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00:00 Thank you. Present bye. What this? Do you present? There

00:18 go. Ok, Lord, have . Makes it. Ok. I

00:25 you guys needed a break. So just, this was all staged.

00:32 never make mistakes. Ok? Even it seems like I did, all

00:41 can think of is while I was to find my cursor, I hit

00:44 button, I shouldn't have hit because cursor disappeared. Uh Let me uh

00:51 me text Jay to make sure he . Maybe I'll call him this.

01:07 found a cure and maybe it won't for another 45 minutes. Ok.

01:18 . Ok. I did find a magic button by the way. So

01:23 helps. So anyway, we're gonna about petroleum as a resource and one

01:27 the issues that I think is really . If you're gonna go looking for

01:32 , it's important to realize that we need oil. And um one of

01:39 most unfortunate things about society today is uh you know, we have an

01:47 that's built on liquid energy sources and trying to move it to batteries and

01:53 it's a huge task. The unfortunately, the task is the,

01:59 task is huge. There's no reason not working on it because it's

02:05 But there is a reason that people aware that we're not working on it

02:09 enough. We're not doing everything we to do to switch to electric cars

02:15 . Um, we've done a lot things. Some people think that we

02:19 done nothing in the past. There be a set of slides that I'm

02:22 show you in here that shows that United States has been the leader in

02:27 free uh realm longer than anybody Uh Almost everything. Uh We're either

02:37 one or number two or we're at one. But uh 10 years

02:41 15 years ago, we were number and everything and it'll stun you.

02:45 when you see what things we Number one in, in other

02:50 who do you think was the number country uh for geothermal energy? Everybody

02:59 Ice OK, Iceland is 100% electricity goes the fair amount of geothermal

03:08 and, and they, they need to, you know, that that's

03:16 our production totally in a different league . Uh I don't know what it

03:23 when they get on the news and explain things to you. They don't

03:26 explain them to, to you the way and it's not that they're lying

03:30 the facts are wrong. It's the . It's the way they're looking at

03:35 and I, and we'll, we'll to a couple of things, but

03:38 kind of let me give you a key. We will, um,

03:41 will consider, you know, you about an inconvenient truth and the fact

03:46 we have climate change is an inconvenient . It's the truth, it's

03:51 Um But see, I think even inconvenient than that is that in our

03:58 to solve the problem, we have idea. I don't think the

04:04 you know, I think too many are even considering and some people

04:08 this is a massive problem. We do it, try to fix

04:12 Well, it is a massive So we need to fix it better

04:16 soon as possible. Any time you have obvious it's like a,

04:23 , everybody in the United States and water heaters, you know, we

04:28 wanted to go to contact heaters, , you know, ones where,

04:32 know, flames right there, bits right away. You don't have a

04:36 , it's cold and then it's instantaneous. You had to change everybody's

04:41 water heater. That would be a undertake on a global scale. And

04:47 the problem. This is a huge scale of a problem. And

04:52 many of, you know, for , how many, about how many

04:56 , millions of barrels of oil does world use every single day? I'll

05:10 you a rough number. 100 million every day. That's a lot of

05:17 and, uh, somebody drops off million, 3 million here.

05:22 it's not like, you know, just don't turn your sprinklers on.

05:26 mean, it, it's catastrophic, causes it, there's a ripple effect

05:29 over the world and, uh, that's what part of the problem

05:34 And, uh, and we'll get some of these other problems based on

05:38 information and, uh, not based a perspective. Uh, a really

05:45 thing is that the people that are , uh, alternate sources are not

05:54 them the right way. They need do more and they need to do

05:57 right. Not just push it, need to push it the right way

06:01 we're not doing, we're saying things make it sound like it's not too

06:06 . I've explained some of this in detail to one of my friends in

06:10 wine tasting group of all things and finally got him to understand what the

06:15 was and he was, he started cry. He says, don,

06:18 need hope, I need hope. I said, there's not hope if

06:22 don't understand, we don't address the and get to the solution as long

06:28 we think we're ok by, you , putting up 10 more windmills or

06:34 more windmills. We're not, we're touching the problem at all. We're

06:39 , we're just sort of playing along the herd and not really doing what

06:44 herd needs and that's what's really scares hell out of me because I know

06:51 warming is weird. Is real. 2002, I was explaining to people

06:56 then even in 2004 and five, was explaining, these hurricanes are gonna

06:59 bigger because they're gonna be, there's be more energy in the ocean.

07:03 something really obvious. Uh It, know, it doesn't take a rocket

07:07 to understand you put more energy into ocean. You're gonna have more dra

07:12 and drastic uh hurri uh uh clim weather events. And uh and they

07:18 weather events, they're not, those not necessarily climate, the individually,

07:23 climate is changing a lot of places that's where it becomes. Climate,

07:27 is a, is a broad area . And it's also uh over a

07:33 amount of time. I'm a paleo of sorts and uh and climate change

07:41 a millions of year thing. We're something going on now that's almost instantaneous

07:46 geological time and it's not a little . Ok. And, and everybody

07:55 to be on board. And uh uh we're recording and uh that's interesting

08:02 that in the way before earlier that up there? Was it?

08:08 So that's actually acting the way it's to act. Ok. Uh So

08:18 of the things that I really you'd understand is the importance of hydrocarbons

08:25 society. And uh so we're gonna at some things what a resource is

08:30 a reserve. Uh What peak oil , peak oil? Um, not

08:37 long ago, back in the 19 , all the way through May of

08:44 . Uh people were worried about peak and, and uh I'll have to

08:48 to you and the peak oil but it's a delicate balance between demand

08:52 production. You know, when you're oil and gas, what's happening to

08:56 reserves, right? So completion depletion ahead of discovery. You get to

09:08 point where you cannot continue to produce amount of energy you need. And

09:15 peak oil is when you reach that , when your depletion rate is higher

09:20 your new production, right? And go into these inconvenient truths as I

09:27 . And um this is the part really upsets me. How fast are

09:32 hydrocarbons being placed in the overall energy . So we're gonna focus on the

09:39 States because we are still one of richest countries in the world. We

09:44 , if anybody would have the the financial capacity to make a change

09:49 us. And we're doing a terrible we're even produce it more than anybody

09:54 . We're doing terrible. It's just . And uh and so we'll,

09:59 look at where the US stands now the rest of the world in terms

10:03 some of these things. And uh it'll give you an idea uh,

10:09 hope everybody isn't depressed. If you about it too much you will

10:13 But, uh, but it's, important for us to understand. There's

10:18 reason why we're, we're going to every day and looking for oil and

10:21 is because we don't have the energy replace it yet. And,

10:26 uh, there are, uh, , I'll get into the details because

10:31 a lot of, there's a lot problems with how we look at

10:36 how we look at the information and keeps us from understanding what the real

10:41 is. Ok. And this is uh looking at the, at that

10:49 the beginning, we're gonna be looking the uh importance of hydrocarbons. And

10:55 , I, I got this out something from Penn State in 2022 but

10:59 don't know uh what the date of numbers are, but these numbers change

11:04 a bit. Uh But what it's to show you is that out of

11:07 barrel of oil and the world's using 100 million a day. Um This

11:16 this much goes to half of it to gasoline and that's what we're trying

11:20 replace with that. We're trying to uh all of that gasoline energy with

11:28 . And we're down here in terms that, we just little tiny

11:32 Uh I think this may be down 45%. Now, uh, if

11:36 got a more modern one. whenever I see a graphic, it

11:40 it look like it would be an thing to explain. Uh Just

11:44 it doesn't always, it's not always as I would what it would

11:48 So sometimes I won't have uh 2021 2022 or 2023 just because nobody made

11:56 diagram and I just don't have time to go in and, and create

12:00 my, uh, graphics on my . Uh, but anyway, you

12:04 see that it goes to a lot things, this other products is,

12:09 , things that include plastic. uh, this is an old picture

12:15 , uh, National Geographic, a lot of these toys we don't

12:20 anymore and things like that. But , it just kind of gives you

12:23 idea of it and even the, , the siding on that house is

12:28 to be vinyl and, uh, is from, uh, 2003,

12:32 , 3. You know, a of people were worried, you

12:35 we're not gonna be able to make anymore if we use up all of

12:38 oil. And that's why the peak was a problem in 2003. Everybody

12:41 worried about. Ok, what does take when we run out of oil

12:51 ? When the, when the, , prices start going up? What

12:54 it take? It takes imagination from like you and, uh, you

13:03 new resources and new uh frontier exploration based on people not following a uh

13:09 workflow. They're doing exactly differently from everybody else did so that they can

13:17 to a place that no one thought was anything there and find it.

13:20 so it's really important to, to that kind of a, I wanna

13:24 something new attitude. Ok. So is a resource? And it's basically

13:32 that's concentrated enough and it's not, gotta be natural occurring for it to

13:37 a natural resource and it's gotta be concentrated enough that we can produce it

13:42 use it and uh and actually make . Um People can't go out and

13:49 the oil just because you need a . They have to make money.

13:54 don't exist without income and uh and don't have jobs unless the companies make

14:00 . Uh We can argue for years um why, why do some of

14:05 CEO S take too much of uh comes out of the ground and not

14:10 it up to the people that actually it for them? Uh But uh

14:13 that is a, that's a social that should be addressed. But at

14:17 end of the day, a resource about something that we can, uh

14:21 naturally occurring like trees for paper. uh and we can figure out a

14:26 to grow or produce uh this raw and make the things that we need

14:31 to live, the lifestyles that we and lifestyles is a very important part

14:36 this whole problem too. Um, when you take a resource and,

14:42 I'll, I'll start, you trying to use hydrocarbons in general.

14:45 applies to anything. Um, we ones that are discovered, we have

14:51 that are undiscovered. Um, this be so big because we don't

15:00 And every time somebody discovers something over , it's because they did something different

15:05 you look at a place nobody thought look. And uh as, as

15:10 world is now, it seems to getting smaller and smaller every day.

15:13 we're still in places that just uh our minds uh where we start drilling

15:19 and we figure out but little special made it happen that oil got preserved

15:26 that's fine. You know, people something, not just a little

15:32 the size of this room, but , you know, billions of

15:36 even billions of barrels of it. ? Because that's what it takes.

15:44 uh some of them are sub some are uh economic and uh the

15:50 between economic and so really is, is sort of uh the borderline between

15:59 technology we have works well enough that can make money if we produce

16:05 Uh I remember uh when I, I moved to Norway, I,

16:11 discovered um helped discover a few other . It's not one of the

16:15 I found mine but we, please for, uh, sort of

16:28 , um, the plan of the there. Um, you know,

16:32 of it and gave it all the to his company at first.

16:35 uh, offshore Denmark, uh, found a six, field that has

16:41 million barrels of wind. Now, you found that at 4000 ft you

16:46 take off. I think the other out. Ok. It's all

16:51 As long as, as long as don't touch computers, that's why I'm

16:54 here. I don't. So anyway, uh uh back when uh

17:05 that was discovered it wasn't enough, wasn't enough to produce it. There

17:08 no structure. And uh then what was uh well, I was gonna

17:13 was in Texas, it was 5000. They find something that pulled

17:20 5000 ft. You can have all of environmental problems with people. But

17:26 in Texas, you know, you be able to grow a decent,

17:29 , relatively shallow into something that 60 barrels. You would be a billion

17:36 . But over you're offshore to it's a tough environment to put a

17:41 on. There was no infrastructure, were no pipelines to look into

17:45 Uh Then a little bit later I went over and started working in

17:49 and uh that was still helping. One of my friends was being able

17:54 go uh Denmark and uh uh we do some more characterization and we were

18:00 to uh get it to where they make money because simply because they put

18:05 pipelines in uh to uh produce the gas in the northern part of uh

18:11 south that had to pass through the danish waters. And it didn't allow

18:17 to la the pipelines in the world stuff like that at the same time

18:21 pipelines could be as expensive as all the other stuff we do combined uh

18:27 find and produce oil pipelines are really . Ok? Because you really need

18:34 make them so they don't leak and when they leak, you lose money

18:39 uh and cause all kinds of Now, uh the US Geological

18:44 uh if you don't know it, if you, you can do this

18:48 time you're working anywhere almost in the . Sometimes they evaluate stuff in other

18:53 . But in the United States, all sorts of things that they

18:56 uh that no one's drilling and uh in the, in the uh the

19:02 coastal plane offshore uh east coast, have done the number, they've done

19:09 least five or six, really broad uh surveys of how much we should

19:14 out there. And uh it's the gets higher and higher as we,

19:19 we uh look at a little bit data. One of your uh examples

19:24 frontier exploration will come from the east . OK. OK. So uh

19:33 really important to remember though? Is , is this big pie out there

19:41 we feed on? But reserves just where we can, we can cut

19:47 slice of it, leave enough behind make enough money, then we can

19:51 better use of the pot. So deserve our special subset of uh total

19:58 , resources out there. Uh If price of oil goes up all of

20:02 sudden economic, let me go back this thing. Every time the price

20:12 oil goes up, this line goes . Ok. But it doesn't go

20:18 really fast because if the price of goes up, all service companies charge

20:23 money to uh to uh to provide services because they realized there's a,

20:29 know, there's more value in what doing and they wanna get a share

20:33 and uh and so this line doesn't down that fast. But one of

20:37 reasons why we have cycles because probably a lot of resources, there's a

20:46 of volume and there's more production in price of. And then when the

20:50 goes down and we lay everybody uh it becomes harder and harder to

20:55 that 100 million barrels a day during , it was down to 80 million

21:00 . And uh that was a great for the climate. But uh in

21:04 price, uh you know, for in the pump, but it,

21:08 didn't help the oil companies when, , when there wasn't a huge demand

21:14 , uh, and it made the go down when the price goes

21:19 this line goes up. Ok. , uh, again, that's what

21:31 is. And, uh, here not gonna read all of this

21:33 But, uh, but I think important you need, but you need

21:37 read these slides, uh, get and make sure you read them.

21:41 uh we have uh a total amount reserves and basically we will list them

21:52 as proven and probable. And some some of us also was possible.

21:57 I know when I was a we did all three and it was

22:01 a percentage chance of uh survival. This usually uh if we knew where

22:07 uh oil water contact was and we a good, uh a good characterization

22:11 the reservoir. In other words, was a, it was a pretty

22:14 reservoir. Uh It was easy to out what was true and what was

22:20 if, uh in that case, maybe if we had a fault block

22:24 to it and it looked like it the same situation to have same

22:28 but we didn't have a well in , that fault block, that would

22:32 the OK. And uh now when was working in South Marsh Island 1

22:39 we had wells uh, that were of oil and we didn't know where

22:44 water was so we didn't know the or where. And, uh,

22:49 stuff that was extended below, that depth, the lowest occurring,

22:55 , oil, uh, would be in the stuff. And how far

22:59 thought the oil water contact might might have been in, in the

23:03 of South Marshal and 1 28. , I thought there were a lot

23:09 stratigraphic traps turns out were in fact I was able to show we were

23:13 to drill more and get more which was one of the reasons why

23:16 was very successful with that with that . Uh Is that in way before

23:23 turn of the century, we uh were producing some traps in South,

23:31 don't remember exact year I tried to for, it must have run away

23:35 somewhere around 2002, uh A BG cover of a PGA, a business

23:44 covering photographic traps in um in South , one came in. First thing

23:50 did was really, then it went your, maybe you guys figured this

23:57 . We were doing this back in , but we were doing this back

24:01 time ago with geology. And uh I don't point that out to um

24:08 criticize geophysics. I'm trying to let know that there is, there is

24:13 contribution we have to make in the to help the geophysicists and they certainly

24:19 a huge contribution to help us uh oil and gas. Tell ma

24:30 those are probability of success and, a lot of times that is uh

24:34 to what you think, the the whole uh rate is gonna

24:39 And of course, um, you , you might say you're too fit

24:43 um you know, any, anything well. P 90 would be.

24:50 depends on the company. But, , and that's what research are usually

24:54 how they really actually classify this because company has its own set of rules

24:59 how to do it. And uh they're a smart company, they will

25:02 a different set of different areas. know, we haven't talked about players

25:07 , but in different players, you expect to get certain kinds of recovers

25:12 uh that recovery factor uh can have lot to do with, with these

25:18 . And ultimately what you decide as whole resume football, football reserves uh

25:23 very strict uh issue with the engineers even some of the economist uh because

25:29 have to be really care. I tell you that uh when I was

25:35 on South Marshall in 1 28 uh proven reserves for this and I was

25:44 to reevaluate it and I took all shale cars out as you know,

25:49 were doing gross sand instead of net to calculate the reserves in other

25:55 about 300 ft of sand because the engineer, that was a 300 ft

26:00 six container with 26% rust if they . So, then we remove a

26:09 of the, the. And so , I went my boss and a

26:15 other people. How do you deal this? How do you do

26:18 Right. Because that's what I'm being to it. They told me how

26:21 do, uh, it wasn't using , it was using your eye and

26:25 at the lot uh characteristics and and I reduced uh this huge uh

26:33 Marshal 2028 reservoir by about 25%. , uh you can put in the

26:45 . Two days later, the federal said Mobile is converting old oil into

26:50 new oil so they can charge higher for. It was back when we

26:54 a tiered system that new oil was more than he could sell new oil

26:58 more than the oil oil. And , uh then two days later,

27:03 president of Oil Corporation down the New and went to talk to the guy

27:10 took away 25% of the reserves in . And so, um, I'm

27:17 sure I'm not sure, but I'm than I was younger than most of

27:20 people just have. Oh, and , and uh, and so they

27:30 and uh had this big discussion and course they had so, yeah,

27:40 . So we could do that. , uh, so, um,

27:48 a long story short, we got at the Federal government for a thinking

27:54 his blessing. And so I got , I got a really strong paddle

27:59 for that. Not only did I my neck out, but it

28:02 but it was more products. uh, so that was a

28:07 a lucky step for me. And , then I proceeded to uh to

28:12 find Strat graphic drafts for him, was a very good thing too.

28:20 OK, that's a good question. it's, it's about the definition of

28:24 really. Uh probable means. It's and possible means that and that's exactly

28:34 it is and that's what you come with and uh but drill a

28:41 this possible could turn into an improvement or it could be a investor.

28:48 When you say probable uh for uh child, I sorry,

29:07 you won't be able to see what drawing on the board, but I'll

29:10 to speak up. Do you think can move um the camera? I

29:19 know why but chalk is very So I have a special. Mhm

29:27 might be an easy thing. Hm water contact is down here maybe because

29:40 pressure data or something. Uh You a reason to think that down

29:45 So this would be the bottom of residue in your oil tank. It

29:51 there's a fault here. And so oil column is actually this time and

30:01 there's oh, straight before you Thanks. Ok, so you,

30:14 you have a well in here and know, you wanna make all of

30:18 proven except um you only know there's down here, so you don't know

30:24 well pollen here. Another thing that might be able to do is based

30:29 the, the seal and the type of ceiling that you have here in

30:34 , you may be able to calculate far down that will be. Then

30:40 can go, you know, based the strength of our down here,

30:45 don't have any pro so the prove in this case would be here.

30:51 , this one. Oh now down , there may be a trap.

31:01 have a pitch dog saying, so shale in here. And so you

31:08 this whole thing. So if you're to well some, some,

31:11 some miles where other places you might the river, other word is missing

31:19 of the, the physical strategy And uh and if you have reason

31:25 think that some of that might be this will call, that might be

31:32 , but it has to be, has to share what they have to

31:35 that was for the Charter. You , you might find the traps right

31:40 there on the trap over here, I'm close to that reservoir. But

31:44 no oil in it. And more , it's not, it's not at

31:49 right depth to line up with OK. So it's not interconnected to

31:54 a completely different reservoir. So at point, it's possible because it has

32:02 , I had some that were 300 thick with 26% ferocity. And

32:06 they were boomers and uh seismic couldn't it. But if you, you

32:13 how to pick false and pinch outs uh in a correlation log correlations,

32:19 , you can uh you can figure kinds of things out and you'll have

32:23 , an example like that. Yeah. Yeah, I'm gonna,

32:31 gonna give you some of the worst in the world, not the

32:34 the worst. They're the ones I on in my dissertation. But the

32:39 but they're uh they're from a onshore in Texas just yes. Uh The

32:51 response is very, let me for . This looks really stretched out,

32:59 it still works. Um This is the resource py pyramid. And basically

33:06 kind of shown you there's a little area but here's unrecoverable. It's in

33:12 . It is technically recoverable. In words, we might be able to

33:16 that heat, but it would cost much and this is we can drill

33:20 deep and still make money, that of thing. Uh uh Or uh

33:27 could be there's a pipeline here and not a pipeline that. And because

33:33 not a pipeline here to put an or whatever, it's kind of floating

33:38 there to uh to produce, it be too much. Of course,

33:42 things have actually uh was floating, ships have uh made it possible,

33:49 course, to produce oil in places are very remote without circumvent uh these

33:58 that are technically recoverable, but they financially. And so here's the economically

34:05 recoverable resource. And then, then have to actually do it, you

34:11 to find them. And here it proved and probable reserves. A lot

34:16 people aren't gonna put the possible. I said, I did this because

34:20 would have found this impossible. uh, it's a, um,

34:27 , it was really a lot of and every Monday we would,

34:30 we would have the whole department get and go over the wells, we

34:34 down last week. Anyone that yes. So you're up at three

34:40 in the morning on Saturday and, , and you get to come in

34:45 show them what, you know, ft of 300 ft. And,

34:50 , and I got to do that to people that were showing their,

34:54 , it's a dry hole. It's dry hole. So I, I

34:59 a little bit of luck. How is that for the drunk driver?

35:07 ? Oh, it depends on the . Depends on the company and it

35:10 on how, how much of an it was if there are, you

35:13 , like million, $2 million you know, that are on shore

35:17 , that aren't very deep and stuff that. It's not, it's not

35:20 bad. Uh, and, you , most of them are gonna be

35:24 million now and stuff like that or 10, it's like, um,

35:29 guy was trying to get me to into a $10 million. Well,

35:33 , um, the, uh, know, that same, well,

35:38 would have been when I, when started it would have been a million

35:41 . Well, or even less. , the, the thing is,

35:45 that if you're at the upper like closer to frontier when you do

35:53 , you know, we know less it. Uh, it can be

35:56 really risk again. Um, the water took off, um, around

36:03 turn of the century. And, , when, at one point in

36:08 their name was in search, I remember what their last, the last

36:11 of this oil company was, but was a, a fairly good

36:15 independent and they put all their money two deep water. Deep water was

36:21 word, you know, it's like would come up to me, come

36:25 my office and say doctor, I , um, work on a deep

36:30 and I go, put, put water, just the deep water and

36:33 go, well, well, what you what, uh, offshore

36:40 Trinidad with deep water, just deep and, you know, they,

36:45 everybody heard deep water. So we doing a lot of deep water stuff

36:49 , uh, the deep water, know, they, they got past

36:52 , the shelf break and they they were drilling a lot of stuff

36:54 the slope and mini basins and stuff that at the time. And,

36:59 , but uh, the management of company thought, you know, we

37:03 need to get into deep water. they put, they put $60 million

37:08 into, they got 50% of 2 million wells, $60 million for the

37:13 . They lost $60 million because they both. And there's a lot of

37:18 there. And uh uh when when I uh teach applied biography,

37:23 says shows some people why it was complicated. But uh you won't,

37:27 won't get that example in this But anyway, um but that's uh

37:34 , it depends on how, how of a risk you have. And

37:38 large oil companies can go for bigger because they have bigger infrastructure, uh

37:45 income, you know, they have buffer. Uh When I was working

37:49 Amico, we just received $6 billion uh from uh Iran for the settlement

37:55 them, taking our land from And so we had a lot of

37:57 to play with and that made that little bit easier but, uh,

38:02 companies don't have that kind of Ok. Um, ok.

38:12 uh, next thing we're gonna, see, we talked about how do

38:15 get it? We're looking at resources reserves and, uh, now we're

38:18 look about peak oil and peak oil that balance? And, um,

38:27 , um, it's a, it's really tricky, uh I think because

38:33 relate to, you know, the demand or the whole country, what

38:38 gonna show you is an example of United States because that's where it

38:41 you know, we were the biggest and one of the biggest producers,

38:44 not at that point in time, we were, we were using more

38:47 we produce. So we were susceptible people. So it's a pretty good

38:52 but the whole world at any point time, uh things could change and

38:56 could be there again. It's just the way things look right now,

39:01 almost looks like peak peak uh su is, is uh well,

39:10 the chances of us getting to peak right now is uh very low because

39:16 got a pretty good supply going right . And uh somebody named Hubert and

39:26 happens happens to have been English decided call this peak oil when you get

39:30 that point where there's an imbalance where you're uh completing more than people

39:35 they add to the reserves. And but in spite of that,

39:41 in 18 57 I liked this Uh, I have this, I

39:46 this chart, um, from that and, and it goes on for

39:50 more pages but I only show one to give you a flavor of

39:54 But, uh, Romania was uh, first place where they

39:58 uh, producing oil. Well, later they, they did it,

40:04 , a couple of years later we it in Pennsylvania. But my

40:09 my mother's family grew up in Pennsylvania I grew up in the United

40:13 We never heard about Romania though, , the first economic ever built

40:18 was in Pennsylvania when I was. , that's, you know, we

40:23 always see the whole picture. we think we see it but we

40:28 . And uh and here it says commercial oil production, Canada and uh

40:34 came in. Not, not long that. In other words, people

40:37 finding more and more things to do it. We were killing off all

40:41 whales, uh which is where most our whales were coming from uh before

40:46 and uh realizing that we need to so. Uh But here is the

40:52 us Geological Survey was formed in part the fear of oil shortages.

40:58 so people knew what the concept of oil was. We just didn't have

41:02 nice name for it. In uh 82 engineers estimated there's only 95 million

41:09 of oil remained and, uh, producing 25 in a year. That

41:14 we're gonna hit peak oil in four . That was true. We

41:20 uh, if you're not replacing you're already at that point.

41:25 and then all of a sudden in 01, someone drilled, this is

41:28 we started realizing that we could drill lot of the earlier wells were drilled

41:32 we had seats of oil coming And uh but then they figured out

41:38 gonna go look for a, you , and any client that any client

41:43 gonna be um where we uh where grow because obviously, um in the

41:53 , the Gulf coast of have yeah, those things can cause structural

42:24 and there's layers above this and there be pockets of oil right here and

42:32 a trap. And uh and this a very simple one. Some people

42:38 look for these clients and, you , um Pierce junction you can see

42:42 just in the south of here. uh when it's uh you know,

42:49 if you get up while they get one of the high rise sound,

42:53 can see it, it's there, the name of it. But um

43:01 , and you know, if you along and I think, you

43:04 2.5 ft above sea level than this all of a sudden it was

43:09 you know, put that put the , push it up. And

43:15 uh so right around this point in , that was the name of the

43:21 , was to find all these things build them. Uh Many years later

43:27 , in the uh probably the eighties the nineties of uh 19 eighties,

43:31 nineties and some of the places, of the uh for us in uh

43:40 around uh Indonesia, Papua, New and places like that, they would

43:44 these stones and they, they were to do it. Uh The Vietnam

43:49 helicopter pilots would go in there and and they'd see these things and uh

43:54 were, they were retired at the , of course, but they would

43:57 these little, the trees were all like somebody cut it uh like a

44:03 marsh, you know, the, grass grows in a certain height but

44:06 was sticking up for something structural, up and all the trees would

44:11 you know, almost that is for and that was how they first started

44:17 itself and some of the areas that the places like that. But uh

44:24 lot later than this. But uh they would come in and ground here

44:28 of course, the big oil companies try to buy up on that

44:32 And uh as it turns out how people know who founded this university,

44:37 big contributions. You I say, know, the old people, you

44:53 , but I'm just guessing anyway, , like not to be real.

45:00 , so, um, oh, . Well, that, that

45:06 that would have. Absolutely. So , this was the Mob. So

45:13 Johnson just down the street, while they all can be on this

45:20 . And, um, Roy uh his land man, so the

45:27 companies just bought on the land. , he said, well, what

45:31 the land next to it? what's really cheap? He said,

45:34 , go ahead and buy it. cheap. And so he bought all

45:38 land way up in here on this , south east west for the

45:48 Turns out all of this is, , all down here. Look at

46:05 for the club. Oh, what contact around it? What does

46:16 look like? It's like a It's called the donut. And he

46:21 the donut and, uh, for little bit like that anyway,

46:34 the Collins became one of the richest in the kind of not just ok

46:43 that. Oh, it would it would have been, um,

46:50 would have been there. I think was there at this stage. I

46:54 , I think it was in uh, maybe the forties, thirties

47:00 forties. I, it, it have been too, too long before

47:04 I'm pretty sure he was still alive he, um, when you donate

47:09 lot of money to U of well, let's see, that would

47:13 been actually not. Yeah, it have been. Right. Right after

47:17 19, because, uh, he donating money for sort of like a

47:23 college in 1927. And then it actually called University of Houston in

47:28 And he donated money before that and, um, and when,

47:36 , um, when they started, know, building this university they,

47:42 I went to school here and way , uh the school, the,

47:48 original origin, original date of UFH considered 1934. But then they

47:55 you know, it'll make us solder we go back to 1927 when they

47:59 started to build it. And it called the University of Houston, but

48:02 became the University of Houston and it also a private school at first,

48:06 think. Ok, so here's kind what peak, peak oil looks like

48:16 the United States. And uh maybe we get through this, we'll take

48:22 bigger break since we've been in here for about two hours and I haven't

48:28 a chance to take a real But uh here you can see,

48:35 here's what we were producing and here's of what the predict prediction was and

48:43 uh for where we drop off, , here's the total us production

48:49 They're looking at uh some of the 48 stuff and uh here's how it

48:55 down here. Uh As we were into 2000 and of course, we

48:59 getting more and more wealth from the East. So there was, you

49:03 , at that point in time, did say the United States you could

49:06 oil that you would have to get from somebody else. And,

49:10 and that was pretty obvious and that's of the reason why the prices of

49:14 went up this period of time. , um, yeah, when I

49:22 working about, at this point in would I guess about how much a

49:27 it will cost $4. Yeah, , uh, from here to here

49:43 went to, uh, it went , from that number to somewhere around

49:48 a month, something like that. then around here somewhere we went up

49:52 , you know, started to get post, of course, you

49:57 recently it's been over that and and of course, uh, before

50:01 , the price of oil dropped uh oil dropped so much around the

50:05 2000 that, uh, we're gonna it off the lot pieces, the

50:16 . But again, that's just because lot of, a lot of geology

50:21 into trying to fix this problem. so the geologists, all the big

50:25 companies in the United States started going and they started finding oil and basically

50:31 do a good job. So, , if he catch me at a

50:37 , you hear me talking to somebody say, what do you do?

50:40 said, well, I teach a of verses once. It sound like

50:44 said, well, the price is little high. The price of oil

50:53 low to make sure they get the . And, uh, so that's

51:01 , uh, did I see that ? I think it said that the

51:06 of oil is low. It means have too much, the wrong

51:13 It's bye. Yeah. Now I the right thing. Ok, get

51:25 and 80 degrees. I need, need to get a break. So

51:29 the price of oil is up. , you know, I know that

51:34 , we're getting to the point of . So I tell people and

51:41 it's just a joke. It's all them a lot of face. So

51:44 start finding oil price, they keep the last and um, and then

51:52 it gets slow, I know we to get it back up. We

51:55 to fund, we're so interested. talk about how the prediction on like

52:02 far is. Yeah, I I'm get to that but I'm, I'm

52:11 showing you this because this is where United States kind of reached peak oil

52:15 we went out and got other stuff um, but um, here's what

52:23 happened. Um, it was coming like this, it looked like we

52:30 people. Well, and um uh we were getting down here, we

52:37 starting to discover new fields in uh billion barrel fields in Brazil. We

52:41 finding new field in South Africa, Africa, West Africa. We were

52:47 uh new oil fields, uh subs and uh and uh under and in

52:54 of the salt uh down on the . So offshore, we were doing

52:58 lot of stuff and so we were a lot of oil. So in

53:03 , right at this point, I asked, am I worried about this

53:06 oil? And I said no, I gave him a whole bunch of

53:10 and ho uh BBC S horizon, like nation in the United States.

53:16 , and I, and uh so , they didn't want to interview me

53:19 uh they put me on V because wanted me to tell them that this

53:23 gonna happen and I told him it's not gonna happen. And then

53:27 it started taking off, you can't the whole thing, but it started

53:30 off because of those discoveries. And of course, by about 2012 Olympic

53:36 changed the whole world in terms of . And you're talking about risk and

53:40 that. One of the reasons why uh became very uh favor a lot

53:47 what is because he almost never The problem is the drum because each

53:55 produces only so much oil. And then it's, and uh the uh

54:01 production curve on a unconventional will is short compared to that eventually. And

54:12 the risk is low, the report slow. We have to be drilling

54:17 drilling. So we spend a lot money to get a little, but

54:21 never lose $60 million a time. uh so uh somebody that understands how

54:28 deal with risk and cope with risk has the cash cash to do

54:34 You know, it's, it's like stock market, you can go out

54:37 dump some money in 10 shares. of them can be losers if one

54:41 them, if one of them is an intel or one of them is

54:45 avid, uh, it doesn't matter the other one is lost.

54:52 So it, it takes in in the oil industry, it takes

54:56 that is, is not risk, management that understands how to, how

55:01 cope with and deal with. In words, you still don't put all

55:04 aid in the work place because like example I gave you was socks,

55:09 know, you, you drill 10 . Um, they all have a

55:13 price rate on. That's probably one them is, that's how I discovered

55:22 . Uh When I was working at Amico ended up throwing in the towel

55:26 the, the CEO we had at time did not understand was, and

55:30 came up with a and they call a prospect falling to the, the

55:38 quality team in it, save it wouldn't actually destroy it. That's everything

55:43 we've looked at a probability of success around 20 just, you know,

55:50 was, I, I need a oil company. Uh So if you

55:57 one of the examples, I'll show was one where we found $2 million

56:00 will. If that prospect, quality had been in place when, when

56:05 uh prospect came up, we would do it. It was the biggest

56:09 in the South China Sea then and now to then. OK. So

56:15 here is uh showing you more of a global scale what they think peak

56:20 is gonna be and uh they think gonna reach it somewhere around. Uh

56:27 had it written on here somewhere but was around 2022 or something like

56:31 We've already, we've already hit but we haven't hit people because we

56:34 finding more of it. Um Technology getting better than geophysics getting, getting

56:39 it. And uh and our workloads even even if they're, even if

56:45 the middle sometimes. Uh But uh always, and there's, and there's

56:50 these companies like work. Now, people are looking for big prizes,

56:55 give them a lot of in place technical work. And Bill Corp has

57:03 lots and lots of money on a scale. Um But still the CEO

57:09 , is one we interested in Texas a, still a good thing to

57:16 through the uh through this course, might hear him say a lot about

57:19 Corp. Does anybody here work for ? That's a shame. We,

57:23 used to have somebody from Hill Corp every uh every group. Maybe it'll

57:27 again. Ok. So why was ? Well, there was a big

57:35 in demand in uh 28 20 29 because of the economic slump.

57:41 There's been uh in several places including and other parts of the world,

57:46 Europe. Now. Uh there's been economic growth and COVID uh uh from

57:53 to 2022. Uh then a man 20 million girls. And that's,

57:58 a lot of, that's a whole of work. And um here is

58:07 slide is getting to be a little older but with Brazil offshore West

58:12 the Deepwater offshore us. Um probably in here realizes that Obama, the

58:21 approved offshore drilling offshore Virginia Beach, , where I grew up and really

58:29 uh unfortunately, an oil company, here work an oil company see that

58:40 lost 11 lives. They made, made 11 short things. Uh you

58:47 , we have in the oil we have safety duplicity kind of 11

58:54 . It's almost a given that the is and uh it is a

59:04 they did, it was merged, did, they, in fact,

59:10 they merged had uh, a $2 surplus in his retirement. So,

59:19 like me and, uh, you , I know, well,

59:27 he should have been. But, , we also like the B

59:32 which was, I said this but , but, uh, but we

59:41 a $2 million certain that you can't surplus. But if you work with

59:48 company you're allowed to, uh, , here's a piece of a piece

59:59 that. I think that really, the uh the guy that uh was

60:04 CEO of, I don't know whether actually call it a group commander in

60:10 and Royal of Goddess, uh something that. But um uh he actually

60:16 um is we will realize in $2 surplus and the people in the New

60:26 are um but uh what they did they, they laid off a lot

60:33 people uh before they could get retirement they could keep that, that $2

60:39 . I was 11 months shy. , is arguably one of the best

60:47 that ever they teach us. Uh , what uh he uh he was

60:54 year in a month. I, could almost understand them getting rid of

61:01 because I was being cranky by But uh but I, I

61:05 Kurt Barker was one of the people developed the 3d seismic cube and uh

61:11 seismic wasn't what it is today until developed some of that technology and got

61:16 patented. OK. So let's take um real quick. Uh How,

61:27 ? OK. I'm uh yeah, me finish this chart. This uh

61:32 Eagle for all of these are Uh And, and I forgot to

61:40 just in the last couple of Um Guyana and cum on the northern

61:45 of uh South America has just opened billions and billions of barrels of

61:51 Uh They had uh a lot uh, what you would call disappointing

61:58 over the last 15 years. You , they're like, you know,

62:01 drilling but we're not finding anything and hit a necessary target, huge fan

62:09 charged from a regional source rock. , a classic play that anybody would

62:15 miss, but they kept missing it in the wrong place. Somebody finally

62:21 the right place and then they built the right place. They look for

62:24 rocks at that same age all up down that coast line and it's charter

62:30 full of, uh, of It's huge. I've heard it said

62:36 , that this area right here, gonna be worth more than,

62:41 um, all of this and all this put together and that's a lot

62:46 , that's a lot of us I'm, I'm saying, yeah,

63:03 know. It's, it's, it's but, you know, it's,

63:07 like the, it's like the you know, once, once you

63:10 the pattern and the, the the world is your, is your

63:18 ? And, uh, and that's what's happening down here. It's just

63:22 . And, uh, and now that didn't get into it is trying

63:25 get into it. And the the big companies that were,

63:29 brave enough and wealthy enough to, , to keep trying to actually found

63:37 . Ok? And, uh, may get an online student at some

63:40 in time from, sir, and more than one or two because they've

63:45 , uh, calling and asking about dude. Ok, we'll take a

63:51 here. I'm gonna take, a 20 minute break just because it's

63:56 quite a while and I didn't get break when you guys got a

64:17 Hello, Tess. Are you Yeah. Yeah, I went

64:21 uh, stirred up the, the people in the, uh,

64:26 office and, uh, asked them find out why you haven't been,

64:29 , registered yet but it should be . Ok. Good. Yeah,

64:35 , I'm starting to get worried about . I, I am myself,

64:38 just, so we keep the university to make rules to make it hard

64:43 do things. Yeah. Anyway, get back to this. So

64:51 um, oh, that's just exactly I need right now. Problem is

65:04 can't see it. Yeah, it . Why is it on that

65:31 Yeah. Uh, I'm glad I a new computer. Let's see.

65:42 , here we go. And, , anyway, we, um,

65:44 gonna have to try to sit down because, uh I have bad knees

65:49 my knee is really killing me. I do like to get up and

65:53 animated. But uh so when we to this, this slide and we're

66:01 here and we were kind of talking this uh earlier and one of one

66:06 the issues, they're low risk that problem with unconventional is the drawdown is

66:11 quick. And uh I made a of uh figuring out what the percent

66:18 over here. So about after about year, 60% 69% of the production

66:23 gone. And uh uh and then uh water cut gets really high.

66:32 here's, here's another deal uh before had unconventional wells, if wells were

66:40 something around 50% water cut, in words, it was half water,

66:44 oil. Uh they would shut the in and uh let the reservoir start

66:49 charge back up with unconventional. It work that way. Unconventional. The

66:54 comes with water, it doesn't come water, it doesn't flow very

66:59 The water is part of what creates some of the, the temporary porosity

67:05 in, in the uh system. uh a lot of the wells will

67:09 out with 50% a water cut. uh as they produce it along this

67:17 , that water cut keeps going up up and up and up and what

67:21 means is you have to keep disposing more and more wastewater. And uh

67:26 of the technological things that all the are working on now is ways to

67:30 that water recycle it, clean Uh it used to be considered too

67:35 , but it's just what we just have millions of barrels of water uh

67:40 , to uh fresh water to pull of an aquifer and have, have

67:45 water for the people in agriculture and that kind of thing. So,

67:50 uh that technology may get to the where they're self sustaining and, and

67:54 if they do that would be but it's, it's gonna take a

67:57 of cost right now. Um A of the injection wells require 12 $12

68:03 barrel uh to inject wastewater. Some it could be, it could be

68:08 higher. So that adds another cost the production of that oil that's ever

68:14 . OK. Here is um uh of the projections on peak oil

68:22 And uh here you can see obviously isn't gonna happen and you can see

68:30 this started going back up. So the curve kind of goes kind of

68:35 that, that uh period of almost like a straight curve when you

68:42 , smooth your averages out. Um uh here you can see, oh

68:50 not on the right slide. I have two slides in front of

68:54 some. So here, you can this is kind of where, you

68:57 , we had that little dip smoothed . It doesn't look so bad.

69:01 here, uh, you know, a tighter scale, but,

69:05 then if you um project it in future, this is what folks think's

69:09 happen. This was BP in And, um, I haven't changed

69:16 . Um, one of the, of the things I do like about

69:20 is they have a really good um every year. And uh the 2017

69:26 would have come out in 2018 or because it takes a while for them

69:29 get the data. Then it, takes a while from the report.

69:33 uh so you can't always get the stuff, but here you can see

69:36 it doesn't look like peak oil is in the near future. And um

69:44 peak demand is really, is really issue. Um If the demand goes

69:51 , then the production can come down it doesn't happen. And uh you

69:57 barely see uh what happened here in . You can see the curve kind

70:02 came down a little bit, but global demand dropped. And again,

70:05 is not the US curve, this the world curve. So uh it's

70:14 something we have to worry about right and uh which is, which is

70:19 good thing. And uh it's also you know, if, if the

70:27 energy sources start doing a better job replacing some of this. Then,

70:31 that will leave uh leave pressure, reduce pressure on uh the possibility of

70:37 demand. And uh here we Um these predictions came out in January

70:48 . I thought there would be something or usually there's something around June.

70:50 couldn't find anything in June or I have popped it up here. I

70:53 this ready for my class in the and um but I haven't seen anything

70:59 recently on projections, but I I think they're kind of going OK

71:04 . You can see this is the production like this and they're, they

71:09 back then uh expecting that it might take off a little bit any

71:15 there's a gap on this side. In other words, uh production right

71:23 here being uh higher than the world , which is down here, that

71:29 be a surplus. But uh when was, when this was done,

71:34 think they, they had a bit a, an idea that they were

71:38 have some issues going on uh because the war in Ukraine. But uh

71:43 of that's kind of smoothing out right . I personally think uh that there

71:49 other, other forces involved that could problems. The United States economy uh

71:56 to be booming through this inflation and , even though people say it's not

72:00 well, our GDP is climbing, is, you know, pretty

72:07 uh, the reason for, for what I just said and,

72:11 , uh, and, uh, know, everything's running along smoothly.

72:15 uh something you typically see. um, when, when a lot

72:23 economic factors are going really well, inflation is, is a real hiccup

72:28 it's causing problems just because it increases US uh deficit because we,

72:36 the money we borrow has to, know, we have to pay it

72:39 with more money. So the interest goes up against us, it goes

72:42 against the banks and it goes up all the banks around the world.

72:46 so increases in interest rate actually can a negative impact on the economy and

72:53 seeing a little bit of that. . So now I wanna get to

73:00 peak oil. So now I wanna to inconvenient truth. And um I

73:05 , I think more than anything uh is really the problem and uh this

73:12 just showing you uh this is the pretty much um uh I think like

73:20 top 11 economic countries plus uh here's , which is another big one.

73:27 um you can see that um a of growth is, has been going

73:31 in population. India is growing, of Africa is growing. Uh China's

73:38 is growing slowly but you can see they, when they project it,

73:41 you get the tail end that you see over here. Uh so much

73:46 of smooth it out and you can that on a, on a longer

73:49 thing. China's population is gonna start . And part of the reason

73:54 is that uh people were allowed at point in time, people were allowed

73:58 have one child. Now they're allowed have two people that are, that

74:02 agriculture allowed to have more Children have been allowed to have more Children.

74:06 uh as long as their economy is well, I think their population is

74:09 start going up as well. And and I think uh that's one of

74:17 things that we have to be, you know, if you, I

74:22 this an inconvenient truth because if, , if we go to what it

74:28 to look like, and this is chart that's almost identical to uh this

74:33 chart over here is almost identical to Al Gore showed. And he didn't

74:38 that this is a problem. He simply mentioned that CO2 is going

74:43 But uh I think it's very I don't know what we can do

74:50 it or how we can do anything it. But it's very clear that

74:53 itself is the single biggest reason we're problems with the environment. And uh

74:59 if, if all of our cars running on, on uh salt

75:06 uh we'd still have problems because of population that we have. Uh

75:10 it creates a, a tremendous burden , um on hydrocarbons. Just if

75:16 just consider the agricultural footprint that uh comes with having to feed a lot

75:21 people. And, uh you a lot of us wanna switch over

75:25 , to vegetables instead of meats you know, that creates its own

75:30 too. And uh it's, uh you know, I guess the

75:36 is if, if you grow crops feed the cattle, uh you also

75:41 to deal with methane from the Whereas if you just grow crops,

75:45 have to deal with all the methane the crops. And uh but a

75:48 of people aren't aware that agriculture creates huge footprint and we don't even work

75:54 we don't even worry about it or about it because we don't, we

75:59 have meters out there measuring how much uh vegetation is sitting on top of

76:04 uh on top of a farm We don't. Uh and in the

76:10 , a lot of people didn't realize if you just take, you just

76:14 take farming equipment and turn the soil , you're releasing CO2 and uh and

76:21 into the atmosphere because the bacteria is destroying it. You doing?

76:25 , back there? Yes. OK. Anyway, uh so

76:32 this again is, is uh is something that I think is an

76:38 Now when I was, when I born I probably shouldn't show you

76:40 But when I was born, that's where the curve was. And,

76:47 , uh, you know, we're about 2.5 billion people and,

76:51 big chunk of them lived in China now, um, as of November

77:00 we're on the red curve. when I was teaching this in

77:05 the 2020 this, this number hadn't posted yet. It takes a while

77:09 people to, uh, to get their numbers together. But, but

77:13 where it was in 11 2022 just few months ago, several months.

77:19 , half about, about half a ago. And, uh, and

77:25 people were arguing that it's probably gonna like this and it might go like

77:29 if it goes like this, I'm there's only one reason that would cause

77:33 and I don't want to even mention . But, uh, but I

77:37 , uh this is, is something we have to uh deal with more

77:42 just transportation. I think everything that do is creating a problem.

77:49 you know, um, again, perspective, we had a committee,

77:55 sustainability committee on this campus and they a bunch of, uh history teachers

78:01 English teachers and maybe a couple of . But I don't think they got

78:04 engineer and they decided if we got , toilets that flushed only half a

78:10 or a gallon instead of the two or whatever. We'd save a lot

78:14 , a lot of water. Turns half of the campus doesn't have the

78:18 necessary for those things to work They finally got it, uh,

78:23 10 years later, but for, 10 years over in, in our

78:27 and some of the buildings over here had to flush, you had to

78:30 at least twice to get it to , if not three times because the

78:35 wasn't right. So an engineer would known that was a problem day

78:40 But a whole group of people trying solve the problem, they don't quite

78:44 , came up with the wrong solution putting those in now that we have

78:49 pressure up would be really good. for a long time, we were

78:52 a lot of work. And uh again, you have to understand exactly

78:57 the problem is before you try to it. OK. So uh so

79:05 all know that around 18 50 the we had an uh industrial revolution where

79:16 started burning hydrocarbons. Uh not just but coal, we started with

79:21 And then uh a few decades we started hitting it heavy on the

79:25 liquid fuels. But uh what besides hydrocarbons, it started with the industrial

79:33 started. That also has a tremendous somewhere between uh 30 to 35% of

79:42 of the anthropogenic hydrocarbons come from a think that we don't even measure

79:56 What do you think started happening on global scale in the developed countries?

80:04 , it had all the mechanisms. timing is kind of interesting too.

80:19 started having more and more mechanized farming the more mechanized farming we had,

80:25 more fuel we had to burn, more mechanized farming we did, the

80:30 we overturned the fields better, the we uh did a lot of

80:35 But what else happened? So a bunch of things started to happen in

80:45 industrial revolution, not just burning but turning over the soil doing a

80:50 more with agriculture. But we also to put uh we, we uh

80:55 flood control and for irrigation, we damming rivers and we started drilling lots

81:01 wells. And if you think about coming out of a well and uh

81:09 not being allowed to make it to ocean into the salt water, you're

81:14 volumes of water that can evaporate quicker go into the atmosphere quicker.

81:21 uh all of these things related to in a certain extent to agriculture were

81:26 off in a big way too. uh you know, when you get

81:30 a car and you burn 20 gallons gas or 10 gallons of gas,

81:34 measured. Somebody knows how much, much we made, how much we

81:37 , how much we burned. But figuring out how much CO2 is being

81:42 in a field was not really Uh One good thing that's happened recently

81:49 a lot of farming has reverted to methods that do less turnover of the

81:56 . Uh Because they realize that they're releasing gasses into the atmosphere on a

82:01 scale. Just imagine if you go a rainforest, cut down all the

82:07 that are pulling CO2 out of the falling down, uh and returning a

82:14 bit of it to the plants that growing on top of them. But

82:17 the same time, it's sequestering a of CO2. Just imagine if you

82:21 in and plow that down. So CO2 sequestration area is now a CO2

82:30 emissions area on a major scale. uh so the rainforests are not only

82:37 so that we have beautiful trees and little animals living in them uh in

82:42 nasty ones too, by the but it's also important uh or uh

82:49 CO2. And so I've added this and I, and I don't wanna

82:56 ahead and read it, but I invite you to read it because it's

82:59 lot of facts. But um there's be 8.8 billion people. Uh This

83:08 , this is how quick it went 7.4 not too long ago to 8

83:13 . And uh because this slide isn't well 2012. And uh and

83:21 um when I say population, one the things is we have to feed

83:27 . You know, we can't starve and no matter what we do,

83:31 gonna need to have hydrocarbons in that . And so we're gonna have to

83:35 and raise and, and uh form hydrocarbons and um 30% is close to

83:45 much transportation puts out. And, , and I'll bring up a couple

83:51 other points. But uh population by is, I think without a

83:59 the single most important uh aspect to . You know, if, if

84:05 can't, we have to learn how deal with these, these increased

84:10 I mean, our technology has to rapidly. And uh you know,

84:15 hope is is that artificial intelligence might us. The problem with a lot

84:20 problems with artificial intelligence is it averages that could be good with data that

84:26 be erroneous. And uh that's one the problems that I still have with

84:31 . And, uh and I, you saw today, we were struggling

84:35 artificial intelligence that was operating on, in the background in this computer.

84:40 It doesn't always work out well. . Um Another thing, uh and

84:47 put this in here and I get lot of pushback on it. But

84:53 the number one greenhouse gas on this , almost as soon as things started

85:02 on it was, was water. the number one greenhouse gas 100 years

85:09 was water. The number one greenhouse today is still H2O and a lot

85:16 atmospheric scientists have been ignoring this, problem. Some of them will tell

85:21 that, you know, temperature controls or, and then therefore the volume

85:29 so that can't be the problem. that's, that's a very um naive

85:34 of looking at it. You Nobel Laureates have said this and the

85:38 is, is that that would be . Yes. The relative humidity of

85:46 atmosphere everywhere was the same number all time. In other words, if

85:51 was always 50% 60% or 100% but isn't, there are places uh that

85:57 0% because there's not enough water But if we're putting new water sources

86:04 to the surface, we're on, , we're producing them out of the

86:08 just like we're in millions of, gallons and barrels. Actually, a

86:13 of water is being brought to the in well. And uh and a

86:18 of people say, well, it rains and it falls down but,

86:20 you're taking sequestered water supply and putting in the atmospheric supply and that's why

86:26 a problem. And uh and it , it may take certain people a

86:32 to, to grasp that. And of the problem is this uh the

86:37 , the people that wrote these papers did this research uh on the slide

86:42 this got a lot of pushback. as it turns out, people are

86:45 to realize they were right. uh, and we have a real

86:48 here. Ok. And, and there you can read this

86:53 but I pretty much said what was most important part of it? But

86:57 do, uh, wish that you this because, uh, if you

87:01 the, if you read parts of book and look at most of my

87:05 after hearing the lecture, you're you're gonna get a, a 90

87:09 above in this class, but almost ever gets above a 90 on

87:14 on the uh test in my So I'm hoping you guys are gonna

87:19 a great group and you actually uh some of this stuff when you get

87:22 chance. OK? So uh the big thing is the pace of hydrocarbon

87:32 by carbon free. You can't see on here, but it says carbon

87:36 alternates. OK? And uh to address that you need to kind of

87:42 how much energy we need. Uh is the mix of primary energy

87:48 And I'll show you some pie They don't come out every year.

87:51 whenever, whenever somebody publishes one, grab it so I can put it

87:54 here and uh keep it going. been doing, I've been keeping track

87:58 this since, since 2002 to try get a handle of in, in

88:03 . The data was from 2020 get handle on how well we're,

88:08 it's kind of like a scorecard on well we're doing to replace the hydrocarbon

88:13 of our mix with alternates. And I'm gonna show you an example from

88:20 US again because uh if anybody can it, it should be us.

88:26 uh if I put the whole world there, the scorecard would look

88:32 Ok. Here, um here is just uh what's really interesting in recent

88:40 , the US was the leader in uh in wasting energy. And

88:45 China's definitely overtaken the United States. again, this relates to population and

88:52 other part of pop population was I forgot to mention that I want

88:56 slide before them. I showed the as uh the G GDP of any

89:05 goes up, the gross investing product up. In other words, wealth

89:11 wealth grows, energy consumption grows. so the more people we have on

89:16 world and the more equitable we are the way uh everybody's society is the

89:23 likely that we're gonna have in the the foreseeable future uh that apparently we're

89:32 doing a good job uh replacing uh the moment. And um so I

89:38 this is sort of, this is problem that faces us. The population

89:43 , is growing, it's red That's the best way I think to

89:48 it. And uh and countries who limited GDP are exploding and,

89:55 keep hearing really good things about This economy is starting to explode and

90:00 population has exploded and they, they now have more people and,

90:06 , and uh, unless these uh, don't like the good life

90:11 I know that's not true. that GDP is gonna have to grow

90:15 their energy rates are gonna have to up. And so India is going

90:19 be looking for uh, energy from places even more than already.

90:29 So here is uh energy by uh and this was in, uh,

90:38 was it 2005? And, this was the role of petroleum

90:46 natural gas. This, this would essentially oil and uh, some of

90:52 uh, lighter, uh, the heavier gasses, uh, lighter

90:58 and, uh, and uh, was 23%. Nuclear power was

91:03 renewable energy was 6%. And if take that 6% and break it down

91:12 this, what's real obvious alter? think, we think we're solving a

91:23 by using biomass. Unfortunately, biomass burn it will get CO2 anyway.

91:31 , yeah, then we were to grease and oil and cooking and throw

91:39 out on the street and let it , right? Oh, you did

91:49 ? Not good at all. Ok. Well, anyway,

91:59 uh, I think what's really important that in terms of, uh,

92:04 that biomass, right? There is of of what they make at that

92:09 . Yeah, that's not really helping just putting more ID. But out

92:14 , uh, when, when I working at Mobile, a lot of

92:19 , uh, are unaware of but, uh, back then Mobile

92:23 had, they were the largest a lot of the patents, but

92:28 is why we have, um, tags now. And, uh,

92:34 I don't think they would have gotten where they are now, but they

92:37 started and back many decades ago, Mobile was one of the biggest leaders

92:45 uh and they were producing um some the soul and uh and we're talking

92:53 way before 2005. And uh but was an economic debt and uh

93:00 now it is because especially because we've subsidized. But uh that's something that

93:08 . And uh another thing they did this biomass, they were trying to

93:13 figure out how to produce um Uh way back then too. What

93:20 you think happened? It's still happening . You uh for you to produce

93:28 today. It takes almost as much and in some cases, more energy

93:34 uh like if you're, you doing cane, if you do sugar cane

93:37 Brazil where they have people um have be careful how I say this,

93:43 they shouldn't have said Brazil, I say countries that have very cheaply.

93:48 you do sugar cane in Brazil, can actually do it with people instead

93:52 machines and you actually get a, actually becomes a good alternate source.

93:58 One of the main reasons for doing is because we thought there was gonna

94:02 peak oil, there's cheap oil and don't have enough oil, you gotta

94:06 it some happen. This would be , but it's not really green,

94:10 an alternate, but it's not really green alternate and uh, it's really

94:14 to get that point across. uh, so this is what they're

94:19 . Uh This is what we as society are doing to try to reduce

94:24 39% that 23% of that 20. , and, um, so up

94:38 that point, then we go to and, um, here you can

94:47 , um, and I, I more slides uh further back too,

94:52 if I, if I take, all of them, but here

94:55 you can kind of understand this Now, um, this is cold

95:00 juicy, cold so dirty, you even see it. Ok. So

95:09 , it's down here. Uh, yes, it's, it's lost its

95:13 but it's lost its, uh, is up here and natural gas is

95:18 . Uh, one of the good about natural gas is it,

95:22 often can be, uh 40% uh co2, uh when you burn

95:28 because it produces more, more heat uh per mole. And,

95:35 and this, this produces a lot CO2 to get the same amount of

95:39 as the standard P. In other , it's mostly, it's mostly hydrogen

95:43 , and uh if you think about in a real simple way that hydrogen

95:47 sort of a factor um that creates the energy, it's really,

95:52 really burning hydrogen uh when you're burning natural gas and the uh and the

95:58 side of it is, uh, this, of course, you

96:01 you have a long life change and like that to get the,

96:07 some of the, uh, tubes come off of the refineries and stuff

96:12 that or the CO2. So you , have a lot of problem,

96:15 problems when you're using the. And, um, but this is

96:22 reason why natural gas should, should be a big focus. And,

96:27 , here you can see the biomass been reduced down to 46% here.

96:35 , uh, and hydroelectric has grown little bit and so on and so

96:40 . But you can see here that total renewable energy and more of it's

96:45 little, a little bit, just little bit more of it's cleaner.

96:48 , but if you just take the things, the, um, things

96:53 are carbon neutral, uh, has from, uh, 3 to 5.4%

97:02 , for an average of 2.4 um, 15 years. Uh,

97:08 gained almost that much. And over years, it ends up being,

97:16 uh this is the carbon neutral part it. You divide that by

97:20 by the, um, by the of years and it's 0.16%. Uh

97:26 grown 0.16%. So what it, it means, what it means is

97:31 , this pie has gotten just a tiny bit bigger and displaced a little

97:36 more of this than it did uh year. Ok. So, and

97:43 15 years, it's a total of . So in 15 years, what

97:48 is it gonna be? 38? about 35? Yeah, so,

98:00 we have all these targets for How are we gonna get there?

98:05 . So I think, well, , we were just starting to do

98:09 renewable stuff here which we weren't but we were putting more thought into

98:15 was basically what happened. And uh , we were always doing a lot

98:19 renewables that were uh carbon free but , never nearly enough that we have

98:26 do. So I thought, what about the last few years when

98:29 , we started subsidizing it and just money in it like crazy million

98:34 if not trillions of dollars. And through 2019, renewable energy goes up

98:42 10%. I mean 11% to And uh so from 2017 to

98:52 it gives you four years. Um carbon neutral increase is 0.7% a

98:59 And, uh, and that was . So if you take all of

99:04 though and average it out 2020 was . We had the drop in

99:08 But if you take that whole period time, it's been increasing 0.29% it's

99:14 , it's not 29%. It's it's less than 1%. It's less

99:21 a third of a percent. We that times 10 years. If we

99:26 growing our supply as much as we so far, we still will only

99:32 um 100% or about 30 years. , um in 30 years, we

99:41 get uh 10%. I mean, years, it will take three years

99:48 to get a little bit over three to get 1%. So uh this

99:56 not growing fast. There's no way can achieve the replacement of all of

100:01 energy and the demand of this energy going up every day. So the

100:06 grew that the man continues to whether you like it or not,

100:13 happened. And uh and I, I wouldn't know how to stop

100:18 To be honest, people would be at you if you said you have

100:23 cut back, you know, it's be the hardest thing in the world

100:26 we do it. And um so that's, that's sort of what

100:35 this and that, that's why I'm very worried and, uh,

100:39 how we're gonna get to where we be. And, um, but

100:46 , you know, you're listening to and it probably makes no sense to

100:50 because you keep hearing, we built windows to how the house a million

101:00 , we built enough power to power city of New York. Ok.

101:07 right now is at a relatively low . But one important reason, not

101:13 many people, like once we start electric cars, there will be some

101:20 involved in it. But there's also in the distribution of electricity, but

101:25 might be able to replace less than of this and still have the bar

101:30 . But the car is only one . And the other thing is,

101:35 uh people that talk about renewables like tell you power generation, they

101:41 they wanna tell you what they can with power generation. And uh

101:45 that's one of the um unfortunate uh about uh the, the perception that

101:55 have of it. We, you , when we're told that, you

101:57 , they have enough to power a people's houses. Uh We're not,

102:01 we don't look at the big picture the whole energy need. This,

102:06 is all not how our generation is small part of it. And uh

102:14 I'll show you some slides and and then I, I did,

102:19 did do this one just for 2020 show you that if, if

102:25 um if you get rid of 20 barrels a day, um the contribution

102:36 renewables goes up and this basically happened 20 million barrels uh just disappeared from

102:51 , ok. And here is, this is something that I saw out

102:55 the Wall Street Journal. I wouldn't reading the editorial pages in the Wall

103:00 Journal. But the, the data they put in the Wall Street Journal

103:03 usually pretty darn good. They uh, they use excellent sources of

103:07 lot of, I have a lot faith in their reporters. And,

103:13 , so we were looking at 2020 is where we were and this is

103:22 we have to get by 25th 50 we, uh, are gonna do

103:28 and how are we gonna do Yeah, we're not gonna, how

103:32 we gonna get a third of a of an increase to do this?

103:34 is the amount of money it's gonna to where you're spending 1.2 trillion.

103:41 , be sure to get to that . And, um, and

103:46 uh, um, that's a lot money and that's just looking at it

103:54 . Technically. When I look at thing, I don't know how they're

103:57 do it technically, but financially it's be a huge burden as well.

104:06 . And, and, uh, of the, uh, exercises I'm

104:09 , uh, hand out to you probably tomorrow is that I would like

104:14 , and this is not gonna be that takes you a lot of

104:17 But what you're gonna do is get , look at some papers,

104:21 look for some real data that can you some insights about our, the

104:27 and also our ability to solve the . Yeah, there's real data out

104:32 . Um You can totally disagree with I said. As long as you

104:36 data to show, if you just on power generation, you're gonna make

104:41 look like I'm telling you a But it's not, it's just that

104:45 generation is a small part of our need. And uh and, and

104:53 , here's another thing. Uh uh next thing I wanna show you

104:58 you know, where, where do stand right now? And uh and

105:05 are the things that don't have farm and uh the US is not the

105:13 right now because of a lot of that have happened in China. But

105:16 been the leader in these things uh probably since the day I was

105:23 And uh so it's, you I often sense that people think we

105:28 worked on this, but we've been this for decades and in fact,

105:33 half a century, so here is leaders in nuclear power production and um

105:47 numbers um basically are, are showing how much it's gone up recently.

105:56 I think in the last uh year so, but the US has,

106:00 still added some tera watts. Uh has fallen down a little bit.

106:05 , when we, normally, when talk about nuclear power, everybody thinks

106:09 is gonna be. And uh France hasn't been the leader uh in

106:14 power, but France, France produces 100% of its electricity and they switch

106:22 to um electric cars. This number keep going down. This number is

106:30 have to go up. Ok. it, and it's not,

106:35 you know, they're worried about the impact China, of course, has

106:38 a lot of nuclear power plants, has gone up 100 and 20 watts

106:46 of course, uh uh if you about it, you know, they're

106:51 catch up with us pretty soon, definitely gonna surpass, I'm sure

106:56 within another year they're gonna surpass me uh it produces about 10% of the

107:07 the world's needs for electricity and and, and all of that energy

107:13 into electricity by the way. So is 10% of all of our energy

107:21 . So, uh just even from chart alone, you can kind of

107:25 that nuclear power doesn't cover all the , but electricity isn't that big,

107:30 of a park compared to transportation and things, excuse me. But this

107:40 just uh this is just over the uh the last year it's switched since

107:46 , since, uh, I don't if I have the other chart.

107:48 don't have another chart here. I to have a whole bunch of charts

107:51 this two way. But, but, uh, yeah, this

107:56 recent growth or a lot or all other, you know, some,

108:00 countries are making progress with it. aren't. But again, uh,

108:05 , the one technology that we currently that could start filling the gap would

108:09 nuclear power and uh most people are frightened of uh nuclear power for good

108:17 . OK. Here is uh photovoltaic that there's also um uh thermal energy

108:26 straight um uh where they heat sunlight and stuff like that. Um

108:34 even helped my daughter feel very good a solar engine. It had,

108:44 a little, it had a personal really focuses the sunlight and put the

108:52 that this glass ball would have water it and it would start to boil

108:56 the would come out and, but was, it was a way to

109:01 it. You can source like a a turbine and make it spin.

109:07 . So uh but that's, that's the other type of uh solar energy

109:10 . But uh the TV is the that we're really hoping. Uh but

109:15 you can see um the US uh one point in time uh was at

109:22 top China has been um installing stuff faster than me. And,

109:28 there's, there's huge fields in Georgia I, when I drive across the

109:32 for a year or two to, South Carolina and you see a lot

109:36 solar panel fields and stuff like But it's still, you know,

109:40 , it's still, it's kind of big part for power generation and power

109:45 is a small part of the energy , uh, this one would be

109:54 or minus since 2016. You can't it. It's, it's back

110:02 And that one I think was just the last few years, the last

110:09 . OK. And here is um wind energy. OK. Let me

110:19 you something. This is another thing perspective. What does that tell

110:29 What is the word up here? called, this is how much they

110:35 . This isn't how much they have for. This is how much they

110:41 . If you have solar or they tell you capacity, they never

110:47 you production because production would not impress because that's another thing, not only

110:52 the contribution to power generation, a part of the total need, but

110:57 they don't even tell you what their is because production of solar and wind

111:02 month to month is never more than of its capacity. So if,

111:08 you can imagine nuclear power or every power plant worth of production, we

111:14 to build three nuclear power plants. you imagine how expensive that would

111:21 And um so here you can see this again, its capacity, nuclear

111:31 production. This one is the Ok. If the T was spin

111:39 full capacity the whole time, that's it would produce. Almost never

111:47 might happen a couple of days in row. Uh But it doesn't happen

111:51 a month, a couple of years . Now, during COVID, uh

111:57 wind stopped blowing in Europe and they in real trouble with, uh with

112:02 power up because, because uh if don't have air conditioning, wind can

112:06 a pretty good job on keeping your levels up. But uh the heat

112:10 up and the power went, uh off and uh and, and they

112:14 struggling to get natural gas and here geothermal and again, um I just

112:26 it. There's Iceland right down. would think Iceland is, is 100%

112:32 . But, you know, I don't think they have a million

112:37 . Norway's only got 4.5 5 million . Norway has a lot of hydroelectric

112:44 . And uh because of that, they actually uh they actually uh provide

112:50 to almost all of Sweden for the that have. But again, it

112:55 to do with population. If you a small population, you can do

112:59 . If you have a gigantic you're in trouble. Where's, where's

113:03 next biggest, uh country where is biggest one? It's not even

113:08 There is the biggest country in the biggest country are India and China.

113:18 is the third large. Well, not even sure if US is the

113:22 Russian. Ok. And so um hydroelectric and here they run this

113:39 This is, they actually have production they have a turtle that runs and

113:45 know how much is coming out. don't tell you capacity. And uh

113:54 US uh used to be one of biggest China, of course, uh

113:59 the biggest now. They um they pounding millions and millions of acres of

114:06 and displaced, I think, well a million people to build the

114:11 And uh and now they have this uh uh present. We're now that

114:18 a lot of, but it's still small amount compared to, to all

114:23 we need. Um Here's uh Norway here. Um Again, they uh

114:32 have a small population. So even they're very well on the list,

114:36 actually paying for almost all of their or producing almost all of their electricity

114:42 . Just from your view, the and um the way they uh they

114:49 so much electricity, um their central is you have force and you run

114:55 a special um cables underneath them, put out heat from resistance and it's

115:02 it's gotta be the most inefficient way provide simple heat. A simple

115:07 He didn't know that they have so , still cheap. Mm.

115:13 and they only have 4.5 to 5 people to keep warm. Uh,

115:18 does get cold but, uh, coldest day in my life that I've

115:22 lived was in Oklahoma and the hottest was in Oklahoma. And,

115:27 Norway, uh, where I lived Norway it never got as cold as

115:31 of the winters in Okla because we so far away from the ocean,

115:37 , blanket, so to speak. bottom line is, is that all

115:42 these things are still, if uh, if you take away the

115:46 , they're still really expensive. This what you're gonna pay for that

115:50 Um, when your, when your or gas or your electric bill.

115:56 it, but it is what it to put, uh, put this

115:59 capacity, not production, but to this much capacity online, uh,

116:05 takes an awful lot of money. , one thing that's interesting is

116:12 um, natural gas is, is still only cheap. This might be

116:19 than this right now just because some these prices fluctuate over time. But

116:23 general, it's still pretty much the chart. And, um, here's

116:31 for win and here we're not talking , uh Tater watts or kilowatts.

116:37 just talking, uh, we're uh tera watts or megawatts or anything

116:43 that. We're just talking about, , a kilowatt. And,

116:47 this is the dollar price for these things. And you can see again

116:51 that there's, there's a broad range these things. Hydroelectric is one of

116:55 cheapest. But to do hydroelectric, have to dam up something for the

116:59 part, you have to take away phones. Uh, there's a,

117:04 , there's two dams in South uh, the lakes and,

117:08 one of them is Lake Moultrie. , uh, there was,

117:13 like during, uh, just before war two they started, they built

117:17 things so they get power generation during war and use the fuel tanks,

117:22 , you know, on the battlefield they, the, the ships for

117:26 oil and that sort of thing. , uh, but, uh,

117:30 is probably one of the most efficient , but again, it has a

117:33 environmental impact. Uh, some of lakes that we get to go fishing

117:38 are nice things too. So, some ways it adds to the

117:41 Uh, but it's, it's it's a costly thing because you need

117:44 acreage and people usually live on especially with the population of the world

117:48 , 8 billion instead of 2.5 Excuse me. Um, I forget

118:00 it is, you know, something of energy or something. Yeah,

118:11 what it is here. That's kind looking at some of the,

118:18 that's looking at some of the, , outside costs so this, this

118:22 away uh the subsidies or lack of . OK. And so when we

118:33 about alternate energy, I think there's slights of hand, when is the

118:38 potential that we think of is And part of that is because

118:43 we explain it in capacity versus Uh Another part of it is there's

118:48 focus when they talk about what it for us, they talk about so

118:55 houses with electrical power, they don't about the overall global need of

119:00 And uh and then it is, is heavily subsidized so far.

119:06 you know, the US government was hitting people think it was $7000

119:14 buy a subsidy or a tax break buy a electric cars. And uh

119:19 day after that was announced, Ford they're gonna increase the price of their

119:24 truck by 7, 7500. So a huge part of all of

119:31 It's not cheating. No, it . Anyway, it's, it

119:38 it's a little bit depressing. But um, so anyway, um and

119:44 of all the alternates are hydrocarbons and of the last charts, the

119:49 the hydrocarbon part was down to something 47%. So they're trying to make

119:54 , some headway on that. I the fact that they're trying to do

119:57 farming in a different way to stop the soil is gonna help. But

120:02 , they keep thinking about how big problem is and then we need to

120:06 it, you know, even down the level of how much pressure goes

120:10 that toilet, you know, these deep, they make a lot of

120:14 . And the another amazing thing about of this is conservation, you

120:19 you share a ride with somebody just the bill in hand just like

120:25 you know. And, uh, conservation is still one of the most

120:30 things and I don't see anybody pushing politically, um in a way that

120:35 should to help us get to where gonna get. And, uh,

120:39 of course, the wealthier countries might the ones that can do more conservation

120:45 because, you know, we, have enough infrastructure and what not to

120:49 something. Uh You know, if in a developing country, you might

120:54 have al alternate means, you there, there may only be one

120:58 with one bus and everybody's on that already. You know, there's nothing

121:02 they can do to uh to get fuel needs lower. So, uh

121:07 it, it does behoove all of in these wealthier countries to really consider

121:13 uh more efforts in terms of our personal conservation methods. Uh I didn't

121:18 much of a job when I got diesel car but uh but I did

121:22 a diesel car and, and I would like to report that,

121:27 Uh, well, I'm, it's in the shop for a,

121:31 , emissions thing was an Audi and , and it got completely repaired,

121:35 even after the diesel repairs that they to do on it, uh,

121:40 the last couple of months I've had half a dozen days that I've been

121:44 to get in here on an average 44 MPG with a diesel car and

121:51 loaner car, which is a brand 2023 high efficiency two liter engine on

121:59 best day I've gotten, uh, miles to a gallon, which

122:03 you know, um, just a bit more than half. So that's

122:09 working. I'm wasting a lot of right now. If, uh,

122:13 that have gas cars hopped into my , uh, it would save a

122:17 of fuel and, uh, if all drove a little bit more

122:23 we would save a lot of people . Ok. So, uh,

122:29 don't think I need to read this this is the summary of what

122:32 uh, this lecture was all And, uh, and I,

122:36 I think it's an important, I know it seems like,

122:40 non technical stuff. No geology, sciences. But, you know,

122:45 you're gonna go out and look for , you got to have an idea

122:47 how important it is. And I if anything I just told, told

122:52 in spite of, uh, the that make the price of oil and

122:56 go up. Uh, what I showed you strongly suggests the need for

123:01 and gas is, is hypercritical for survival of the part of our

123:07 Yeah. And I don't think you deny that. I mean,

123:13 when I, when I made my to not worry about and I went

123:16 the oil industry, I knew every I was providing fuel, fuel

123:22 schools, all sorts of stuff and and industry and just, it's an

123:27 thing and it's totally directly related to I say totally, but it's directly

123:33 to GDP S in developing countries that progressive. So, uh it's really

123:41 important thing to remember, but uh able to provide this source of energy

123:46 still gonna be important. Uh There seem to be a threat but uh

123:52 on the rate at which we're, replacing the hydrocarbons with alternates is,

123:57 desperately low and that's not to stop doing that. That's to

124:01 please do more. I'm gonna get of your way, do whatever you

124:05 to do and may maybe you'll start , you know, displacing 1% or

124:11 or even 3% a year. And that will still take you guys to

124:15 end of your career at your young . Yeah. Uh This would be

124:42 good time to take a break. can find my cursor again. That's

124:54 I run, I run into trouble I get, does anybody see my

124:57 on the other is ok. the way I'm gonna do these recordings

126:02 general is usually the Saturday will be recording but the, uh,

126:08 I mean, excuse me, the will be one recording but the Saturdays

126:11 be a morning and an afternoon. try not to get them too

126:16 uh, makes it a little bit to work. Ok. So now

126:21 gonna look at a lot of the and concepts that we uh that we

126:25 with here. And uh the first is what is petroleum geoscience? And

126:31 I used to have a whole bunch slides uh because, you know,

126:35 somebody teaches sequence stratigraphy, they define , structural geology, sometimes they define

126:41 . But if you're a practical, think a thing out of your book

126:45 is the best thing. Uh 2004 I don't think it changed in the

126:51 edition, which just came out about year and a half ago. Uh

126:55 um uh but that's, that's kind how I see it as a

127:00 It's um geology, physics as they're to understanding the origin distribution of properties

127:08 petroleum and petroleum bearings. And uh also relates to producing it too,

127:16 out ways these days. This this pretty much covers um all of

127:23 we do in frontier and exploration when get to uh appraisal distribution of properties

127:34 really important when it comes to development production in that part, it's important

127:41 . But uh it helps to know little bit about how things are produced

127:45 that kind of thing uh to understand you can answer those questions as a

127:53 . OK. And again, here's value chain and uh what the value

127:57 is, it's, uh it looks , you know, how do we

128:03 at these things and how are we on the value of a property from

128:10 different stages of actually a petroleum system a resolution? Because at some point

128:18 time, it's part of the frontier and then it becomes an exploration

128:25 It could also be part of an uh further the early development of uh

128:33 of that first initial well and that or whatever it is, uh a

128:40 of the next couple of steps might be considered exploration. Uh But then

128:45 you, you venture outside of that , but to something that's very similar

128:50 terms of its the Asian, the , the source rock types of structures

128:55 the sea and the prospects and that of thing um is what exploitation is

129:01 about. Then appraisal is of focusing in on those things and trying

129:05 figure out um exactly how big you it is a limited number of the

129:11 number of data. Uh put into . And then when you get to

129:16 development, you're looking this, this actually a lot of this is based

129:20 static data, some dynamic data. this gets, this really uh leans

129:26 on dynamic data when you get into and production. And if I ask

129:39 again, um I don't know if pointed it out because it was saying

129:45 in it slightly different. If if I ever ask you what the

129:48 , what are the four steps of value chain? This is how I

129:51 do it. There's six steps in , but these two are very,

129:56 are, these have a really strong shake and these two down here have

130:00 very strong, but uh this is doing something different. This is

130:08 uh I think a really key It has a lot of things that

130:12 need to focus on to do Right. And uh that's what your

130:17 exercise is. It's an attempt to a field with a few wells in

130:32 . Ok. Um This is the it used to be. Um And

130:42 a, I'm a geologist so I I got to apologize for that.

130:46 uh the uh the ability for us get a rock that, that we

130:54 touch in a, or a rock a tool is touching directly. Uh

131:00 I call that hard geological thing. I know we had a,

131:04 recently about three years ago, we a grad student that was signing uh

131:09 data to um to and everybody in our committee called that they called the

131:20 Data Soft Data and the seismic The seismic data is, is just

131:26 form of uh remote sensing. And or I shouldn't say just an incredible

131:31 type of remote sensing and the real geological data as a geologist is being

131:39 to um see and touch that rock our hand and eyes and uh or

131:46 a tool that actually touches, not that just sends energy waste to

131:52 And uh with all of the, myriad of, of issues with uh

131:57 of data and all of the issues processing that data problem. Although uh

132:02 people that worked on it were really , they're doing amazing things. I

132:06 am amazed that it actually works. You know, you have all these

132:10 waves, uh all these energy waves off of uh multiple uh horizons and

132:19 and they're able to keep track of the different returns and when the how

132:23 the returns uh uh have have it helps, you know that you

132:28 more than GEO one geo phone and and that sort of thing. And

132:32 when we have a 3d G Fone , that's uh that's a whole another

132:37 ballgame and, and some of the things can be a lot more um

132:44 detailed in terms of, of, data because, you know, they

132:49 , if they want, they can use uh geophones, they can uh

132:54 shear waves and all sorts of converted and uh uh offshore stuff can work

133:01 converted waves. But they, but don't um necessarily have a way to

133:06 to do shear waves unless you have bottom type sensors. So uh what

133:12 slide talks about though is uh normally the geological effort was really big up

133:19 because this was, they used to it the sexy end of our business

133:23 it was had a lot of OK. There was a lot of

133:26 in it, but I don't know it's even um politically correct to use

133:31 term anymore. But uh but where there's money, it, you

133:36 , it's it kind of uh invigorates , right? And so uh uh

133:43 so much in the frontier, but we got into exploration exploitation, that's

133:47 all this money is. And part the money was the acquisition of

133:53 I think one of the reason why geophysics did so well in the oil

133:57 is because uh they had to invest lot of money to acquire it,

134:03 had to invest a lot of money process it and interpret it. And

134:07 because of that, it became a part of the geoscience budget and it's

134:12 bigger budget that's gonna you know, more um activity and the interest.

134:19 having said all that as geologists, a lot of us would work down

134:23 this end. And at this we have, we often have no

134:30 at this point we are in, only have one. Well, at

134:34 point, we only have a few . When we get down here,

134:37 might have a few to hundreds of . Uh And we have the longest

134:44 , but as we move in this , we often in the past have

134:49 gotten a lot of poor data and stuff that cost a lot of

134:53 I actually sent the wells, I in the cast in secret to make

134:56 that it didn't have to, I figure out what the age of the

135:00 were because we were, we were part of our agreement was to drill

135:06 a certain horizon that I could identify with, with fossils without doing it

135:12 . Um And well, they drilled I got out there ended up having

135:19 to uh by the time they settled , it was an $8 million task

135:24 get uh a good core out of out of that section to prove that

135:28 reached the uh their contract uh interval they had to penetrate according to the

135:37 keeps popping in and out of. uh but what's happening right now

135:44 with unconventional and uh also uh and seismic is starting to get really good

135:52 here uh with four D stuff, four dimensional stuff. In other

135:57 they have the 3d plus plus time on there. So you can see

136:03 thing, dynamic, things changing in reservoir. Uh But geologists are starting

136:08 do more and more of the work here. But in the past,

136:12 was really heavy up on this end geological effort and uh lighter on this

136:18 . And I always found it is of strange that where all the data

136:23 we weren't, we weren't using Ok. Um The diff different types

136:31 uh things that we use, of , are core sidewalk forest cuttings,

136:35 line logs, you know, And uh there's even uh things that

136:41 can do with seismic that help us um depositional faces now on a,

136:47 a um on the horizon and that of thing. So it's really uh

136:53 a, a really more powerful tool though it is, it is a

136:56 of remote sensing. Uh the imaging , is, is just getting absolutely

137:02 and uh probably will get a whole better while we do the work.

137:07 um and then of course, uh this part, um when you get

137:18 to here, all of these tools we, we get very little of

137:22 in the top and uh we start pick up as we go into appraisal

137:26 um in production. And what do think happens within conventions? What sorts

137:35 tools do you think we look at ? It gets a little tougher to

137:42 some of these things because some of things require, require uh it helps

137:46 have vertical. So um a lot this stuff goes on in unconventional before

137:54 uh often before we in an area we're gonna do later. Rocky.

138:08 Yeah, that from you get that the cuttings. We get a whole

138:11 of things from the cuttings, from cuttings. We can get, uh

138:14 we can do Rocky Bell and some the gens we can, you

138:19 we can, we, uh if can pull some of the organic stuff

138:24 , we can, we can do with it. If we, if

138:26 get oil, we can do you know, we can uh do

138:29 lot of things with that. But , but uh cos inside for

138:34 we can do it with cuttings. a little bit more difficult uh

138:38 with all those sorts of things. uh we do, we have a

138:42 done uh in terms of the analysis these different things, the best tool

138:47 a geologist that is work as you see, sedimentary structures. Sidewalk courses

138:52 good too because you can't see. , and you know exactly where it

138:56 from. They have a little bit a uh uh mud lining to parts

139:02 it. But, uh, that's from a place to cuttings, you

139:05 to calculate, uh, the return that you get the cuttings to figure

139:10 exactly where it is. And I've with, in the industry, I've

139:13 with cuttings a lot and quite often really, really good. Sometimes the

139:19 , uh, sometimes you almost have calibrate the cores with the cuttings because

139:24 do like a 30 ft four. , uh, some of these ones

139:28 they brought the weight on it. , so stuff and they actually 34

139:38 up 10 ft and then figure out part of the 10 ft did you

139:41 ? 20 ft or with the 30 ? And, um, I,

139:46 have done stuff actually in the field Splints Spon bos and stuff like

139:50 Uh, it's not on this list something that I've used when I did

139:54 dissertation was, uh, os with places for doing the foundation course and

140:00 . And that can actually bring that for foundations. But you throw this

140:05 in, in the ground and it reports through, depending on the

140:09 of the rock. It reports through . You pull the section up and

140:13 it. You just have to take line off of it, but the

140:17 just goes down there. So go by feet, 5 ft, you

140:24 in another 10 and I say you a really good uh in situ uh

140:31 at uh what's going on. So a lot of stuff like that that

140:34 can do. We'll, we'll talk some of this data in more detail

140:41 you can get like, oh, know. And you can get an

140:48 lot out of it. Yeah. , and, and that, and

140:51 calculating the lag time is, is because I, I've looked at,

140:56 know, samples that are almost closer than you should. And uh you

141:01 , you, you, you have always realize that, you know,

141:04 take a sample, this represents what at that point uh in time over

141:10 interval. It was never just a getting the uh the absolute point of

141:15 sidewalk for and the floors is, a really good thing. Uh

141:19 but that's really expensive. Cars are expensive in uh in, in soft

141:26 like in the Gulf of Mexico when worked on a sidewalk courses weren't too

141:29 because, because you didn't have to the little um thing that would uh

141:35 into the rock that just uh had charge on it. So it's like

141:39 like a, an old uh 35 film jar that would pop in there

141:44 you'd pull it out. Sometimes the is in there, sometimes it's

141:48 but you might have a, a of 35 or something. And uh

141:53 you know, 60 70 80% of would come up with something in them

141:57 then you could use that. So, uh I've already said this

142:05 I probably don't need to say it . But, you know, the

142:09 marks is, is why the focus there because uh exploration was where we

142:14 a lot of money. And uh nowadays, uh we're doing more of

142:19 appraisal and production and development areas and what companies like hi do. And

142:25 a lot of companies similar to this the North Sea and some of these

142:29 places, there's, there's a huge of opportunity in, in the Gulf

142:33 Mexico on the shelf because a lot the big oil companies have kind of

142:37 away from the shell and uh and just around South Marshall and 1 28

142:43 know there's huge pockets of oil that one's drilled yet. But, uh

142:50 , you know, it's too much and who could use an extra million

142:56 anyway. You know, if you me billion, I'll, I'll get

143:00 it. But anyway, um and they'll take all the money.

143:06 um uh so the big expenses in past has been this uh recently because

143:12 gone to a lot of uh unconventional um uh offshore seismic activity is

143:21 or uh expiration is drop off. lot of the seismic companies are having

143:26 very difficult time getting, getting a of surveys going and whatnot. But

143:30 think it's gonna pick up, here in the near future,

143:33 for a number of areas and of , the surname, one, certainly

143:39 one of them where they're gonna be a lot of seismic in the future

143:43 they've already done quite a bit. , uh, the thing is

143:47 the minute you, uh, a of times too, they'll do spec

143:51 and they'll, they'll go out there two D or maybe um some uh

143:57 than uh robust 3D data to sort find out if it's worth spending the

144:03 . Once they find out it's worth the money, then they start

144:06 I uh one of the projects I in, in uh the North Sea

144:09 the chalk fields. Uh we, were able to show them that they

144:13 missing uh 400 million barrels of And uh that gave them the incentive

144:21 uh put ocean bottom uh seismic seismometers uh O BS or, or uh

144:29 they call them the in the. So they could do uh shear waves

144:33 on top of uh um of the waves because uh uh uh what do

144:40 find, what you find in a of places where there's a lot of

144:43 is, you have gas clouds. you have gas clouds coming up in

144:46 talks, you're no exception. Or have uh gas seeping out of the

144:53 , creates a site where it really difficult and, um, almost

145:00 I ever did a lot of technical it was a job the size,

145:04 didn't work as well. Uh, go to a talk, you're gonna

145:09 only the best stuff, right? , $400 of it has $4 million

145:22 , boy. Go ahead, You found 400 extra million barrels of

145:28 in a, in a, in field in it. How do you

145:31 , excuse me? How did you make it? Uh, we got

145:38 and we figured out what the superiority . We realized that, you

145:47 there was a lot of, a lot of samples and there wasn't

145:51 new software just looking at samples and better correlations and figuring out what size

145:58 he didn't see where the gas But uh, so they had,

146:02 could almost see nothing. And when , when you get, uh,

146:06 you do the Jurassic in the North , which is well below the FTA

146:11 , when you start looking at the , a lot of that energy that

146:14 would wanna use to see sands. can't, it doesn't work.

146:22 this, this was looking at samples figuring out the stray with geology that

146:30 , they're still doing it, they're doing it. You can't, you

146:34 get energy through, through gas are about to. Well, I,

146:43 show you what gas clouds look at you can see. Yeah,

146:46 it's not something you can process uh, if you, if,

146:51 what they did do was they put BS on the floor, it's just

146:56 expensive. But when they put O on the floor, they could use

146:59 waves and they could see through the clouds. So now they can see

147:03 the gas clouds and they found another million barrels when they did that and

147:10 use software to do that. Um So, uh what a lot

147:22 geologists do, uh when we get no conven conventional is they spend a

147:27 of time geo the, and uh also uh a thing called bios steering

147:33 I'll explain that to you in a lecture. But, uh but right

147:37 they, they do GE steering a and again, ge steering works pretty

147:42 and, and it's gotten to be pretty good science, but it's still

147:46 because as you can imagine, uh a couple of uh inherent problems.

147:56 , if you look at a very products go like this, the tools

148:03 down and the tools, tools actually out this week and uh what,

148:10 they're measuring is this out away from wealth. It's not in front of

148:15 wealth or it's way, way. when you, um when you go

148:22 in a lateral, your tools are doing this. And uh and so

148:31 between these layers, unless you have layers, vertical. Uh it's,

148:36 really hard to, they don't have on it. You could have,

148:39 could have, you look for a of spices like this, but you're

148:47 be drilling in here. How do know if you're in here? This

148:52 where you want to be uh because structure goes like this and we're gonna

148:58 into the sand and when we turn anything like that or whatever, um

149:02 very difficult actually seeing with the tools have with now, you know,

149:12 the sensors sets out in this direction that's just the way it is,

149:17 know, they, but uh they out these fields, you can go

149:24 and farther out in that house. then when you come along and you

149:28 , you're starting, you can characterize region uh type of uh and uh

149:44 of them better focus so that you get to draw the kidney this rather

149:52 just they even. So when you on the bus, you know,

149:59 taking into and everything that's in that . So, you know, it

150:03 really amazing that you're, you're looking each one. When you're, when

150:08 crossing layers, you become some more and uh it can be very confusing

150:17 um and, and it, it always work, you know, one

150:20 the things um we all wait until get the bio before I talk

150:27 OK. Uh Then there's Um Another that, that they work on is

150:35 on higher volumes, higher production One of the things that it did

150:39 unconventional geologist says is that they know have a, that the reservoir was

150:45 source rock and the source rock produced lot of oil. So a lot

150:48 the things that we do in front their aspiration. We're trying to figure

150:52 if we have a source, we're to figure out if we have

150:55 have a reservoir rock. Uh you already know it's a pro that

151:00 . It's a pro it's a proven of the technology that we're using it

151:04 actually extract the oil uh from something very, very tight. And of

151:10 , uh laterals prove that hydrofracking, course, uh uh allows you to

151:16 photo channels into the formation away from board. And uh and it also

151:24 the surface area on. We The big advantage of that is I

151:29 300 I see it here and here I had 300 times the comforts

151:35 that, of that uh production jacket whatever the, the excuse me,

151:41 uh the production line. And um that's all you have. But when

151:47 um when you have something that's five long, that surface area now becomes

151:53 miles instead of three on the on circumstances and then to further enhance

152:00 give you hydro you fracture and uh sand in the hole and pop it

152:07 so that you can have more channels that your surface area might become that

152:12 . Plus this surface area too. the surface area is exposed with a

152:18 differential and that's why, but it draw for very long and very far

152:32 . Ok. Um So in, frontier, regular frontier, you

152:39 it's, it's a very different Uh Is it a, is it

152:42 big one of the things is uh want to know if the uh potential

152:51 is gonna be large, uh The basin type has something to do with

152:56 where your depot centers has something to with this. Uh what types of

153:01 you have and uh and size is in work. And uh so here

153:07 looking at some of these things, have any structure or not. Uh

153:11 when we would get uh still do , we get, you know,

153:14 of your two D size lines you're some uh your view of an

153:19 one of the things that you look or any types of things that look

153:24 fracturing and stuff like that, things can, can create seals and things

153:29 can create volumes. Uh The other is, doesn't have any or for

153:35 , you're not gonna have a rest if you don't have a charge,

153:40 ? So that's really important. Another is how the organics been cooked.

153:46 , when you're doing frontier and you wanna make sure all these elements

153:50 a um of a uh petroleum system exist in that basin you're working.

154:00 , uh your books from the North , this is from the book and

154:04 it's not in color, but the is a little bit better from the

154:08 edition than it is from the And, uh, and here you

154:11 see, um uh all of those come into play here in terms of

154:19 we might have potential for charged reservoirs we could produce oil and gas.

154:26 just take a quick look at Does anybody have any idea? You

154:29 had structural geology? Does anybody have idea what type of basin this

154:38 Excuse me, how many think it's Riff base? Does it say it's

154:50 Riff basin on it? Raise your if you think it's a Riff

154:59 Ok. Stephanie didn't take the You were, oh, you were

155:03 . Yeah. Yeah, she, half raised her hand. Go

155:06 You're right. It's a Riff Ok. So what you're looking at

155:13 particular type of basin because of because of the way it's formed and

155:18 evolution creates a lot of different things here uh that are parts of the

155:26 system and there is a rift. excuse me, that's a reservoir,

155:30 reservoir in the reservoir, here's a . Uh But just looking at this

155:39 um what do you, what kind reservoir do you think that is this

155:51 right here you haven't had sequences Mhm. Ok. Uh What,

156:12 type of uh sediments do you think in this, this particular reservoir

156:17 What, what uh I'll give you . What is it? Yes.

156:26 That's good. Every, every everything that they learned to build the

156:34 class except for Stephanie who wasn't in , everything you learn to build a

156:38 . Let me take just to his . Yeah, that, that's what

157:00 getting at. Where is it With a T A already gave it

157:06 . If you listen, I didn't . OK. Uh Here's, this

157:11 a rip. What's really common in basins is when they, when you

157:14 that rifting and it's active. Um it's this end, actually pops up

157:22 . So you get a mountain on side and a depression on the other

157:26 . You had a sequence geography. would know you're creating something called the

157:30 space here for sediments on this side you're popping this up in the

157:35 What happens to rock when they pop in the air in the end?

157:44 OK. And uh yes, coarse stuff comes flying down on and the

157:49 sands in the North Sea look just this. Uh If you, if

157:53 had a nice seismic line here, see these big fan and that coming

157:57 off. There's an uplift, there's uplift. Uh right where the South

158:03 Robin and the outer go together and there at that junction in the Central

158:08 down here, it's a triple junction you get tons and tons of sediment

158:13 off the high here into that. you go to the East African

158:18 uh you see the same kind of , one side of the of the

158:21 rip lakes will pop up and you sediments pouring into that river face.

158:27 uh when this was a rift, was all the way up here is

158:32 a lot higher. It wasn't, wasn't sagging like this because the rip

158:36 caused by the thermal uplift underneath But over the millions of years,

158:41 taken for this to develop, uh cooled and so the um the pre

158:47 rift and then the Sin Rift uh uh sagged underneath it and the postscript

158:55 covered it up like it is. , in other words, started to

158:58 in, you can see this one pretty much the same fitness right after

159:03 thermal subit was in. So here seeing gets thicker here. There's more

159:10 subsidence in the middle. A little more here, a little bit

159:13 It's standing on the edges here But when, when this first these

159:18 layers were laid down, um in lower Cretaceous and upper Cretaceous, you

159:23 have seen um uh something that looked like flatline beds. But but

159:30 as you know, it was up this and then it went like this

159:36 , this is what you do in of your exploration. You look at

159:38 basin, the basic style and that style will give you a hint as

159:43 what kind of reservoir rocks you could . But it isn't all one.

159:47 a reservoir rock in a pre reservoir rift, here's a reservoir route in

159:55 place. Ok. So the whole of that particular type of basin creates

160:03 areas where there's accommodation space and there's somewhere in deposition. What do these

160:10 look like? Well, this the dunes are a huge feature.

160:23 it's not a but, but you of have an idea, you're getting

160:29 to it. So nobody talked about do you call these things have

160:39 I'm, I'm gonna give you a . It's not cross bet.

160:51 it's, it's a cross betting. betting would be, oh, there's

161:01 right there. Such a small scale can't see with this. Is it

161:08 Clio forms and these, these and , and I don't know if you

161:12 , but here's one that comes out , here's another one that pros out

161:18 this direction. Here's another one that out in this direction. Here's another

161:22 that prograde out in this direction. , if I tell you that sediments

161:27 pro grading out into the basin where the sandstone from in, in these

161:33 of again, you since you don't what a uniform is, you

161:37 it's completed, but the final forms the Refiners that you see, like

161:42 have the kind of forms. But between the, this reflector is the

161:51 of form, but the rock in is called the what? I don't

162:00 if this is what he does. uh, but you know, when

162:05 , when you take his class, might want to ask him if he

162:08 what the climate is or better I asked them to point out the

162:13 of them talking about. So, know, if you find a

162:19 you know, it's, it's I think it's from the latter could

162:22 the but uh either way, what uh basically OK. So it's

162:29 so it's an in mind thing and are the forms showing you that there's

162:37 sedimentary rocks in here and the things there are kind of. So,

162:53 , it's exciting data and you see kind of them, everybody gets

162:58 OK? Sometimes the climates are so , you can't even see them in

163:03 . And that's when a high resolution up a million dollar help. You

163:09 , you can see. OK. what do you think the YESES

163:19 those are source box sitting kind of on top of the uh the Sin

163:27 . Uh That's the Kim Ridge clay the north and uh there's several layers

163:34 the Cambridge clay and uh OK, a, there's actually two tops to

163:43 Kim riding and a lot of people know why. And so a lot

163:47 uh a stray in the top of Jurassic and anything across the Cretaceous Jurassic

163:53 is awfully often uh highly confounded by fact that there's a huge, there's

163:59 huge um breaking this boundary Strat breaking the way across the, in our

164:08 and in the central at the. . So these are source rocks.

164:16 uh what do you think this the is for? Hm. Right.

164:29 . So, uh and uh they , they use the C for cat

164:34 because because if they used the s wouldn't know the difference between the rock

164:37 the cup. And so those are of the most important elements, the

164:43 important elements. Uh You know, thing is that, wow, that

164:51 source rocks have matured and also that migration, that migration to charge a

165:00 thing here, you have a source that's right next to a reservoir

165:05 Here you have a source rock that's underneath oil goes uphill. Uh Here

165:10 have a source rock that could be things up here. And uh this

165:14 a world class. So source rock Cambridge play, it's often 8% toc

165:19 the time or better. Uh It's , it's a really amazing marine source

165:24 . It's not as good as a marine source rock in terms of to

165:28 , but it's, uh, it's good for a marine source rock.

165:36 . So these are some of the that we look at and we

165:39 uh to find in frontier, in frontier. Um, and one of

165:47 , the things that's important to remember , you know, when, when

165:50 look at UN conventions, what we're is coming along looking for one of

165:55 source rocks that we know has, has yes, um, expelled a

166:03 of oil. But at the same , there's a lot of oil stuff

166:06 there's some need to go hold create a huge surface area so we

166:11 rain. And so the risk of oil and gas in an UN confessional

166:17 , is very low, but the price is small, each well

166:20 much smaller. So, you you might spend, um, 5

166:26 million or even more on the Uh But you might not get much

166:31 than that pack of oil. uh, it's sometimes it's, the

166:34 is very slim. It's not like one well and being able to

166:41 um, say a good million dollars a million barrels of oil out of

166:47 . Well, uh you're not you're not gonna run into that.

166:50 One of the plays that we they had one exploration well, and

166:55 to help pay for the exploration I was in a country that made

166:59 difficult to uh to make a So they, they were allowed to

167:03 a test and dispose of the oil came out of the test. Of

167:08 , they sold it. Uh but , they produced over a million barrels

167:12 of, out of the initial exploration , uh and ran a test that

167:17 kept going for a while just to sure they understood the flow rate.

167:25 . So the next kinds of things you need to do are uh risk

167:31 . Once you know, there's something , you have to worry about where

167:34 infrastructure is or not, you have worry about whether you have access to

167:39 . You have, do I have license to get a license? Um

167:44 it shallow enough? But if you one or is it shallow enough

167:48 you know, we have to have to technological, what else do we

167:54 to worry about? How can we that into an economic resource? What

168:01 things that you have to do? really an important thing when you do

168:11 it, make it or break it chilly you. Uh Well, oil

168:21 uh affects everybody. So yeah, another thing uh like uh the more

168:29 it is to get out of the , the more important it is,

168:31 example, uh when I was a in South Marshal in 1 28.

168:37 , I bet our, uh, costs per barrel or less than probably

168:43 than $2. Uh, if you to a conventional, well,

168:50 one of the students that did a worked for, did, did the

168:55 for companies. Uh, we went and you realize, and based on

169:01 cost cost of drilling the well cracking well, and disposing of what of

169:07 oil to be, uh, the water. Um, the most part

169:14 needed to know. Yes, to $70 a barrel for oil sales to

169:23 it. Yeah. Uh, right, we're right there right now

169:28 . So some of them as well could start having problems. But there

169:32 companies, for example, like um, it had a lot of

169:40 , well, legacy a increase in Permian basin where they didn't give up

169:44 rights. They didn't do anything with but sitting there and all of a

169:47 it was, yeah. So they , they basically earn enough money to

169:55 for the rights, uh, Now they, now they're getting

170:00 much more oil out of the ground that right there could drop, cost

170:05 to $20 barrel. Um, so becomes very fun. But I'm really

170:13 another big. Was it? Yeah. What else is really important

170:22 people overseas? And sometimes it can important and even in the US politics

170:34 our political stability and uh some countries civil wars going on. Uh Some

170:42 , once you start producing, they um raising the taxes on the lifting

170:48 . They find out that they're making money but they live in a little

170:52 more. So you figure out a to get more out at the best

170:57 . They raise the tax again, , that's instability. Those are some

171:03 the things that are instable. Another even in the US, um Democratic

171:10 for Obama does not want to be for exploration. DP. Just blew

171:18 for everybody. I mean, literally it for everybody. And uh and

171:23 that was all shut in and all the offshore really was shut in for

171:27 long period of time. And uh that's, that's political too, but

171:33 seems to be based on uh poor and one set of one set of

171:42 . Oh, it never came out the uh CEO at the time of

171:47 Macondo blowout. Hey, uh lead conversation with an important director and his

171:57 his chief to get off that And then there's a whole bunch of

172:03 I can't say get off that, because um, they were paying close

172:09 a million dollars a day just to a city and uh he wanted us

172:13 get and, um, that expense have been nothing but, and it

172:20 , it injured the entire industry. uh, unfortunately, it's something I

172:25 BP. Never. I don't ever paid enough for because, because

172:29 didn't just hurt, um, they hurt the whole oil industry when

172:35 did that. And I, I the oil industry was just a little

172:39 too sympathetic in some cases, but do know a lot of people that

172:42 in the industry, like me, were really horrified when they found out

172:47 many steps they, they shortcutted to that rig moved. It was almost

172:52 uh a a management dictate, made forget everything they were taught, especially

172:58 safety. OK. We'll do a more slides and get out of

173:06 Um This is a whole list of main concerns and exploration exploitation and I

173:12 read them again like I just But uh all of these things become

173:17 important at, at finer and finer . And if you think about

173:21 uh event exploration starts from outside the , you know, we're trying to

173:28 out what's in that base and from outside and we try to get the

173:33 picture of it, you know, are, what are its foundings begin

173:37 the boundaries, how the rocks popping , dropping down, how sediment building

173:42 the combination space, all that kind thing. So we're trying to figure

173:46 how that base is developed and while was developing, how it could have

173:50 developed the rescue and how that reserve have had an appropriate seal and how

173:55 could have been in a precision to , um, oil could have migrated

174:00 it and made it to the So all these things become more and

174:04 important. And again, when we're an unconventional, we skip that whole

174:09 because we know exactly what it but we really need to do an

174:12 convention to figure out what the, out if there's something else.

174:17 you know, we always focus on main product and a lot of these

174:22 , uh, they're, they're looking secondary source products and stuff like that

174:25 actually making money producing them as And if you look at the eagle

174:30 , there's, um, some tight reservoirs, the chalk above it,

174:36 , that with the right approach, , you don't need to bracket because

174:40 has a lot of natural fraction. there are some reservoirs that produce with

174:45 shallow wells and relatively low cost without for hydrofracking. And you still get

174:50 , uh, oil and gas out the ground with an extended lateral.

175:00 . And, uh, will take little bit, let's see, a

175:09 bit more. Look at this. , I think it's time to take

175:11 break. It's almost six o'clock. guys looked hard. You finally woke

175:16 , which is good. You Ok. Ok. And,

175:24 um, I'm glad everybody was I'll see you bright and early tomorrow

175:27 8 30 you gonna start at 8 when did you do the structural

175:33 Hey, yeah, we, we're scheduled at eight but I, but

175:38 really hard for a lot of Uh, I think the only good

175:42 about coming in on Saturday is the not bad and almost, no matter

175:47 we live, we can get here watch out for wherever the road closings

175:51 on the weekend. Uh, so don't get too late and don't

175:55 I had a student one time uh, got a ticket on the

175:59 at class and he went, he to blame it on me. And

176:03 like, and, uh, I , just don't get in trouble.

176:12 . And then, then you don't to be upset with me for asking

176:14 to come here on set. All . Stop the

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