48:24 can see here, what you can here the the this this normal chicks

48:30 do not really interfere by the any of the uh the, yeah.

48:38 then that's what we said yesterday, know, I show you about the

48:45 of each individual compounds as how, they can get it. Because if

48:52 , this you need, you need really get the pure chicken and not

49:00 affected by the just the small chicks order to catch the measurement of the

49:08 is how do that? You see this is the same sample is

49:15 remove the is is and get normal and also you have a,

49:26 you can get as para para two chicks which is, and once you

49:36 those kind of separation, you can the carbon aspects of the Christian.

49:43 is also very useful to, to the source of the organic ma that

49:50 , the, the those those. then we have not, not actually

49:56 the the. So all complicates the structures and contains the, contains

50:05 the yeah, a carbon, single bound by race, all kind

50:17 all kind of compounds. Those things still the single banks actually have a

50:26 rings and actually five, there's five and six cameras and so it's not

50:36 and uh, you, you don't you need to know too much about

50:40 things. But what do you, do you realize that the, the

50:44 in order to get to the, order to the oil and the they

50:50 many, many different countries, new medicine to the oil and uh

50:57 as much as information from oil and referring back, referring back to the

51:05 , my sauce and some mature Those kind of very important. And

51:12 normally, normally, you know, you many, many places like uh

51:17 the, the like like East they develop those oil fields for,

51:25 many, many years. They, even don't know where has the sauce

51:29 up. I do not really drill , you know, before we drill

51:35 , do the shell oil and shale . Who will take, we will

51:40 out your sauce. Sauce is is, is your oil and gas

51:46 , but the money come from relevant of the instead of the, the

51:54 market itself. Yeah. And then you a geologist, you tell your

51:58 manager and say I want to, the people that will share your,

52:03 want to do the. Alright, talk about this 5 50. Not

52:35 . I know you. Ok, mhm. Bye. I really agree

53:04 that deal with the, you before that again. Oh, and

53:16 what you can do is, you , and the oil and quality,

53:34 why, that's why the people spend 10 for. And uh we also

53:50 this lab before and we want to further increase over there. And uh

54:01 do have a uh your GP patter actually changed and I don't know if

54:08 have a good, very good. uh I wanted to see what the

54:23 , all the humans will come, from dominance. It in with

54:36 in, in what is considered the of that is that the increase of

54:44 and uh so the future value from become lower and eventually become, which

54:54 discuss before. Once you reach the , it's actually get the, get

55:02 the all over the and then you the see the curve curve and,

55:15 usually, and so any kind of . So that, that is the

55:26 that is one of the indication if look at your oil, look at

55:30 oil and uh have this knowledge in mind and then you put the,

55:35 on the whole c you get some about the, the oil and the

55:44 back to the and uh also OK, let, let's have a

55:56 at this, this, uh I this really, really from the,

56:02 , the what is, what, I mentioned before about. So because

56:08 , that's why they have a really , big chicken here. So

56:15 that's the, uh look at this really good the, the there

56:29 and even if that, so that's actually if you use that for this

56:36 for you, this is actually like use some, some or some other

56:41 . So not good. You should dark you, that medicine is a

56:48 clear separation. So think about look at, look at your,

56:58 at our whole O G C this here if, if you

57:12 cover everything. Yeah, that's not because if you run a two.

57:22 if you really want to run ac that like this, this this and

57:41 is very good. But what, is actually the, the shape,

57:47 shape of the whole really our uh , the the of the or,

57:59 , or you know, the is contain some kind of a very special

58:09 . And uh they're called the golden on some green all. And those

58:14 is actually produce the heavier hydrocarbons which heavier two or 27 22.

58:26 And uh turn out to the fast change in the oil. So that's

58:32 , what I want to emphasize is , the, the current technology,

58:38 technology much, much better, much than those of us, much better

58:45 us. It's the, when, you have, I, I believe

58:50 work on that you have all you send them to the any kind

58:54 commercial app that can get to the nice, utilize the G C

59:04 Uh This is actually even better. , you know, my lab,

59:08 gets a very nice, very nice of the whole. It's uh for

59:15 pick it, you see that the is a separation is very good.

59:20 a big, if the two big all almost overlap together because you call

59:30 together. So that means that your , not you need to really adjust

59:35 your color, but those are all technical issues. And we, you

59:41 not ask you what I want to is that once you have a in

59:49 current technology, you can get them nice T C. Uh And then

59:58 you give you a clear idea about , the composition, composition of the

60:05 , the new combination of the Yeah, that's the, that's

60:10 the and uh this one and we show this one and that's the,

60:19 know, at the O G you run a G C, you

60:23 uh you also and that can quickly the information about your oil in a

60:32 been a has been a by, the irritation or not. So like

60:41 one, this one, this one clear, very normal or it is

60:49 . You do not really have any of uh uh no, no,

60:56 , very nice of, oh, is the normally we will use that

61:12 inject, inject the mix. it should seem like as yeah,

61:22 is uh the, the because uh know, if we use the

61:30 you need the big. So what do is that we use that for

61:38 that is the, the the that's , the, the, the um

62:00 then, then you know that 304 so that direction each and for this

62:20 I know um because at this I thought that was and uh so

62:30 you see this kind of the, kind of the hole, which is

62:33 like something wrong run with not, , not and that it's via the

62:46 , you know, assume and suggest this area, maybe you have the

62:53 water and the activity and the recharging connected to the connect somehow connect to

63:01 surface. And uh if you see kind of things of coffee, the

63:09 oil, you know that know that information from the oil. And uh

63:20 also, and those those for the sample and the people before we have

63:30 share oil on the shale gas. this, this is and then you

63:38 production and shows that your oil like and then this this and this is

63:48 just get the, get the and this one by the, by the

64:08 even catch the last part the and and so this one given shadow and

64:18 , then you see the, that's that, yeah, this is

64:33 very good indication, very good That's the oil competition, all the

64:41 C competition of. And then for , you have a, you have

64:48 in a shadow shadow Arima. we already show and all that we

64:58 at the oil composition referring your the the alteration and the same and

65:05 one and another case and we are show this one as well. And

65:11 what is another very important thing is , you know, we have

65:15 we have oil produced in, in, in the area in a

65:21 and then, then we do not have a do not really have a

65:26 rock information. And how do we that the have come the the source

65:33 rich source or this? So that's let's give in because if you have

65:40 kind of geological information and then you , you can, you can based

65:45 the geology, you can have some which formation could be potential. So

65:51 that can work attitude by, you , this is the, this is

65:57 oils and uh they use for the 29 C 30. And uh that's

66:06 X axis with the rats, that , another, another rat, the

66:15 you can see that, you this day I have a based on

66:20 many, based on the many, other, the best data and the

66:25 , this kind of the empirical correlation referring to your in the, in

66:37 reach the. So the field if have a class go there and once

66:48 have a oil samples, you do kind of analysis. And uh and

66:53 and put that the analysis result to kind of empirical block. And then

66:59 have ideas that that if your soft is mainly should be reach the soft

67:08 the. So suppose you and then make some uh some kind of the

67:19 they have the potential highly important. this and then you have a geology

67:30 combine the geology, geology, say , that smart oil formation actually rich

67:37 and all you say legal for. , I go to, I should

67:43 that legal for the system is rich , smart formation that is class system

67:51 then you have some ideas, The oil you know trap in here

67:57 my truck is could be sourced from eagle. And uh that is a

68:04 of a bigger, bigger picture they to you. I think that,

68:10 , that that is how, how the this this those can provide a

68:16 , really useful information as well. . That is the market for

68:26 oil and oil correlation. Now come finally come up with this kind of

68:32 things about oil, oil, oil , the correlation, oil,

68:38 oil correlation. Imagine that uh the and the fingerprints and the select

68:47 What's actually what I what I say , the all, all that still

68:55 C and uh once if we have I I I need to to further

69:02 the data. Once we get the oil C C, we don't need

69:08 separate the oil to the different Yeah, we don't need to do

69:14 . And uh for the fingerprint from biomarkers medicine and we need to separate

69:21 oil to the different uh function group is a satu biometrics and the saturated

69:30 , we can use the two that market. And once we have

69:37 those kind of big, actually the and we use saturated fractions and those

69:44 injected to our G C that if want to get the whole, no

69:58 you can get the information from you cannot get that. And this

70:04 information you from your, your And the, the you have

70:12 you have to use a G C and the G C mass and uh

70:16 then you can get a really good for each component and the seeds can

70:24 misleading due to the recent or So that's uh we have all sees

70:33 some fields and then, you we can collect that, see all

70:39 we can do, we can do analysis. But those are the,

70:42 people give, give us some uh mise information. And uh it's,

70:49 course, you come by the some matter in the recent segment and also

70:58 also the involved in the oil, system alteration like that's higher. So

71:09 the point I want to say that say, OK, if you do

71:14 all we do the research work, do the research work. You need

71:19 , you need to, you need look at the new material, research

71:25 , how reliable of research. this is fun. This is a

71:30 , very first step, very small . And uh for our source rock

71:37 for our source studies, you craft samples and the co the the

71:46 the core materials, of course, will select the view the co

71:50 right? And that will be uh will be you, you will spend

71:55 much as the effort and the money your your time to to work on

72:01 , your, your the material because most reliable. The and and also

72:12 you have a for comparison couples for different locations, of course, you

72:18 to close out. And if there no, I'm still OK, you

72:27 because you can get as much fresh as you can. And the third

72:37 that we had because cutting you you can limit that cutter, the

72:43 , mixing me the material that mix any information you can generate from that

72:52 also the protection is less reliable. this is how, how we do

73:00 research. We first the first you need to look at your research

73:06 . Oh Use the a you the best material are possible. It's

73:16 more time for to find our investment send you to the to the oil

73:24 . The best uh samples actually produce from your past. You get those

73:31 as much as you can and uh a really fresh uncontaminated balance. Because

73:42 about that, if you at the at the beginning, you have very

73:46 at preparation for your samples, collect uh after two or three years and

73:54 the the and uh when you stand here to give the presentation to your

74:02 , no one really question about your representative. Yeah. And that is

74:08 you spend, you spend 22 or months of time to find the right

74:14 . OK? And when you present to the new audience, present it

74:18 your professor, present to your I feel so comfortable because my

74:26 I have no any thought for my , of course, very important to

74:33 . It's uh it, it uh the beginning when you design anything kind

74:37 projects at the beginning with that that part. Otherwise, if

74:43 otherwise if you catch some beginning you and uh after three years, you

74:50 your time on when you present no audiences. Hey, for

74:56 I don't think it was that and you can use a lot of

75:07 what does that mean? That means , that your results that you got

75:12 your mature is not, uh this very important, very important. I

75:20 it's the, you know, when , when, when you all design

75:25 new project that found, that's why like the little few words here and

75:33 components or region that what we talk today. OK. And uh so

75:46 is the, this is the, course, no contamination dream dream

75:58 and then you have, so that's the only that. So based

76:04 the key component component of the oil the water, you know the whole

76:17 and uh those kind of things to oil caps around the region of

76:32 can be have the two variation If you start the oil, oil

76:40 have this what you can, what you can get. Oh, that's

76:45 . OK. We can how the of the R referring back to the

76:51 r receptive is ocean. And it's we have traps, we have trap

77:00 develop them. And the trap is you can charge the, the oil

77:08 from the different sources deeper or shallow you can try trap the oil actually

77:15 from the same source but give some . So let's talk about next,

77:23 think can then be to that. oh your geograph that is even

77:31 you know, we need to use knowledge, oil, oil correlation,

77:38 correlation. So back to geology, to your, look at your and

77:43 look, look at your, look your back to your geology and uh

77:48 you more confidence for your for your analysis. So that's the the the

77:57 the very detailed work, do the detailed work. And uh we still

78:02 to to back to back to That is why the, you know

78:09 my understanding as a joke, chemist geophysics and uh geologist, everything,

78:20 , what you do, we need get back to. Otherwise, you

78:25 , we will remove the joke from subjects. That is the how,

78:31 that said that means means that in past all spec majority in the period

78:46 that time around the world. And that is how you know our geology

78:54 geologist. And uh we, when do the research, we do the

79:00 , we will do the very detailed , very detailed study in your

79:05 in your your mail, your But after you get some understanding,

79:12 you get some understanding you, you to, you need to open your

79:18 once you get to very detailed understanding you build up some kind of the

79:24 that based on your side and of kind of some kind of the theory

79:30 on your side. And that's very all over the area. And then

79:37 need to open mind will watch open to say, OK, open your

79:42 , not to only look at your , you need to apply knowledge to

79:47 areas, you apply knowledge to other areas of obviously and make your research

79:57 more valuable. Then you just only at your head. This is

80:03 this is the one and the further is OK, if I look at

80:08 space, hi harrier this best. then you say, OK, I

80:15 something in my best suppose, the, the nutrition and the fact

80:23 that, that the the the the my area, all tectonic effect this

80:32 just the best, the best, they experience a different and then you

80:41 , OK, that best to become Yeah. And that in the and

80:52 you try to see that you look the reference, look at the

80:56 the not the best and then combined because that is that's kind of the

81:05 that come up from your research. , they say, OK, based

81:09 my research, my area I and and just not to the to the

81:19 then you read the reference on it that, that and can you really

81:28 some support and then you, you , you get those things at

81:35 what you can see that you you, you have more work and

81:41 , and all the games to watch the games. When you write your

81:46 , it's not only one chance. focus the focus of my and then

81:53 have a, you have, you two or three. So this is

82:00 kind of the research method. I, I try to try to

82:07 about all the things here. What of oil, oil formation? What

82:11 of oil formation? Wow, you to take the charge? The charge

82:18 that kind of thing? You back geology. Yeah, going back to

82:23 , you need to check to OK. This thing is only unique

82:28 my area or relatively general in in a best that that is that

82:35 then then then the the you you learn a lot and uh your

82:39 become more valuable. OK. And that's the empirical and numerical modeling of

82:50 supply in the matrix. So let's about mass balance space for the

82:58 And let me see at what time ? Yeah. Can we have

83:03 can we have the 10 minutes And then we back, we back

83:10 it. OK. And uh we talk about the empirical and numerical model

83:20 the hydrocarbon supply entrapment volumes. What supply supply means that uh if we

83:28 a trap, you need to relate relate to your source rock itself.

83:34 . And also you need to relate the expulsion efficiency and uh and also

83:42 and uh that what we really talk now is we, we use a

83:47 called the volumetrics means. What is really does not want to know that

83:53 much, how much oil and gas be in the, in our,

84:02 our. Yeah. So that's So how we can reach there.

84:08 the, the the big, big material mass balance based for the

84:17 estimation, so that everything is based the mass balance. Ok. So

84:24 a better ideas here. And now realized that how important of our peachum

84:33 . Yes. And in, in to understand that the volumes, how

84:40 oil and the gas can be charged the traps, that's the only we

84:44 , we can reach them. And you see that's the, they stick

84:51 the, the everything which we talk about that and that to say the

84:56 are still and the petroleum systems. that's back to our, back to

85:03 first class, four weeks class. uh we, we have introduced this

85:11 a few times already. So I , I don't want to spend too

85:15 time on here. So what we know that we have a conventional

85:21 , conventional system, not conventional I want to test a little bit

85:26 uh what are you understanding about conventional ? And the systems s language.

85:49 . I think that's very good. think that's good enough. You

85:53 if you have 100 scores, you to 9 to 5 scores already.

85:57 , and, uh, and the, the, the reason here

86:00 that this for the conventional, you to, you need to also

86:05 count for the side. You, you add that one there and

86:10 then you reach a 90 edge And for the for the unconventional,

86:16 know, it's the, you, say the source rock is actually if

86:20 use a self source reservoir, that's good at self source. The I

86:27 that. I think that Oh Yeah. Yeah. So, and

86:36 yeah, let, let us pass slide and this is the, this

86:41 the how the, the mass balance what we're talking talking about. So

86:45 called the efficiency of petroleum generation migration and the is uh many, many

86:55 ones there. But what should we to let the, let us to

87:00 through this, this, this the detail. OK. We

87:06 we have, they have the organ they have two factors want to characterize

87:15 organ or two main main factors. uh lastly, can you tell me

87:24 the two important factors? We want characterize our source rock and organ.

87:31 , what they are concert concert. get my country, country actually,

87:41 another one. Let's uh yeah, we evaluate the talk about, we

88:00 at the abundance of organ ma and related to generation. We, we

88:07 a very important statement that we talk . We talk about the as a

88:16 , there's two things. Keep in that is when we talk about that

88:25 of organ and the the high carbon potential because other other carbon temperature potential

88:35 reach many, many things. And can you tell me the other

88:43 ? What is the key fact fact only affect our? Yeah.

89:16 Yeah, that's important. I think can be there. That's, that's

89:26 good if you can, you because I, I little admire about

89:31 , our carbon generation potential after our on the, you, you

89:37 you don't really, really, really much about why the travel.

89:46 I clearly understand that in my I believe a lot of kind of

89:58 tax on the kind of very so much that together and the

90:26 that's good. How about you? three terms there. I think it's

90:31 good, very good. That actually a wonderful, wonderful, wonderful.

90:36 , I'm happy you get there and get there. They have that and

90:44 we want to see that they have which is uh give, give that

90:55 the plus two. Now you see in the, now we talk about

91:03 S two, you, you, will have a, that kind of

91:07 rocker paralysis, the diagram in your . Yeah, that the,

91:14 that the, those are the convertible also those, those will be not

91:21 the cell contains a lot of them come, which is not, not

91:33 , not a, producing any other and gas we call them in or

91:44 that, don't do that. So portion do not play a role for

91:48 whole equation. But those things is if you push the equation here,

91:54 might equation. We have juice, have juicy like a pole or getting

92:04 , it's actually now is the Q equals two, the portion of

92:14 the large oil gas. And that two portion that's for our organic

92:27 for the organic man. We, do the two, listen to

92:31 listen to me one more time. O C. What is T O

92:37 total organic? But you can't, get my. So this organic content

92:46 based on that that's on the And now and uh because we want

93:00 be going to run the and uh the convertible portion, it really depends

93:09 your summer that even that I don't inside when we can watch them

93:20 we can watch that. And then given some choice. If not,

93:33 can come to oil and gas. only one which is uh which my

93:51 that or the heavy cheap plans, is another another separation here. If

94:05 go on the Yeah, you see and then they, this thing for

94:15 given symmetric stage and QC equal to . And then how much that,

94:29 , what should that or getting back the port, some of the spell

94:37 called called the oil and gas, is retained in our source, is

94:48 in our and also some portion of is actually retained in the carrier

94:56 which is we described before is we oil rich expelled and the along the

95:05 then charged into the carrier base and carrier bats have pro you and uh

95:14 a space and you could use the oil in it would be by the

95:22 . Now you have to replace some of water in order to, in

95:26 to further mark which and uh uh on the policy, those kind of

95:34 to that go to your trap. . So some portion of them will

95:40 the in the, it's the, before the, the, the,

95:46 the the the time of the will to China and then we have a

95:51 actually go to China, no doubt are the, those are we run

96:01 , we want to, we, only see a small, small part

96:07 the carbon on this side that big then all these that is the violence

96:18 the efficiency of the, the talk this and uh that uh and also

96:27 know that people go to, they have some bypass support their,

96:33 the structures and those oil can go the and spilled or is so in

96:44 country this because it was, it not bad. But eventually you see

96:50 if you want to understand the if you want to understand this is

96:56 big a of that you, you back forth, back for to this

97:06 . And uh let me see, is a carbon transport, transport efficiency

97:14 about 25% to 35% average is about . So that's a this is that

97:26 only about the 5 to 30% 35% the convert the to the OK.

97:36 not. And uh I can see you see here is the organic

97:42 in fact is about about 2%. that's uh from there to here.

97:54 you see the, see the how this complicated process, it's uh

98:04 the calculation of assumption will be You need to understand the various of

98:10 processes until you reach the, reach reach the estimate of the volume in

98:26 , I think that's the and then empirical model of the hydrocarbon supply and

98:35 volume as mentioned, and there's two and the the for the empirical

98:45 And I said, well, how volume is like like fact, in

98:52 to answer this question, you consider many, many of this fact,

98:58 distribution area simpleness of a generation, is the, which is reach to

99:07 yeah and uh OK, the enrichment the which is uh affect the generation

99:20 hydro carbon and the screen of current . Awesome. This is the,

99:29 is the and uh another important thing having of and, and the distribution

99:42 I think of a car on the and the book has a matter

99:51 So those are the things, those things is actually actually actually what

99:56 what we, at the beginning, talked about the five geological elements and

100:03 geological processes for the petroleum system. everything, everything in order to build

100:12 kind of uh uh I and uh volume of carbon are available for the

100:23 then we do those, those things the answer that you want to answer

100:28 question, we need to really consider , what, what this and then

100:34 have a family some out about the estimate of the volume of the

100:44 the trap and the hydrocarbon supply which is the organic, that is

100:53 organic carbon based equation. It's what based on the organic carbon that's based

101:00 our previous uh no conversion or battery , all this end of the

101:12 And uh so let's say that this is a, just a

101:18 OK. OK. Available for the to based on the organ of carbon

101:31 thought area and start to and some and I'm efficiency factors and oil production

101:45 oil computations. Everything here is all true, watch our evaluation. So

101:57 , that's why let's say that, know, you said, you

102:00 when we do the evaluation, we to see the QC and the generation

102:08 is registered to us so much with conversion and uh also the to

102:20 so that's uh that is how, the, when we do the to

102:25 evaluation and that two very important factors are looking at and uh and see

102:45 oil in place providing adequate reservoir. this and uh so that's uh so

102:55 in pest in the is actually if uh you know, if, if

103:02 really adequate traps and the traps and distance and then this oil helps a

103:15 to, to make an estimation. uh previous is say, OK,

103:23 based on the carbon organic carbon based as a concept to OK. And

103:33 if we pass the carbon supply based the plus you do that, that

103:46 actually the available for the equal to on the 15 class competition, still

103:57 see that area density, the maturation actually very similar to the, the

104:11 carbon based. And the plus this method to the to the con

104:21 method. It's a consideration of the is very simple, the protection.

104:29 the difference in the value is based a carbon based on that, that

104:35 15 plus which you can see that difference you can see the two differences

104:41 that once you go to the C plus, which is uh which is

104:45 oil gap, which is oil and we move it from the carbon to

104:50 oil. And then this is the material balance in order to do

105:01 they have a typical input like two and 3D modeling. And uh and

105:15 and uh the process of statements and symmetry and the second and half of

105:25 is the, this input for the model. And uh then we see

105:31 we could look at what is our . This, this is very

105:36 very important slides. You, you, you may be the,

105:41 , you may need to know that , when we run the best

105:45 run the best modem, what's the parameters or, or the concern,

105:54 is the art which comes out. first thing is the corporation distribution.

106:00 they can give us a distribution that think about that, think about

106:07 the, the, the which we there is we see the pro versus

106:16 and the generation was a oppression and generation different stages of generation corresponding to

106:25 pressure. Think of that, that you will see that why the pressure

106:31 important because this is that this will determined that determine that you, if

106:36 have a higher blood pressure and the production will be high, that's the

106:43 and the second one is the surface because everything here, geological geological elements

106:57 uh Thompson transfer to the articles be , we want to be careful to

107:08 that is that they can get that then they can tell the physical process

107:14 study. And uh also calculate some which is uh which, which,

107:23 , which is r to the, to the, the density, the

107:28 and all those kind of things. uh also that one and the maturity

107:39 and you see that one very important then once you get, once you

107:50 here, you get that, how are? Yeah. Yeah, there's

108:15 reflection of data is very often for company but it, it's very,

108:21 very typical. Uh They, they , they will get from the either

108:28 are in house or they, they the management by themselves or they can

108:36 it to the lab in particular, commercial lab. This is a

108:43 very important data and uh for the collaboration and uh also the,

108:55 , and that also very best, probably the hardest one. Mhm

109:51 They don't, I'm sure they use themselves, the neighborhood partner. Uh

110:00 don't like that type of but they do like small company as well.

110:09 company, not this kind of the size of 5000 people. So you

110:24 , you can check the and all . Oh they put it from the

110:38 time at that time that, that's they do when they have higher and

110:48 also have, what, what is ? Ok. Yeah, that

111:01 I, it seems crazy now or , I worked in the, I

111:15 in the research. Ok. And back to, back to the

111:27 , sorry. 9250. I, know, I was here in China

111:38 I US to here, I think , that and, uh, they

111:57 a, my, I mean, , you should have, you should

112:05 taken and uh somehow I didn't do the and because I looking for something

112:18 . And so after that, I that how important is more than you

112:26 because you have to have and also have, they have, they

112:37 I work in this area for I work in the area for almost

112:42 years I have and it just because do not have that do not have

112:56 you don't know about that just, then you use the results you,

113:06 you do not really do this kind require quite a lot of input,

113:11 see that here, if you look the have some history, you need

113:19 make a large part of the, depth, the bar depth that model

113:28 you need to calibrate that model with , if you do not have

113:33 you cannot really with that model and you cannot really check about your history

113:39 that and then you need to input the physical process of all the

113:49 all kind of things, you need kind of data to input it.

113:54 uh you need to, to have best data through the time, the

114:00 symmetry may be changed. So you , you need to have that

114:04 you know, you need to, course, you need to one and

114:09 we need to the in order to order to build the build the the

114:17 model. So if you look at here, if you do not have

114:20 kind of data, no way you , you can make this happen.

114:24 , without data, you can, can, you can come of

114:30 So that's that the, if the, the, the I I

114:35 believe, I do believe that if , if the group, if you

114:40 to research group or the they do research for many years by or even

114:48 , they do have, they do data to allow you to use

114:52 They have existing database and then you use that data database to do this

114:58 of. So that is that, is what you know, but to

115:05 that we need to really have input and then you have, then you

115:18 good question about this. So what the goal of this father, his

115:27 ? You just want to know the of basketball, you know, our

115:35 goal is that you treat that you that, that let me, let

115:40 bring this, this figures again back . OK. You want to know

115:45 how much oil can attract and because I'm, I'm a geophysics.

115:56 from a geophysics, so we will use the, use the size

116:05 3D models and from the and determine size of the board. So regardless

116:15 the side area size in the. why do we need to evaluate

116:21 It's OK. Why don't you, me, let me of the things

116:32 are thinking about, we think about integration, integration of the different uh

116:39 differences, geology, geochemistry and and the first thing, let

116:46 let me talk about this and, , and all things like to talk

116:52 Children. The advantage is of each . So suppose we have, suppose

117:00 have a property. OK? And for the two pieces, what

117:10 you, you, you, you with this trap shapes all this

117:15 everything, the burial but other things don't know, other things, don't

117:23 really don't know at this, it's really have oil there or not.

117:31 have not clearly direct evidence like maybe this technology and uh because you,

117:39 jump is really based on the doesn't if you have a, you

117:47 it's uh if you have a really big reservoir, a big fields and

117:53 you can maybe you can identify some of uh the differences on this track

118:00 oil field versus at that time, not have oil field. So you

118:06 to make a comparison for that. at least, at least you do

118:11 have direct evidence. That is what want to talk here. You do

118:15 have direct evidence, evaluate this trap on your and that is the field

118:23 not, you do not have direct for the geologist, for the

118:29 And you understand, you understand that uh for me the age, geological

118:37 , what time, what time Because uh because you the the for

118:44 , the only things you look at , this is not really dynamic.

118:50 look at how it looks like. ? Actually, and the geologist use

118:59 , you put a time line, ? This trap, this trap for

119:03 formula. So that that is uh is uh which you can make that

119:13 of statement for sure. We run detailed analysis and then the, the

119:21 geologist still still have no idea this filled with oil or not. You

119:27 do not really have that and camp Canada. OK? And I combined

119:36 your information, you have a trap formation, you have an age,

119:41 kinds of things and then you do very detailed that kind of the

119:48 And I said, OK, when oil gene reach and when the how

119:53 oil can be expelled out and into river, what time does explosion?

120:02 . And then with that, we do this geo geology and geophysics

120:08 combined the of the oil generation explosion charging those kind of information there.

120:15 then you have better, you I just said you have a

120:19 much better understanding of this kind was time which one has a more likely

120:29 you. So you can significantly reduce risk to do the to the,

120:36 the drive home before that, that what that is my understand. That's

120:43 thing. I don't want to, don't want to emphasize too much about

120:46 technology's uh advantages. But this real situation, you combine those 333

120:58 , you have much better understanding of probability of oil charge in. So

121:06 other words, that is at the , the first class, you know

121:10 we do I care because that's your provider, more evidence to reduce the

121:24 you in the bathroom. That's a , that's the whole purpose. Uh

121:29 is the, this is the, is the petro petro industry and the

121:36 , the whole idea of the market reduce the risk, reduce the

121:43 And then each, each, you , each system sis and we,

121:48 developed various different and to which we talking, what should we have now

121:58 geologist re seals and, and for and a better so and products and

122:11 geophysics and they develop a method is better than the and the for migration

122:24 . So that, that is the purpose. I think that's run,

122:28 this kind of uh we run this of uh uh system. You,

122:34 you run the system that you, , you already see that it's actually

122:40 almost every, including almost everything. good thing is we do have a

122:49 based on the theory, that's the theory and everything here. Sorry,

123:01 try to, to, to eventually the, how much, how high

123:08 can or you can charge the because see that this kind of here,

123:16 . If, if those ones, are in the car, if those

123:22 is really big and then you still very small portion to go to everything

123:28 all good. Red light is red light is wonderful and have a

123:33 high quality. But you do not have very good effective traps. Most

123:43 the most of the oil is actually in the carrier base and then the

123:49 portion, very small portion for you even you have very good even you

123:55 very big giant sea, everything is . But if you have a very

124:01 portion of the available, that is the I think that the important.

124:13 . Yes. Uh the source, technical sickness and the area is for

124:32 Geophysics, the Geophysics team, it's Geophysics time. They, they use

124:38 and uh they can that, that is based on the reflection reflection and

124:45 surface and then they can clearly clearly the how the current current current formation

124:53 looks like. In particular. You , you, you can break it

124:57 , break it down to different formations uh combined with logging if you have

125:04 and they have very logging and then things match each other. If

125:10 you can record, recording some review the catching and recording the depth

125:16 those kind of things and, and the geophysics and they have assessment that

125:22 of the reflection surface and combine Calibri should calibrate is and then define which

125:32 fraction surface we present to the which yes, they, they

125:42 Yeah. And I guess I think don't have to have to play with

125:53 , but it seems like it would very risky to not just based

126:01 So for the uncommercial system for un , what should we talk about to

126:07 , let say that generational migration those are the for the conventional system

126:14 the petroleum system analysis. Yeah, still doesn't have. So I

126:22 it still vibrating for the unconventional system call the cell source system.

126:30 self source system. That means that still need to understand the, the

126:38 , the reason why we want to generation because that we needed to understand

126:45 the, yeah, the and how oil has been generated and how much

126:53 remains as a. So, so that it's a very, very important

127:00 to consider for the UN actually, actually because here, but if you

127:07 the lower a very small portion of oil generated and converge and then

127:14 that area definitely not good for your so that you still need to evaluate

127:22 and also bring a here and uh much those oil can be retained and

127:30 gas can be retained in your formation we call the oil and gas situation

127:39 your UN. That's the oil and gas situation in the uncommercial reservation.

127:45 the most important number in each That's what I did that a lot

127:52 work, research, work on. need to know that you need to

127:56 is uh we, we call the and you need to know that that

128:01 this retain the oil and gas, much oil you can really to recover

128:11 what is the key controls to that resources? And that is you evaluate

128:18 one, this one and we do really evaluate too much about this

128:24 right. Yeah, you don't need , to evaluate this too much about

128:27 push. But once you really focus here, this will be divided into

128:34 lot of things. And the first is that that's uh you have a

128:40 oil and gas, what field you higher pro of your source racks,

128:48 will have a higher retention gap because need to have flu stored there.

128:56 uh that is 111 factor. The factor, second, very important factor

129:02 uh I I I I explained to before and they had all fraction.

129:10 is a very, very key technology all the tube, in all the

129:16 . Uh Listen, I the oil the gas from the self source,

129:23 source actually include relevance. You need create the fractions, you need to

129:29 the horizontals. And then two factors your common, very, very importantly

129:34 , which is that we, we that this this horizon change a lot

129:43 in the ship in the, in and then later they also will be

129:49 . So you, you need to a prediction is how you this already

129:54 change, which is geology, which geology is the place that come

130:02 And uh those are those the evaluation that we, we call that we

130:07 the shell. He appropriate, you that because that will become irrelevant.

130:16 put your there, you cost you . Yeah. And uh the,

130:21 , the, the place which we is called a sweet sweet spot location

130:29 your landing. You hold another important because we also need to have a

130:37 fractions the fracture to this. Or you have a miner to the carbonate

130:45 reach the minerals and acidic can reach minerals and then your flex will be

130:52 to have a higher chance to develop factories, propagation. So you need

130:59 read it this portion, we want develop this portion that actually is kind

131:06 the very important things you need to . It's not go to that's

131:16 But that because this class and we do not really uh that is the

131:22 the new knowledge about uncommon is not including in the, in the,

131:30 I that that that's what, what what I feel on that we should

131:36 the, improve the significantly in the for this kind of class because that

131:43 how that in the future in the . And uh in particular, I

131:48 you the history of the production of production in the United States and in

131:54 future, maybe in the future, the 15, 20 years, the

131:59 ener fossil energy, the volume it's mainly come from as per basin

132:10 other other places. And uh those , those kind of conventional conventional systems

132:17 will play a role that you can that. And the, the the

132:24 the conventional system, conventional system, you really find the great change,

132:33 and gas development and that you, don't need to do too much else

132:40 this, this trap, the the red is have a relatively high

132:46 high. So the bell to be is much better. It's very,

132:54 kilometers away or even a few kilometers the, you can feel that too

133:03 develop, develop this kind of. uh what I told you for the

133:09 resource development, I told you before uh in a in a eagle ball

133:14 play and they already the 25,000. , that's huge, right? So

133:24 is the, that is how the the big difference and uh just uh

133:29 , just, just uh I, , I think it was the one

133:34 the shortage of this course is the design. I provided some, some

133:40 based on my experience, but I not really include them. Let's if

133:45 include those, those information, I to replace the most of the most

133:50 the un conventional materials in order to our time five minutes. But the

133:58 things in it, good things if ask me, I, I definitely

134:02 , can explain more and uh you know, if you look at

134:07 box and uh for me, for , I think it will be for

134:15 unconventional, this is the uncommitted resources then you need to evaluate the unconventional

134:21 based on them things in the fun , oil and gas countries.

134:29 oil gas actually important. That's a . Yeah, that's a material.

134:36 the second thing second issues is about heterogenic geology. And uh another thing

134:43 about, am I wrong? You to it? Yeah, is not

135:01 . Correct. You know, that's right. Look at this, look

135:08 this, this uh but I think , we have a better advantage.

135:13 think it's, we have a, have a, you might have to

135:23 uh and then they have also activated oil generation oil partially expelled out,

135:33 is the, yeah, and the bed once get into the carrier and

135:40 bo bo bo, you play a role for the oil for the

135:49 You know, because the density of oil is much lower than the

135:58 So the oil, the oil, the oil still play a role.

136:02 into, into car, the car eventually, eventually the oil will reach

136:09 the carrier base and into traps once get interested into carbon, so that

136:17 source of the oil can be same the commission rather. So that's

136:27 if you look at the conventional unconventional , like we have a, we

136:38 22 in the best part, the used to be called the, called

136:45 , called the, the center. is a to the, which is

136:52 platform. So that's the oil just from the and charge it into the

136:59 platform, which was a conventional, was the, the conventional areas.

137:06 the, the, the, the build a lot of and still still

137:10 the in the convention and the, know, and then go to the

137:18 , get in the best, then them through the, the sauce rocks

137:24 the deal. Also, you know I I state that the sauce rock

137:29 , sauce rock itself is not, the all the rich. It's

137:36 they do have uh the because of , because of the sedimentary rich

137:42 they do have an organic rich shell the sometimes in the bed, it

137:48 a very, very uh the and sun. So oil generation from

137:56 from the, the, the very to the, the. So when

138:07 put the bell, they put into and the and then fracture from that

138:20 , that state of the include including rich and the organic oh and uh

138:33 also, you know, we talk the about we have a, we

138:39 a here and uh we to get the window and that's why we,

138:47 show the so OK in the oil , you see that you know that

138:54 , pressure because of the oil inside the pressure of the increase significantly and

139:05 even can reach to the level can that over this stage. And that

139:13 in micro once they have that and you have a very, a very

139:23 the and and is a very short on chat. And uh because the

139:34 is very low, very one of and uh the people that you cannot

139:45 form the based on the, based the, the voice to form,

139:53 the gas, oil and the This kind of the ground separation,

139:59 need to overcome the very big you cannot really do that. In

140:05 to do that, you have very , very long to the oil and

140:11 colum and to overcome the instead, what they do is become pressure is

140:19 high. And then this system, system and you do have uh some

140:25 connectivity. So if you had a , additional flu injected into your

140:33 you can squeeze the art to watch then there's the, the oil,

140:42 oil gas and it into very which the order. And the result is

140:56 you have a gas there. And of the gas, we are

141:02 it's actually from the water in the gasses. That is how the central

141:10 base uh gas accumulation performs. It still, still come up the same

141:18 and we are talking about the same . And uh so this is

141:27 this is the how the conventional conventional is at the beginning of people have

141:34 , have a in particular, some some uh some, some geologists,

141:40 , they do not really get to , get to the, do the

141:45 of conventional and, but you can very easy because that's, let's

141:49 OK, the oil, the is from the here is the 3000.

142:01 , it's actually or generated in the . This concept for the campus is

142:09 easy to, to get to but , not all the geologist they

142:15 So that's that's why that, that's very, very good question. But

142:20 you have a, if you have sauce, you will. So,

142:24 you will definitely have a associate that the reservoir and uncommercial and the,

142:35 , the, for the, for same, they have the,

142:39 the, the E food itself is become, is our shale oil

142:47 And they also have a chalk, chalk, which is the low two

142:51 and develop some and, and the from the E and the a lot

143:00 the awesome that's, that's the, the initially in the back to 19

143:07 . And uh they start to produce oil from a, they still produce

143:12 oil from now. That's from the low, the main,

143:21 the, the just the difference, main difference is because uh because oil

143:28 in the here, we do not a build the technology to recover it

143:36 the 4008. And uh that's hove treating bells and hydraulic fraction. It's

143:47 technology and uh applied to here and that make, make, make,

143:56 change the oil and the gas can recovered economic data. Yeah, that's

144:03 very good, very, very good . I I just to let you

144:07 that and it's when you realize that , from here, from here we

144:13 take, you don't need to do to this detail directions you don't need

144:17 go down that the, the timing kinds of things. We don't need

144:22 care about that kind of very detailed . We doesn't need to evaluate,

144:27 this notion. You don't need to . I'm happy, I'm happy you

144:40 reach the questions. That's, that good. That's really good. I

144:44 feel some, you, you accept already, you accept some concept in

144:49 mind about the, about the petroleum , about the rock and that's the

144:56 good, this is the whole whole purpose. We, you know

144:59 uh we we try to deliver this to you and you, you,

145:06 see it's OK. That is, know, they those guys, they

145:09 this kind of things and uh and is not this, you know,

145:15 is scientifically scientifically based on the the good this graph is a very wonderful

145:22 on the concept to actually give us true understand of things. OK?

145:41 think we could be see that we have an input and then it still

145:48 this useful. This is very useful the that OK. And the hydrocarbon

145:57 and the those things were very, important, very, very important to

146:03 to understand the oil quality in the relatives uncontrollable and uh and calculate that

146:16 that the temperature distribution in the source the current conditions. That is also

146:24 important to to for the engineer to , design, design some engineering to

146:31 approach because that's related to the And uh what else is that

146:40 those could be related to the the to our traction uh Dubai and the

146:49 of course, is very important. still the the for the unconventional,

146:55 a higher, higher pressure. It relate to the our barrier depth,

147:01 barrier depth deeper and then same kind resources, same kind of oil

147:08 If you very deep, very deeper be depth deeper. Your pressure,

147:14 , your pressure is much higher than shallow ones like uh like Eagle

147:21 We we look at the, look the, the look, look at

147:24 place called the that area and the barrier depth most in the lower Eagle

147:31 is greater than 12,000 ft. Pressure high. But at the normally high

147:38 , which that's because the pressure is in the current condition, you drill

147:45 and the generator fractures and uh you that produces and you, you return

147:52 and uh go to the best side the, the the base net because

147:58 is about 6006 or at least 6000 . And the result in the current

148:07 depth. It's uh in the range that 7000 and uh 7000, uh

148:14 , you can, you know your cost is low but raise another issue

148:20 the space. We we have oil the gas, we have oil and

148:25 gas all reaching the in the And uh but the, when,

148:31 you ask your pressure decreases, you , the you do the formation pressure

148:39 decrease again. And then without in oil and gas, once you have

148:46 your gas phase separation in the you have two phases for you and

148:52 gas after you fraction. And when put the in the production gas,

148:59 is the move is much faster than . So what you get is is

149:04 gas instead of oil, so many oil will be reaching, you

149:11 really produce it. That is why that's why the that's, that's the

149:16 of that is very important. We that we, we, we,

149:19 look at the PV T the pressure temperature and the behavior actually he is

149:28 related to the our conditions. this is all still still useful,

149:38 useful. I just say for the , that's why the, that's why

149:42 unconventional uh resource development. The best is it still use it for

149:46 the for for the to guide the uh resource development. But the directions

149:53 different directions do not really determine the in time or zero time, those

149:58 of things because they self source, know that that the is is the

150:05 good, is good. Yeah. . And uh let us go through

150:16 slide. This is the chemical material um approach we have input in this

150:26 and the type of in this color some models in the middle that so

150:35 one for the person, we don't a section and the best,

150:42 best symmetry so that you, you this comes from the geophysics and all

150:50 of things. And then the back that means the sta sta to fix

150:58 computer of the model. And then is the success? That is

151:08 that's the, so you have best and put this in and then,

151:17 uh the the the the reflection reflection and look at the do the do

151:33 and then you can use the the up and uh I believe that you

151:43 all the things about the our Blockchain of collaboration. OK. And uh

151:53 then further the kind of, and you use the, the model and

152:07 model as a everything to the and you have the temperature and the maturation

152:16 , which is, which is we to have a and then they will

152:22 up to this, this, this go to the, this migration

152:31 That's the people of this generation is what you can see here. So

152:38 that this graphic and the photograph, is one of the factor for regulation

152:45 then come up with the history of flu pressure oil and then those those

152:56 for the model. And then that is the, that is

153:09 the, the the information from oil using the information from position about the

153:16 composition and then the dynamic model and it come after the amount of oil

153:29 best solution allow publish. And uh are the, those are the

153:36 I think a nice uh conceptual model the blue and show show the how

153:45 , how our geochemical uh material balance course, and they use it to

153:53 the input what article and this, think this also, I think it's

154:01 important for, for our class. because uh because we have geo geologist

154:08 geophysics here, then you, you see that you see the

154:13 you see the integration of the, the different elements of the input and

154:21 binary to that. But so I, I like you, you

154:28 , you know, understand this, , the, this, this uh

154:33 , this and uh which, which allow you, which will allow you

154:39 the future in your work is you , not once you focus on the

154:44 article, you know that what what a, what you really talk

154:49 and then you, you think about , OK? If you want to

154:53 the, the and you need to , you need to integrate with geology

154:59 and, and that they have a better explanation of the any chance.

155:20 . I think we, we already this one already and uh if any

155:27 you would and uh the residual show oh show your concept that is,

155:38 is what you focus on. And already explained a lot and what kind

155:44 new things we should care about. uh that's, that's the, the

155:51 and gas content retain them, how we change them. That's very

156:00 And second is about, is about , the, the hetero called the

156:11 naturally. And this, this And uh another important thing is

156:18 which is to and uh the total generation o and migration analysis formed to

156:30 how much of the total generation hydrocarbon in the soft track versus how much

156:39 in conventional and how much is left the basin through the hydrodynamic flushing or

156:51 what what we really, I think , this, this still the relate

156:56 the if you want to make prediction then still applied and then it still

157:07 . OK. This side to the of the results. Those are

157:14 those are the five the points uh go through each of them. And

157:20 first, the best mode or similar there, the best match expel the

157:28 unique mo at number of points in generation. So that means that if

157:35 want to look at this one, need to look at this expel the

157:41 , not only the one point in , you need to look at the

157:45 , several, several press and at point multiply that quality by the on

157:56 uh the mature to each other. that means if you have volume,

158:06 you want to make the volume, the second approach. And third

158:12 calculate the average high carbon per unit for the entire generation area. Then

158:22 you have each point and then you up with the model to, to

158:27 the how much will the entire multiply the port by the area of the

158:39 area to calculate the total and multiply total hydrocarbon failed by an appropriate transfer

158:51 factor to estimate hydrocarbon available for So this is a transfer efficiency factor

158:59 actually to the the the oils retained the current. So I think this

159:08 that you don't need to remember it definitely not required for this.

159:14 you know that you know that how that numbers come from.

159:20 this is the what this show and is gene generation, gene, the

159:27 the area, the definition and you the map and also close, close

159:34 and you get some ideas and uh this is so, so analysis and

159:42 protocol and uh we have a and know, you can get the and

159:54 , and we have and the large also also do the measurement of the

160:06 which is the epsilon. And then you have rats and uh we know

160:16 , that's the O C and another is the potential that a potential because

160:29 , and, and some and then the, the, the the material

160:42 those ones and those things and, a and uh further look at the

161:02 detailed. So those are, those the all the geochemical analysis can

161:09 can be. So if you have sample, all samples of large

161:21 And uh yeah, we, we this line back again. So four

161:27 characteristics, if we look at our and uh how we can get that

161:34 get that method. OK. It's time for me to test.

161:39 We, we want to look at organic enrichment and uh it will matter

161:44 I didn't have content. So what equipment we use it for uh for

161:54 organic content analysis. Uh uh So , you could choose the they

161:59 the carbon software analyze it. And the higher carbon generation potential is

162:07 yield. What uh what is the that you use? What is equipment

162:11 use? What method you use our ? Yeah. Uh You, you

162:20 , you do remember? Yeah. that that we look at the

162:30 Yeah. Yeah. And uh and you, we look at the product

162:36 which is the oil and gas associated the character, morphology and elemental

162:41 So when we look at the character , what what uh what method we

162:46 use using morphology? Yeah, which is a organic pet graphic.

162:57 , that's great. And then when look at the elemental composition, what

163:01 what, what method that we are ? Elemental composition of character? What

163:14 the elemental con the composition of a ? The keto. Yeah. Chemical

163:23 . What? No chemical, chemical analysis? Yeah. Of the

163:33 Yeah. So that's the actually we at the elemental composition which is

163:38 including which, which elements? Yeah. Yeah. Yeah. Carbon

163:53 oxygen. Yeah. So for that's great. You see that and

164:00 with the everything, what we use is that you, you almost,

164:05 almost know that. OK? And , then you look at the C

164:11 plus the carbon number. Then the 15, they don't have the average

164:17 and uh they use the fraction as . And then they ask is when

164:26 use the and uh to be called we we from source racks, you

164:35 , they have still retained the hydrocarbons we use a solvent to extra

164:41 what that what we call general we to call them so much extracts sol

164:54 . So we know that on the , the Q O C is composed

164:59 the soluble hydrocarbons and uns soluble insoluble . Insoluble hydrocarbon gave a name to

165:10 insoluble s insoluble organic matter. We it gave a name called no,

165:22 vitamin is soluble and insoluble insoluble organic . What's what's name we get

165:32 Yeah. Yeah. Yeah, that's . We talk about the Carro.

165:35 is insoluble in the. So that's a character. Great. Great

165:43 . That's why the, that's why , you know, so extract so

165:50 means that we can use so OK. I will come in

166:00 We try to look at the higher composition that from produce oil and from

166:08 what uh what is the method What is the equivalent method we

166:19 Please speak. I, you I spent uh I spent some time

166:23 morning to look at that. What ? Uh-huh and uh what method that

166:31 use to, to characterize the mix , the components of the oil?

166:42 , yes. Yeah. Yeah. , I guess chromatograph. Yeah,

166:45 the, that is the, you , that that's what I told you

166:50 this is a very, very very important uh tools which is the

166:56 chromatograph for the oil calculation. So see see the gas. So now

167:07 think that now when you look at , this one, this, I

167:12 that you have a very good, good understanding and uh uh for

167:19 you know, if you look at attribute and uh what kind of method

167:25 will use it. And uh except what I the the here uh I

167:34 believe you have a much better, knowledge in your mind about each of

167:41 method. Yeah. So I, don't think this is one of the

167:51 I definitely want you to review And uh so this is a very

167:57 summary, summarize the slides and uh bring all our knowledge, previous knowledge

168:06 , it's a very good, good . And OK, so the the

168:14 is the paralysis and uh we have peaks and uh also oxygen index,

168:21 index. And uh this is the paralysis and this is for the evaluation

168:29 chart. So you have a data compilation and including you know this and

168:39 the the need is some and this his generation average, you know those

168:49 then each for the four and we uh the area of and and also

169:02 the both and other controls. That what, what can I say you

169:09 want to do that and it's really reliable, really reliable, much

169:16 to control oh pictures of the mail then to understand the from a,

169:32 what I have to say to If you work on your, on

169:37 work on your areas, you will a very good understanding. Do not

169:43 there, do not stop there. you have a good understanding and look

169:47 the animals, look at the other, other researchers, all the

169:53 data, some some data. But is one of the important thing that

169:58 , I also always speak to our in, in the research. I

170:05 to think about that if, if you get some key studies,

170:10 people or research group, maybe they uh for six years to get something

170:17 . Yeah, and published. And worth for our time to spend,

170:23 , we work on six years and up with the series of the

170:27 what our one week of the time read the one week of our time

170:33 learn the knowledge somebody in the six this, this is really, really

170:40 . The same thing, same thing you guys research, you get into

170:47 level of your, your specific studies do not stop them, do not

170:54 them and uh look at the look at the other, look at

171:00 similar to base or in the United or similar to similar world that help

171:10 help you a lot. And then , you know the acid and reduce

171:18 risk and uh to, to the some, some thing you do,

171:29 don't, you, you need to a very good deal of control and

171:33 you have all that's the, that's and then go to your language and

171:44 kind of things. I think it's same or, and uh and

171:51 those things because actually the how you time no matter is come. And

171:59 that's the whole purpose, that's the purpose. Uh What have you done

172:07 ? Uh What is the purpose, the risk and come up, come

172:15 with some very good high quality results guide, guide others. Research,

172:22 your company to make, to guide company to design your three emails and

172:31 link that is uh I think this also a good summary. And uh

172:38 also think this is a good slide for, for you to realize that

172:45 we should use it in our system . Yeah, this is the virtually

172:54 still the description of the whole what do it. Uh I think the

173:01 line is what is OK. That's those are the black samples initially and

173:25 , and uh then we can use do the extraction. Yeah, we

173:30 so to do the expression we got so extract actually a very common

173:36 And they called that oil, which from, from grass. And also

173:42 have crude oil, gas, crude , all that crude oil produced from

173:49 uh on the ground there run, the, the, the with the

174:00 then you get the aroma and the and those fractions we can do the

174:10 and quantify the each in each component concentration so that we can see the

174:21 , and uh I think that is one of the things OK? One

174:36 . Uh Yes. Yes. Let see what time now. Yeah,

174:40 , let's just have a hopefully you come back within five minutes.

174:46 Yeah, let's I have five minutes . And uh yeah, we,

174:52 already know that rocky have three I don't want to repeat those

174:58 And uh we are, we discussed few times of this you know,

175:04 excess is extractable C 15 plus hydrocarbons in G T M. And Y

175:12 is that the one from rock pyrosis this video program is a shows a

175:18 good linear correlation. And this is one of the examples on the shows

175:24 and how good, how good this relationship looks like. Yeah. And

175:30 that tells us is that we uh we use the either or we

175:36 correlate to each other and get the the volume of the from the,

175:43 one and then converted to the C 5 or from C 50 com 5

175:48 1. And uh this line just the, shows the estimate to the

175:54 15 hydrocarbons from the two C and the maturity. That means that if

176:00 measure the QC content and also we the maturity and then we are able

176:06 , we are able to estimate the 15 plushy carbon amount and how we

176:13 do that. And this is the generation or to and then they

176:27 they have and then, and then we have and transformation and uh look

176:41 the one production index is conversion and up the uh the conversion of the

176:51 with the, with the, the, the production index and uh

176:55 then it still come up this one the, the and uh and then

177:06 be you come up and then the one and then you can get

177:19 so this is the, that's how measure the, the, the,

177:25 , the, and then based on empirical equations and then we can get

177:34 estimate of the, and uh this with and the change of the,

177:43 index correspond to the different uh half and what you can see that the

177:53 index is actually decreasing the increase. the, the initial type is different

178:04 each different type of. Uh So are the empirical ones. And uh

178:10 then what's the whole thing? And you know, we do this kind

178:14 things, you can get the generate the of the QC map,

178:18 can generate the map, you can the concentration of potential map, which

178:23 the one plus two. And with the, those those we already

178:28 compared before, you know, we a different kind of the, the

178:34 and that relates to the different stages oil generation. And then we can

178:39 up with the transformation map and the the area. And uh also

179:03 you know, we once we have map, we can estimate that C

179:08 map. And the whole idea is I want to see. So here

179:14 on two C, based on the two measurements and also paralysis results,

179:22 results, which is, which is is actually that back to our initial

179:28 , once we our, we look the of a very much and is

179:36 which is uh which, which, is the, the rock paralysis and

179:42 and then based on this to this kind of data and we can

179:47 up this map, this is the oil map, how much oil

179:53 and you and then come up with the time. That is the,

179:57 is the basic, the basic output uh that, that should be already

180:08 this one. And we continue, to look at this one is that

180:14 , we, we already covered this as well. And uh yeah,

180:26 , those are the good uh e efficiency factor. And to the uh

180:37 one, it's a, this is the transformation efficiency of for the from

180:46 that's uh it's been uh each different actually for this type of. And

180:53 gave, gave the ideas of how we can determine the, determine

180:59 oil in the car associated with the factor. That is how, how

181:06 can determine that. And uh those the, if we look at the

181:12 transport trans efficient factor and uh typical transactor range from close to 0 to

181:23 . And the high efficiency factors require generation on the factors. As a

181:32 unfavorable conditions can cause a very low factor. That means that, you

181:38 , can cause a significant uh uh to the this, this the transfer

181:45 factor determination and the hydrocarbon trans transfer factor and uh about the geological

181:54 including the operation and the top conceiving the rest of our prop up coming

182:00 and the of the other conservation. uh also, if we look at

182:08 migration conservation, it's a see the from the source area to town probability

182:16 a carrier base and the source carrier inter and the at the location,

182:24 , number and natural nature of the original and also the depth of the

182:31 carrier system. If the two shallow cause a leak and the source to

182:37 communication, that is also can cause . And uh in terms of the

182:47 transfer, efficient factor relates to the on the ceiling considerations. Actually,

182:54 the number size and the location of and uh insufficient capacity allowing uh the

183:04 spill and unable location promotes the bypass uh effective tracks, effective of

183:16 including the thickness and the of the and uh also lateral extent and the

183:25 pro propensity and the depth residence time trap and the other carbon time,

183:33 a volatile versus the heavy. So uh that is the con considering considering

183:40 uh transfer of efficiency if you look the trapping on the sea conditions.

183:51 uh in terms of the relevant property as a and uh also hydrocarbon retention

184:01 that relate to the ability and the of the car. Give a,

184:07 examples of the two different signs and at the on the gathering area and

184:14 calculate how much oil can be retained the carrier base. So the relative

184:22 coming of higher carbon generation attract development a critical. Then try to evaluate

184:33 overall system efficiency. The most efficient have a trap. Development is predating

184:43 on the average. It's actually that's I think that's the hidden you are

184:48 if the property is reached before the generation. And uh that's the,

184:54 the good. Yeah, but based this statement, yeah. And uh

185:02 , that's in terms of the timing . It's about the time of generation

185:08 time of re development, time of carrier and development and kind of trap

185:16 . Those are all things and the real time and uh other considerations and

185:24 to the the positions of the source the window and the post accumulation history

185:32 the erosion and the thermal event and and time of the career uh development

185:41 a soft raft of six regions. so they based on that and they

185:48 make the the different maps, those the depths to the depths to the

185:54 the basement map in a, in specific and this is the which fractions

186:03 based on the based on the constant the gradients and the, the the

186:11 and those are the ions based on different high or some ingredients. And

186:19 can see that the mature is obviously compared to previous, lower to the

186:27 . And uh those, those are the based on another another two sum

186:33 . Uh You you can see that uh also you can generate the gradient

186:41 . This is really, really I think this map is actually I

186:46 that based on the the all the of the uh he he flu and

186:55 conductivity of the rocks. So that's that, that is the show some

187:02 gradients map. And uh those are based on the uh the, the

187:10 of black and uh based on the of the geothermal gradient. And then

187:18 , they can calculate the theme. this is to show the case of

187:25 migration path is and for the North mountain Basin offshore Alaska and the

187:33 a yellow area actually the traps and green area which are the which are

187:41 uh you can see that is the migration is actually from the south to

187:49 to the traps and show, you , arrows here. And uh different

187:57 have uh can estimate different formations have uh oil uh can be accumulated actually

188:05 on the C 15 method. And are the, those are the like

188:11 north slope. And you can see they have an immature immature area and

188:19 mature area in the south. And also there's a different period of time

188:27 on that on that, on that that this is 15 years, maybe

188:35 years before. And well, this not much but uh it was continuous

188:44 and get into the present day And the most of the, most

188:51 the this is the the this kind the case study uh summary of the

189:07 slope and the evaluation and the different different. And this one is from

189:23 and uh come to the best evaluation is the input, the geochemistry,

189:31 of geochemistry, abundance of organic matter or you can do the yeah.

189:48 uh so the thickness and the age the other formations above the above the

189:59 and history and the in in the of the the different amount on the

190:08 single. So you can, you input, input your parameters and uh

190:15 make a come to a map or , you can use a single,

190:21 , single. And those are the article from the basic evolution process actually

190:30 to Asian map. So that's now see once you, once you have

190:36 few studies and then you will generate , the maps, a geologist,

190:44 geologist that once you have maps and communication will be much easier across the

190:52 discipline. The mark ever since. particular, when you do the

190:59 when you do the research, if got a multi parameters that various and

191:08 those are the, the including the observation and the direction of the other

191:16 the current thing for two level of mean, because this is very important

191:21 that the kind of things that you to look at that, which area

191:26 have a really good source rock that the oil. We do,

191:31 uh, gas or their death to . And, yeah, that's

191:42 Uh, I don't have a volume I don't volume and I don't have

191:47 volume come up that, but now , we, we do not

191:53 really talk about it too much about . I'll get my, you don't

191:59 talk about your other, what should come up that the final product that

192:06 should come up and uh our resources much? That is, that is

192:12 all the ultimate goal, ultimate goal want to get. So all the

192:19 work like uh like, like the , the whole C C, all

192:28 kind of very detailed work are the , you have to figure that you

192:33 to figure that. And uh when come to final products, that's very

192:39 for your research out there, you , come to final results in the

192:43 up thing, something you can communicate your, with, with, with

192:48 people who are coming up with a backgrounds. They should say that

192:54 you need to use the common words my, if you speak to

193:01 speak to the geologist engineers, now all say OK, some, some

193:10 uh and then you have that kind very good to communication with your and

193:18 , and how much hydrocarbon state so make you work, make your work

193:24 so valuable. That's, that, is very, I think that's a

193:29 important part. And the geochemical based . And also for the, for

193:36 , the, for the app on , what we have to level and

193:45 two generation that the this this uh zones, you know that we,

193:54 , we know that that's what we to the generation, pick up our

194:03 and the dragons. Yeah. So once you, once you and then

194:11 , that you, you have a of the for the oil window and

194:19 for the time of a and for oil that you want to determine the

194:26 , the, the the time of oil generation, bring, bring the

194:31 the beginning and the end for that that time. And the original regional

194:39 in the volume of how is available the and then you, you have

194:43 , you have for you volume mean you see that everything is here,

194:51 is here. We do not talk anything about our source rock. This

194:57 of no one really care about your . It's time. Then you need

195:02 figure out all the things. What we, what should we talk about

195:06 the and a base model. You to figure out those things and uh

195:13 final product, you need to communicate well with your, once you have

195:19 and then you can have one and you have table table, there's a

195:24 that ship the numbers, you do describe anything. OK? This is

195:30 half one organ matter and that's the hydrogen carbon atomic ratios is the hydrogen

195:40 atomic rat. What you need is of cable. The cable is that

195:45 longer reach the hydrogen carbon ratio is to where the quantity of the total

195:52 carbon potential of gathering areas associated with . So you need that number.

196:04 number is so important because that numbers be used by us to evaluate your

196:13 evaluate to use the phone as your future process. So same same here

196:22 longer, no longer need to be about the mass balance. All those

196:27 you need to figure out in order you want to come up with

196:31 Yeah. So this is a very , a very important approach for your

196:38 with your peers, with your You need to, you need to

196:43 a common language that everybody can Everybody cares, everybody cares those things

196:51 then communicate with the big like Yeah, and that's why if you

196:59 at here, OK? Yes, want to know that if you choose

197:04 level is getting into oil window or . And then you will ask to

197:09 , ok, get into oil, time when I get and when that

197:19 , if you look at the, then, and then you would say

197:23 , ok, that's how much how much. But those kind of

197:28 simple, very simple, logically worse will be much more effective than any

197:37 of, uh, any kind of terms which we, each of us

197:42 here is no longer say sentimental we don't have to read,

197:47 read. Many people like to kind get that what that means, how

197:54 related to how that kind of So you don't have to really need

198:00 ask and for the in here you need to talk about or have

198:08 whatever you don't need to talk to about the biomarkers on those things you

198:14 to do to talk about this kind very specific words to your being a

198:21 . What do you talk about? of 100 you talk about that and

198:28 everybody can understand that. I think a very, very important. That's

198:33 , that's the knowledge, that's an . What island? Because I work

198:36 the Bureau of Economic Geology and many people, they are geologists.

198:43 . And the only when I join I join, we do not have

198:48 organic chemists. And after I joined , the, the Bureau of Economic

198:54 , and if I talk about too of the geochemistry terms, they cannot

198:59 it and also they do not care I care about that and all these

199:06 they care about is how you how many shale gas price, how

199:12 shall oil? And what is he to this? So and then

199:24 yeah, and, and if you about that and if I say,

199:39 , the composition, OK, Before, before that some of the

199:50 and instead of that, that is is that the only way you can

200:05 that is important, you, you , you see the article, once

200:14 see the articles, you see what that, what, what you

200:17 care. Yeah. OK. It's important is that for your research,

200:27 your research, when you make conclusions you advertising yourself, you go this

200:34 kind of technology instead of the instead the very professional technology, that's only

200:41 can understand the others cannot really understand . And uh this is a,

200:48 is a, a key data input data, data, digital, digital

200:55 the and all the kind of So the if you do not really

201:01 your own data, so you, looking for references that from each

201:09 your references are mixed up to from from public map you can collect if

201:15 want to make the publish the map digitalized and that digital has the information

201:23 can use it. Yeah, that's kind of, and you have a

201:29 of and uh and also you look some and uh because they do some

201:39 this kind of information, you need have an input, those, those

201:45 can come from your own stuff or from other literature report stuff. That's

201:51 good, all good. But when use these things, you need to

201:55 , you need to, you need clearly understand that they are ma they

201:59 how they come from the house and sure your data, data, data

202:05 , data input are correct. And and then you can make a bunch

202:11 maps by yourself. And uh I skip of this is and then the

202:18 of volumetric reserve, those are those are the the the and gathering

202:27 the area this area and then with total of gene gene average volume have

202:40 that the average is really different. uh oh this is divided by the

202:48 the cell that is maybe that uh into the different degrees and to normalize

202:55 per cell of the to look at and the number of the groups and

203:02 in the area area that this time the cell size actually the 16 square

203:14 that's bigger. So the and the gathering area is this big so that

203:21 , we are not allowed really looking small areas and look at really

203:26 And then did the ma ma maximum the average So that's it for

203:37 And uh and, and that that's a summary of the uh volume

203:53 for the specific. And then you maps and uh and then you,

203:59 have some other things. So for exploration prediction based on the higher carbon

204:05 models, so actually you see that actually no how you accurately have that

204:15 , that's why we have a And once you come up that

204:21 remember that that is that number is be refined with you more information

204:30 So that's why it's uh it's actually estimate, the probability estimate. Not

204:39 really because because we have a concept your mind as the organic matter that

204:48 the converged explosion, many, many evolve, you have many assumptions so

204:57 affect your input. So that is I say the model got a model

205:04 and uh you cannot treat them that as a number. That's just an

205:14 . OK. So this is the uncertainty. So you need to look

205:19 the uncertain. So this is this is this number and then kind

205:38 you, you look at the some of so those uncertain types,

205:48 Now it's much easier, yeah, easier to look at the barrier

205:54 OK? See that this, this the column, this this with the

206:00 the formation column. So that uh is the the and all that

206:13 different information that are different to the uh that's that, that this,

206:23 this, that look at the OK? Look at the hand.

206:32 , look at here and then a time and then put that from

206:44 from the and the deposit and then , the the and uh I to

207:06 think about that I'm gonna and 10 years, which is, that is

207:12 30 million years that the data, can almost 16,007. So this is

207:22 critical, uh very critical thing continuously then the become slower and uh eventually

207:36 that not receiving and then any additional button blocks. If you look at

207:44 , look at that with them. , that's the, that the immature

207:51 is the and the which is uh getting into the initial oil and the

208:00 three literally get into the get to off and then go to the bar

208:07 the gas condensation and uh project. . And then you see that when

208:16 start to get the, it's yeah, 100 it's about 240 million

208:30 for the 50 million years. That's million years because it very quick subsidence

208:38 receiving a significant amount of sediments and million years that period of time,

208:45 , those temperature is hot enough for organic matter to come uh and then

208:53 into the, the, the, , the, the, the the

208:57 the and, and then continue and . And the people that to the

209:22 this is and this is the generation get to the, get the

209:35 And so I guess that's a true the, for the high school when

209:41 was, I think that is uh you have a, once you have

209:47 , the know how to read this and for the different and you

209:54 you can see the both things about we receive the receiving, receiving

210:02 the over the over the racks and increase the temperature and then you change

210:09 timing, timing of the old generation of the and of the, of

210:23 . So and another thing, another that's important to you, you do

210:28 really see this before what you consider this, this is, that's and

210:36 this is your, this is your of my Children and uh this is

210:42 this is, yeah, so I that's the, the battle square and

210:59 what you can see that to me the oil and gas oil and then

211:13 reach the and then he start to the and because of all of that

211:30 then yeah, that the oil become and also you have a easy

211:48 that's a, that's a bit. what, what you can see that

211:57 . So look at this, this and once you reach the peak of

212:02 oil generation and after that, after , to look at your product,

212:15 products and change the change the change, change the for your,

212:20 your type of products. And uh the current time, you can see

212:27 your product is a small portion of overall reactor dominated by the death.

212:33 also so the, so the and back to the and about seven years

212:46 and it reached a peak of oil and there's also some games very

212:53 So, so you get uh all kind of information from this one.

213:02 is the hands of your about that, that I, I believe

213:07 . And this is the, the one and this is a model

213:11 OK? It regeneration oil and gas some portion of them expelled, it

213:18 oil and gas, some, some, some expelled oil gas.

213:25 the previous lab that's the closest, no everything is just uh just,

213:34 uh keep in the and this one including the expelled oil and gas.

213:42 so when you read it, when read it, still, still

213:46 still, still send me to read this uh uh this and uh so

213:54 one is OK, we look at model model three and uh it the

214:02 and then what, what happens? uh this line is say,

214:08 actually do not really, not really , the, the, the do

214:15 have of the oil but maybe the is changed because in the, the

214:24 of the, the different another, model here and this thing and uh

214:36 the, the oil and the gas then what happens for the, for

214:42 product? I think that's a, all for this morning's class. And

215:10 yeah, this is the, this the 11 of the summary slides on

215:14 we, what we can and you use that to build up our

215:20 And I, I, I believe after, after this, the,

215:24 , the, the, the, , this, the, the,

215:27 , the cause of the, the geochemistry and uh you will have a

215:33 better understanding of this, this And uh this is the end of

215:44 morning class and we can stop

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