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00:02 Mhm Okay, I don't know why slide presentation always starts on the second

00:11 , but there you have it. So this is the class and I

00:17 everybody that's here is supposed to be and uh here's my office phone

00:25 I'm still only in the office maybe days a week, but I'm going

00:29 try to be in there more often I'll go over my office hours.

00:36 one thing I just want to point here is that Uh huh, it's

00:40 not going to be a big problem there's only three people in the class

00:44 now, but I will tell you right before class if if we're face

00:52 face and it's right before class, not a good time to run up

00:55 me and ask a question about something and the reason is because I'm trying

01:01 get things set up and get ready get going and also um there's plenty

01:07 time, not during class time to me by email or or leave a

01:12 message and I can call you back we can communicate by cell phones if

01:18 and that sort of thing. So very open to talking to everybody,

01:22 am, I am busy a lot times, but but if you're having

01:28 getting ahold of me as fast as want to hear from me, just

01:31 ahead and nag me because that's that's way to get, get my attention

01:37 just keep trying until, until you a hold of me and I'll try

01:41 hard not to make you wait too . And sometimes I respond quickly because

01:46 just happen to be looking at my when I get an email request.

01:52 anyway, um having said all these are the class times and this

01:59 something that normally has to be officially uh in the syllabus. But like

02:07 said, I'm gonna send you the form, I'll post it online and

02:14 I'll refer you to this file for lot of the the real the content

02:22 that's actually specific to this class. the other stuff that's in our syllabus

02:27 a lot of rules that we find students these days don't tend to look

02:33 a read. And so we put of the critical ones in there in

02:38 , you know, something happens in future. And uh it talks about

02:44 issues and and just all sorts of and late papers and the it has

02:52 entire N. S. M. Science and Mathematics code of honor and

02:58 academic honesty for the university policy, I'm kind of glad to see.

03:04 had one uh, at the University Houston when I was a masters student

03:09 at south Carolina, they always had there. So that's an important thing

03:15 that we have electronic things that we cut and paste a lot. It

03:21 a good idea to keep an idea that. And if anybody has any

03:26 on, on what plagiarism is, can always ask me and I'll be

03:30 to kind of explain to you uh the, where the line is on

03:35 fence in terms of crossing it and you might even notice that sometimes

03:45 all the stuff that I use and , I try to have a reference

03:48 it and sometimes it falls off or lost in an addition. So you

03:55 just keep an eye on that and me know if, if you see

03:58 that looks looks bad on my Okay, so we have the Fridays

04:03 Saturdays, everybody okay with 8:30 tomorrow . Okay. And, and this

04:13 uh one of the things that we're to do in this soft opening is

04:18 much make sure it's face to face synchronous. So right now we're

04:23 Hopefully we'll be face to face once start doing face to face, which

04:28 plan on doing friday and the rest the weekends we will, we will

04:38 be, I'll be also recording this uh for two reasons, one is

04:43 that there is a record for you go back to and look at,

04:46 help study. And the other reason I just want to make sure that

04:52 we're doing this well enough to do have students that are totally online joining

05:00 in this class while we have face face students. And I might even

05:06 our ta to, to do this instead of face to face. Ah

05:12 of the, one of the days we're doing um face to face,

05:19 so that I have somebody that's actually student out of the class or at

05:23 an observer outside the class and students the class. Okay, so the

05:31 week, of course it's going to the class introduction. Then we're gonna

05:36 , I'm going to spend a little of time on petroleum as a resource

05:40 there's an exercise with that. Then going to talk about a lot of

05:46 related to petroleum geology, that many you know them. But I remember

05:52 some courses where uh the professor spent lot of time to make sure people

05:58 what the terms meant because sometimes someone say a word and you think,

06:03 know what it is, but you're sure or sometimes a term is used

06:09 you're absolutely certain what it is, everybody else in the glass thinks it's

06:13 else. So I like to to over terms every now and then.

06:19 I hope it's not boring, but I think clarity is important. And

06:24 other thing, the value chain, many of you are familiar with what

06:27 value chain is. That was sort a buzz term that came up at

06:34 turn of the century uh now, think everybody uh talks about workflows and

06:41 have no idea what they're doing in workflow. But but the value chain

06:49 is a way of having an understanding the entire petroleum system from pre discovery

06:56 discovery ah to exploration of that particular through prospects, expansion of that particular

07:07 system type within that area through exploitation all the way down to when we

07:15 to remedial stuff in the production phase we're trying to squeeze as much oil

07:21 gas out of the rocks as we . And that's sort of the whole

07:25 chain. And uh there's parts of that are labor intensive, there's parts

07:32 it that are money intensive and there parts of it that our prophet intensive

07:37 of course there's no point in uh producing any kind of natural resources if

07:42 can't make a profit. In that's part of the definition of what

07:45 resources. Okay, then we're gonna talking a lot about reservoir rocks and

07:53 we'll start looking really at face ends structure. Um I think mostly because

08:03 this semester, you haven't had advanced . So, um, I think

08:07 will help a little bit with but more than that, um I

08:13 to put an oil twist to some concepts about basins and structure because actually

08:20 basin ah with structures in it is the habitat of petroleum systems. I

08:28 if you're going to look for a system. You need, you need

08:31 look for a sedimentary basin and you hope their structures and those are usually

08:36 first two things you look for. when you go in unconventional, the

08:45 does isn't always as important because the is trapped in something that's basically a

08:54 , graphic trap of sorts and even itself. But but basins and structures

09:01 really important in terms of us actually for. Uh getting enough faith that

09:08 enough of a petroleum system there to with. And then moving forward

09:15 Okay then then we'll talk about logging and we'll have a logging exercise.

09:21 anybody is working in industry, you find this a little bit rudimentary,

09:27 I really wanna get students to look how you can kind of look at

09:32 couple of different log types in a log sweet and make some rapid

09:40 In other words, if you're working a company, I'm probably going to

09:43 telling you to do what your boss been telling you not to do.

09:49 I think it helps when you're looking data if without going pulling out calculators

09:58 programs or or running it through If you can just even look at

10:02 well and kind of get a, a sense of the magnitude say of

10:07 a pay section without having a computer a petroleum engineer, reservoir engineer,

10:16 you exactly what what is in Or even still a Petro physicist when

10:22 was working as a development geologist, really was more like a reservoir

10:31 but we were developing things that were , I did a lot of Petro

10:36 stuff, even wrote programs to do physics, but But when it's 3:00

10:43 and you get data from a well somebody wants to know what it looks

10:48 . It really helps if you don't to pull out a lot of computers

10:51 stuff to to answer them on the right away. And another thing I

10:56 point out too is when you're working industry, you get asked questions a

11:03 of times and when, when you're a question, a question that you

11:08 ask right away right back to them when do you need it? Because

11:12 somebody needs it in an hour, better know a shortcut. If someone

11:19 to know an answer in a you still need some shortcuts, but

11:24 gonna have a little bit more time work on it. If they need

11:27 in a week. Uh You might able to do some serious stuff.

11:33 and as everyone knows though, when work with workstations, it can

11:37 it can take weeks to get the data loaded into your, into your

11:42 and I don't know if that's changed recently, but it takes quite a

11:47 of time. Uh putting information into computer. Now, if any of

11:53 have ever been a geo tech, have a head up, heads up

12:00 a lot of professional geologists, they in to do the interpretation because you

12:06 know a lot of the difficulties in datasets and pulling data together. Uh

12:13 , it's probably, it would probably a better internship than than actually having

12:19 give you uh the worst internship most of them are like this

12:25 five or 6 really experienced guys pull bunch of data together to make it

12:30 for you to prove that you know you're doing and it's kind of a

12:34 thing to get you to do It's also a way for them to

12:38 and see if you can actually do . But the point I'm trying to

12:42 at is that it's sort of like problem is put on a silver platter

12:47 when you're an exploration geologist, the problem is never given to you

12:56 a silver platter. It's a big and you need to look for a

13:00 of data and that's something you need think about all the time when you're

13:06 the business. I think one of shortfalls that I see sometimes, and

13:13 some of the better jobs is that lot of the geologists get relegated to

13:21 drillers, which, which I think it's it's not a bad job,

13:27 I think it's limited in terms of the amount of brain power and knowledge

13:32 you need to use day to day it's very focused on one thing in

13:39 area and most geologists and you as get trained in a very broad understanding

13:47 many of these different aspects of the system and you'll see a lot of

13:53 in this class. It's gonna it is going to be a survey

13:58 . There are things that since I been working for more than a few

14:04 , I know some things are out date it, but of course I

14:06 the literature a lot and I talk people a lot about what they're doing

14:10 and, and I think basically it's a lot of the same

14:15 but we do put a lot of in computer software that it's very good

14:22 making decisions based on what you give , whether or not you've given it

14:27 right thing. There's another question. it helps to kind of have a

14:33 of an analog understanding of a lot these processes, so that when the

14:39 is off, you notice it before supervisor across the table from you notices

14:46 and you show up with a good map, for example. Okay,

14:52 , um, so I look at lot of different tools, uh,

14:56 give you some hints on correlation. , I've been doing this exercise for

15:03 a while and one of the things I find is that somewhere in oil

15:10 , they've told geologists they can't correlate without it being in a workstation.

15:16 um, and also that you can't faults without seismic and seismic does

15:25 But most of the time when you're in a reservoir, there's a lot

15:29 sub seismic level faults in barriers to , which compartmentalize the system that you

15:38 , the reservoir that you have might , Um, 10 compartments as opposed

15:43 two or 3 that you might see the major faults in the field.

15:49 , um, it's really important to a handle on this and at least

15:54 two to claw relate by slipping logs know exactly what it is. You

16:00 be correlated. And one of the I think it's easy to have a

16:06 issue here is just because it's always to try to correlate ferocity to paris

16:15 . But what you really need to is correlated the right poorest section with

16:21 right other poorest section. And another , uh, sequence photography.

16:27 everyone in here is going to be it for the first time with johnny

16:31 . So I do kind of a on it. And that little primer

16:37 going to help everyone in terms you know, getting some of the

16:43 sorted out before he starts talking to because Jonah is very, very good

16:50 this. He's a very good instructor the way. And he tries to

16:55 things simple but he knows about a of nuances that he'll never get to

17:00 tell you. But, but he's an excellent professor. But uh I

17:06 to uh not only go into the a little bit so that you

17:12 the basics, but also we'll try point out different examples of when it's

17:19 and I'll probably give you some really examples, things that I've done with

17:24 photography and uh three D, two slices of three D. Seismic

17:32 And, and so, you you'll see some of that kind of

17:38 . The midterm will be the Will on the 3rd Friday and uh that

17:47 cover whatever we get to. And like to do it first thing on

17:54 because if it's any other time than first, the first few minutes of

17:57 class, you you won't be paying to the class. It's just the

18:04 it is and we are. Hopefully be face to face and everybody will

18:14 there. If, if somebody can't there uh I'll have to figure out

18:20 way to do face to face testing at the same time doing individual

18:25 It might be something like you ty the class while I go to another

18:32 and read it out to the students , that sort of thing. But

18:37 are some of the things that I'm to sort out, not only with

18:41 that you might have, for if one of you gets sick,

18:44 wants to attend the test or whatever happens. Um then uh then

18:53 have a way to do this and try to repeat it in a way

18:56 works fairly for everybody. I was developmental geologist, I think appraisal is

19:05 the most important part of all and I say that because development usually

19:13 after, by the way, this the value chain here, there's a

19:18 exploration, exploration and exploitation, then appraisal, then after that there's uh

19:28 development and production, but I'm going list these when we go through it

19:32 terms in a certain way to try make it a little bit more.

19:37 of having six steps, I knock down to four steps by combining a

19:41 of these because because I'm just kind thinking about the work processes that you

19:45 in these different different things. You're development geologist, for example, you

19:50 something very different from what a frontier ist does. You also do something

19:56 different from someone who's, is doing drilling and GS steering and that sort

20:04 thing. Okay, so I actually gone up to appraisal, three

20:11 one kind of explains what it's all appraisal too, has to do a

20:15 with the mapping of it and uh that sort of thing, and then

20:20 love development and production together, uh reasons it will be obvious to,

20:26 know, in the, in a minutes, I hope, and then

20:31 resources at the end. Yeah. lot of students, I've had students

20:38 , um, can they take a in unconventional resources? Well in this

20:44 , this is petroleum geology as we through all of these things, All

20:48 these ah these topics, I will mentioning how it applies to unconventional

20:57 This is petroleum geology, it's not petroleum geology and it's not unconventional petroleum

21:04 , it's petroleum geology. So we about conventional processes and unconventional processes all

21:11 it. And I think, not all the professors get to those

21:17 , but most of them do. know Bill to pray for those of

21:24 that have had two originals, He's never worked in industry, but

21:29 , but he describes what a reservoir in great detail and how reservoirs formed

21:33 great detail. Whether he calls it reservoir or not. And uh and

21:40 I think that's that's a good thing understanding actually the process by which a

21:48 reservoir rock is formed helps people figure how to predict where they're going to

21:54 based on a little bit of information we get from a few holes poked

21:58 the ground and some seismic data. but there is a little extra stuff

22:08 are really unique to unconventional resources that bring up in in that very last

22:14 . And again, we can't cover of them because unconventional resources covers a

22:22 of different types of things, not shale planets. Okay, so

22:30 here's a guide. Has anybody gotten textbook yet? Okay. Um

22:42 one of one of the things I trouble with the, with the schedule

22:48 because six months ago I had a plan and uh through those six months

22:57 professors kept changing when they were going be available. And so I ended

23:02 with with a lot of versions of schedule and I had my textbook on

23:09 the, on the schedule. I the last ones I sent, you

23:14 have it. Maybe the first one sent you did have it, but

23:18 don't think so now or you might gotten it, but and a lot

23:23 the professors don't, don't share with what book they want and I'll be

23:28 to get it out of them before show up by and large though,

23:33 think ah The three professors that you coming, I don't really give you

23:39 textbook. Howie has written several books on migration and he may not ask

23:45 uh to get a textbook just on , but then again he might,

23:52 I will get to the textbook in minute. And the reason I'm bringing

23:55 up right now is because I think XYZ in its own chapter now.

24:03 and I think it might be uh seven, but uh production and

24:10 excuse me, production could be in and And it may actually be Chapter

24:16 or Chapter nine. I have an copy and I got locked out of

24:22 from my house but I can still it at at work and uh and

24:27 should have it working here at home , so I'll probably correct that chapter

24:35 in the future and this is the . Uh can everybody see this

24:42 This is in the slides that you . It's a it's a really,

24:46 a really good book. Um and I knew both of these guys many

24:53 ago and they were part of a group of people that I work for

25:01 and some other large oil companies in North Sea and they moved and I

25:08 in Norway for a long time. lived there for a few years but

25:11 worked on prospects and and uh exploration uh for probably 10 years in in

25:22 North Sea. And the these guys up with a book that really I

25:28 includes almost everything. And there's no that we could cover all the material

25:32 the book, but we will be a lot of the material in the

25:37 . And I showed you what some those chapters were. And the first

25:42 that came out was Blackwell Press and don't know how familiar you are with

25:49 , but Blackwell Press tends to have , very good content, but

25:55 very poor graphics. Well Blackwall got . And uh and so now the

26:04 in the second edition are a whole better than they were. Um some

26:09 the slides that they couldn't release for publication I was able to get from

26:16 louis because I knew pluess and uh well, in fact, before I

26:22 teaching this, I had a consulting with him and uh but anyway,

26:31 the graphics now a whole lot better I'm going to be phasing some of

26:35 new graphics into this as I can the semester. So most of the

26:42 sets that I'm giving you, I a lot of material that was in

26:45 before, but they're but they're all to be uh revised at least a

26:50 bit uh for each and every uh lecture that I give okay,

27:02 here's something students like to focus on good reason and uh this is what

27:09 decided to do um for you. some professors will give you one example

27:17 it and the the thing that I about it, just a single final

27:20 and nothing else to judge you by maybe class participation online. Class participation

27:27 a little bit tough and but I tell everybody's still awake the way I

27:34 this is there's a final exam in midterm and it says 40 to 30

27:39 . 40 slash 30 points, anybody to guess. I think if you've

27:44 bios, fatigue graffiti from me, know how that works, anybody want

27:48 guess what that means. So has in this class had bio strategic fee

27:57 me? Okay. Who's Angela? . Okay. Okay. So can

28:06 tell people what that means? Is depends on which one, which exam

28:12 do better on. Exactly. If do best on the midterm, that

28:17 worth 40 points. If you do on the final exam, that one's

28:23 40 points. And of course In opposite case it would be 30

28:28 So with your worst one, in case you would get Whatever it

28:36 it's going to be 30 points instead court. Okay. Then you also

28:40 , um, 30 points for graded . So 40 and 30 or 70

28:49 30 more Equals last time I checked . And although I'll let you guys

28:56 as you get older, numbers change now and then to tries to plus

29:01 tries to be five. I don't why. Uh, and more often

29:06 not when it's taxes, When it's salary, 2-plus 2 often is

29:14 You may have noticed that, but be noticing more as you get

29:19 Um, anyway, um, there's to be three smaller ones,

29:24 oil supply price, external controls and , there's going to be one on

29:32 in one on correlation And then the 15.1. So each of these are

29:38 . The little ones are five. me get my cursor going here,

29:44 my laser pointer. So these are point each and then this one is

29:48 to be 15 where you're gonna map do the volume metrics on a on

29:54 reservoir that I made up. So a lot of times I like to

30:01 use real data but I found one about a reservoir and Angela, I

30:07 know, I think you work for oil company, you probably know reservoir

30:11 kind of, who knows? Um know, you have lots of numbers

30:16 our sampling of something, the size a reservoir is just a really small

30:23 of the rock that is actually making up. So even with Even with

30:28 wells and two, three d. , we still don't know everything about

30:36 rocks, three d volumes help a . But nevertheless all of those reflections

30:44 that's what you're doing. Uh and amplitudes and whatnot every everything, all

30:49 attributes ah are impacted by highly variable of variables and three or four of

31:00 can gang up on you and change in terms of the type of response

31:05 you expect. So uh so to a long story short, I

31:12 I didn't want to use a real because then I might never know exactly

31:17 that reservoir was, but I made imaginary reservoir with a set ferocity

31:25 I did what engineers used to do real reservoirs and they would decide they

31:29 homogeneous all the way across the And so I did that. So

31:35 this case when you work on there's no ifs buts or hands that

31:42 change your number, there's there's one there And there's not two volumes and

31:47 not well if there's a shell out here, it's a different volume.

31:51 all has to do with the art drawing contour lines, which computers are

31:58 that good at all the time. uh and also exactly how that impacts

32:08 of sort of the nature of how visualize in three dimensions, what this

32:15 really looks like. And some people it spot on and other people uh

32:24 everything right except their concept of what reservoir might or might not be is

32:31 kind of off but at the same . And in their defense, so

32:35 possible in the real world that whatever came up with could have happened.

32:41 so aspects of the map like I don't I don't pick apart 1,000,000

32:48 points on it, but I I do have a really well regimented

32:53 an objective way of evaluating how well do this. Now, one student

32:57 a capstone project a few years he took the data from these wells

33:06 he had four of the major workstation for mapping and figuring out reservoirs and

33:15 and uh The closest any one of four got was 25% of the actual

33:22 and this is kind of what I'm you is even when, even when

33:26 know exactly what it is up it's hard to get an algorithm to

33:32 matching the algorithm has been given given to make it think, you

33:39 that you might have closure because there's one well in the area, so

33:43 these little circles and stuff, we'll about that. And so uh I

33:47 it's really, really important two to an opportunity to do, to do

33:54 mapping exercise by hand as opposed to putting the data in in one of

33:59 algorithms and letting it work, there's wrong with that, accept it,

34:06 knowing when you, when you know front with the volume is many of

34:10 products cannot duplicate. Okay, and I kind of mentioned this already,

34:19 , this is going to be an of a lot of different concepts in

34:24 and uh I probably should say processes there, but for the most part

34:28 concepts in terms and and we're going be really focusing on this value change

34:36 how we go through the process of to discovery and then getting to full

34:44 and then in other words with tertiary quaternary recovery methods, trying to get

34:52 much as we can out of a born of course unconventional resources in terms

34:58 horizontal wells with hydro fracking and shale . Mm hmm, That's that's a

35:06 hi test version of trying to squeeze and gas out of a out of

35:12 tight rock. Okay. And these the course objectives and I don't know

35:25 I can see them all what's going here, let me just see if

35:33 slide is fix this real quick. I won't read all this because I've

36:07 of said all of this. Um I, one thing I do want

36:12 point out is I sort of the whole purpose of what I'm doing

36:22 that the book ah explains a lot these different processes of, of doing

36:32 exploration, exploration, exploitation, appraisal and production. And it also gives

36:41 from from the North Sea for the part, but other parts of the

36:44 , for example, on the first , I think it's still in the

36:48 edition, they give an example in exploration of the luau structure in china

36:55 the south china sea and sometimes called southeast. And uh I worked on

37:05 project with Amoco and in an area They had found nothing that was

37:10 we found two billion barrels of oil subsequent to To what was in the

37:19 in 2004. Uh they had tidbits how we found it. But I

37:28 worked with the same team years after was discovered. And so I can

37:33 how with with better seismic and they were able to image it a

37:38 better. So it kind of show a little bit of the whole process

37:41 some of these things and I'll be that in a number of of these

37:46 . In other words, I'll talk something that we do and then I'll

37:49 you examples of what we've done. . And they're just, you

37:57 I'll show it 2 - five If you were ever every single

38:05 petroleum geologists in the world, there'd millions of examples but we won't have

38:10 for that. Okay, so, , here's kind of what I wanted

38:16 to get at with terms and concepts here's the value chain and I like

38:26 divide it up this way. So not six steps but rather it's sort

38:32 for main steps because when I worked expiration and in production, um there's

38:44 handoff right here between this group and group. Yeah. Um people in

38:56 exploration, a lot of smaller companies do this, but the large companies

39:03 whole departments that would focus on frontier and they'd be doing global studies of

39:09 . Like I was in a um led a group that that focused on

39:16 customer bases all over the world, at Exxon mobil did that. He

39:21 a lot. I wasn't allowed to , but we found out some unique

39:26 of figuring out what lake basins we're likely to have significant hydrocarbon deposits

39:34 which ones were not just based on small samples. And it's to this

39:41 , I haven't seen anything that goes it. Anyway, exploration exploitation

39:52 this is the part where you start a, with actually a prospect.

39:57 has a lot to do with lease and trying to come up with a

40:02 evaluation of the area expiration. You're trying to zone in on where,

40:09 know, you think you have petroleum in this, this lease area that

40:13 got and you're trying to figure out structures where they occur. Uh,

40:18 call them prospects and, and then is if I find it here where

40:25 all surround me in this space. am I going to see a similar

40:29 system that I can drill for producing and sometimes it might even be in

40:34 same area that you just drilled And then appraisal is after you've,

40:41 drilled a um, and expiration and you've got a discovery, anybody

40:50 ever done anything in this industry knows , uh, with this guy and

40:55 guy I think is going to be . Oftentimes has nothing to do with

41:00 we find when we start drilling multiple to try to appraise the entire

41:06 In other words, what in the is here in reality? And you

41:10 to drill extra wells. And one the reasons why I, I

41:13 see that there's a big break right is because these guys are still to

41:21 certain extent uh limited in data and imagining where there might be a good

41:30 and uh, how things Our a lot of the examples that we

41:35 , for example, of even 3D work Really only come after we've drilled

41:41 lot of wells. And, and actually know what we're looking at in

41:43 3D volume. And uh, you , there's a lot of hindsight validation

41:50 what we've seen with seismic, which a good thing because once you figure

41:54 out in a particular area, in strata graphic unit, it tends

41:59 work over and over again. So you figure out uh, how to

42:06 illuminate in the seismic, what it you're looking for in that particular petroleum

42:18 , then you can repeat it over over again. And so here an

42:24 , just sort of hunting and pecking in an area, uh, an

42:31 , you found something and you have figure out what the limits are appraisal

42:35 all about reservoir limits. Top bottom , false in between. We have

42:42 lot of a lot of minor faults the reservoir into smaller compartments. Something

42:49 extremely, as as one big all chopped up becomes uh perhaps in

42:58 parts of it. Not economic. then of course once that's done and

43:04 pretty much produced a lot of the reserves that you find there. Then

43:10 start getting into development and figure out to two to sweep it with a

43:16 flood, do all sorts of things that uh to try to enhance it

43:22 drill infill wells. And then of production methods get serious when you start

43:30 doing like seO to floods and other of things like that and using different

43:37 fluids and things like that to help the oil and gas out of the

43:44 . I don't talk a lot about , but I do talk about,

43:51 , so um again this goes through main the main roles of geologists in

44:01 and it goes to the main points what happens during that point in

44:08 And uh I think one of one the keys is um ah in industry

44:23 a lot of times exploration it was , I don't know if it is

44:29 , but it used to be considered of like the, you know,

44:33 of the best job to have in oil company because you were out there

44:42 with big bucks for example, if wanted to explore in the offshore east

44:51 , the atlantic, the western side the atlantic northern atlantic, you'd have

44:57 spend a lot of money to do lot of seismic acquisition and a lot

45:02 people are kind of tired of spending lot of money on these big acquisitions

45:08 . And, and then, and I ended up finding very little,

45:13 nowadays because we have alternate resources or have unconventional resources, we, we

45:22 have something that's more consistent in terms , we know where a source rock

45:27 and we know that it's a shale are very extensive laterally. It's something

45:35 . You can hit or miss, for the most part you're gonna hit

45:39 . And uh, and then the underlying economic rule in exploration and

45:49 expiration, you, uh, you up a lot of money and you

45:53 a lot of money Can your odds finding something may only be 20%.

46:01 , and so when you do an type thing in exploration, it's not

46:09 same kind of game. You can investors that, you know, every

46:13 we drill is gonna hit oil. you can't tell them is how much

46:16 is going to come out. And only thing you do have to tell

46:20 it's going to cost not a lot money. Looking at the broad picture

46:26 the base and it's going to cost lot of money to drill wells to

46:30 to find the sweet spot because the spots in um, in a shale

46:37 a little bit more difficult to find they are in conventional reservoirs. And

46:44 even though, you know, there's be oil and gas there, uh

46:47 as you drill, you get better it. But one of the things

46:53 you have to do is you have keep drilling producing, drilling,

46:58 drilling, producing, whereas in in resources, ah you're looking for prospects

47:05 have these, he's very poorest, permanent permissible primary ah structures and or

47:15 strata graphic traps that take less drilling actually produce. Then you have to

47:25 with the horizontal wells in a typical shale. Okay, and so and

47:35 we're going to go a lot through this is from, from exploration to

47:43 . Okay, I've put the this is part of the academic honesty

47:50 interpreted by me. I'm not going read it, but it's there and

47:55 we're going to go to lecture to is on resources and I think it's

47:59 a good time to take a I haven't lectured for an hour in

48:04 a while, so my throat's really me that this is difficult. So

48:10 I'm going to do is is pause recording. So I got to get

48:19 of this thing, cursor doesn't work a laser pointer. There we

48:51 Okay, can everybody hear me? think, I think I turned it

48:58 on, you know, I Okay, because this is petroleum

49:03 I think it's always important to kind talk a little bit about the significance

49:09 petroleum as a resource. And um it kind of maybe it strikes

49:16 it strikes me every now and then sometimes lawyers and economists seem to know

49:21 more about the oil industry than we . And I think, I think

49:27 important as geologists and geophysicists to have little bit of a handle on,

49:33 the economy around it, because like other industry, you know, if

49:39 not making money, you're not really all that well. I remember the

49:44 time I stepped into my job the first day at mobile, the vice

49:53 of production, who was an said that oil company, that any

50:01 , including oil companies only have really things and one was money and one

50:10 people, and he said people use money to make more money and that's

50:17 what it's all about. And, I really think these days,

50:25 You know, back in 2020 11, 12, 13, and

50:32 before 14, when the oil industry , was having one of its definite

50:40 . What we found uh was that , I didn't think there was a

50:47 to worry about the price of Now. Now it's a very important

50:52 . And I do think that it's remarkable that if The price of oil

51:02 remained $86 All this time since you'll be working with a lot more

51:10 right now in your offices or we'd have more job offers. But I

51:15 what's going to happen in the near for those of you that are gonna

51:18 looking, I think this is almost perfect time to be graduating because I

51:26 a lot of things are going to and I do believe up front,

51:32 need to say that I understand the climate change is real. I understand

51:42 we need to figure out ways to our hydrocarbon resources. But at the

51:51 time, I'm going to go through lecture, I'm going to get to

51:53 point where I hope you understand that matter how hard we try right now

52:02 doesn't mean I think people should stop . I think we should try harder

52:07 this past year has shown evidence that have tried a little bit harder.

52:13 even at that, even though mhm rate of Increases almost doubled in one

52:20 from the last three years in terms bringing on carbon free resources, it's

52:30 , it's like a drop in the to what we need for energy.

52:35 it's very hard to explain this to that have a black and white concept

52:44 the world. You know, one , You're four hydrocarbons on the other

52:52 before the climate. Part of the is, is the solution to help

52:58 climate is a long way off and we need to do two things that

53:07 sides of that coin need to remember , the people that are producing oil

53:13 gas can do a cleaner job and should be focusing on figuring out ways

53:17 do a cleaner job. And the on the other side need to realize

53:24 interview totally encouraged one side of alternate that does not have enough capacity at

53:40 point in time to be able to over. They need to realize you

53:47 destroy the bread and butter that's keeping from freezing to death and baking to

53:53 in Houston because there is just not electricity of this other source that we

54:00 . In other words, there isn't app that you can get on the

54:03 and push a button and switch everything electric. And uh and of course

54:11 things to electorate, it's not always the games that we need anyway because

54:19 lot of hydrocarbons, you need to spilled. Just two just to develop

54:28 technology. one of the ways I it his, if you had a

54:37 with one bad leg and it's really than this, it's more like a

54:43 with one bad leg. But if had a horse with one bad leg

54:50 the vet said, you know, just needs to exercise more on that

54:56 and he's gonna, the strength of leg is going to get better and

54:59 is going to be fine. And solution was to cut off the other

55:04 legs. So he would work harder the leg that needed, needed physical

55:10 . I mean, it's almost insane you, if you think of it

55:14 that sense, we uh, we to make oil and gas production as

55:21 as we can and as clean as can until we can get these other

55:27 up to speed and we do need keep pushing every way we can to

55:32 him up to speed. But the is not to destroy the resource that

55:39 actually providing us with all this energy now. We can't destroy that before

55:45 one is built up to the And I'll be showing you some slides

55:49 um, if you grasp the full of them like me, you'll feel

55:55 panicked that we have such an incredible to climb and, and again,

56:05 not against alternate resources. And my line is, you're not doing enough

56:12 do more. But at the the people over here in the

56:18 if they have trouble providing us we're gonna freeze like we did last

56:24 . And I don't know if any all of you were here last

56:27 but the, the alternate resources went offline. The, it was never

56:37 , but normally what happens. I went and looked at all the

56:41 and I think it's important to look data when that happened, it happened

56:46 the winter in the winter power I'm just talking about power generation,

56:51 transportation, but power generation for electricity we have right now ah, is

57:01 50% supplied by solar and wind in winter because the demand is so low

57:09 in the summer when air conditioning comes , all the natural gas and coal

57:17 go back online because they know that don't have enough power from solar and

57:22 and it's not consistent either to maintain , but, but, but even

57:29 than that, um, what happens the winter is a lot of times

57:34 gas fired plants shut down for maintenance uh, in the case of

57:40 Um, and you know, you kind of fault people are not

57:44 but it doesn't freeze here all the . So the expense of uh,

57:50 proofing all of your, all of wellheads and pipelines and stuff in some

57:59 doesn't make sense. It's like, remember growing up, well actually,

58:03 I was in school in south Carolina Virginia, uh, we,

58:08 we had snow, but we didn't snow every year. And, and

58:13 do you go out and buy millions dollars of snowplows? Uh, that

58:19 never be used within the lifetime of vehicle. And that's basically what

58:24 what happened here in texas and it's to that in terms of the oil

58:28 gas. So even though people weren't being derelict, the whole system failed

58:37 the natural gas and you know, being good citizens and trying to shut

58:42 the natural gas in the cold during winter. Uh, basically the state

58:49 texas got caught with its pants down when the solar and the wind

58:54 It was supposed to be providing 50% it, there was nothing there and

58:59 also froze. But I think another important point isn't whether they freeze or

59:05 , the sun goes down every Last time I checked and it's down

59:08 lot longer in the winter than it in the summer. And so relying

59:12 solar energy in the winter is, not a good bet. And

59:17 normally the winds are higher in the , but sometimes they're not, and

59:24 europe has had some serious fall And one of the things we'll get

59:30 , because this issue of almost every source like nuclear, coal,

59:37 petroleum, uh, it's all based consumption, which is basically calculated

59:47 from how much we use, you , it's how much has produced almost

59:52 how much we consume. And you know, you, you just

59:56 so much to go on, but have meters and stuff like that when

60:00 address solar and wind and hydro quite often they talk about capacity.

60:09 don't talk about production, they talk capacity of energy. And the reason

60:14 do that is because it doesn't run hours a day, it can't run

60:18 hours a day. And so for , any given wind and solar source

60:28 we have, their efficiency rate over average month At best is 30%.

60:35 other words, uh it was a power plant, you would have to

60:39 three nuclear power plants to produce the of energy uh that one power plant's

60:46 was, and that's, that's the it is with, with um solar

60:53 wind and that's just the way it . Now, if they had

60:57 it would be a little bit So they could store it when it

61:00 needed. But even with batteries, doesn't run all the time. So

61:05 capacity has to be this big to that much production. So how much

61:11 you think it costs to triple your for that much production? It costs

61:17 lot of money and we'll get to as we go. So some of

61:22 things we're kind of hitting on is importance of hydrocarbons in society, most

61:26 , you know what that is, the difference between a resource and reserve

61:32 uh it's good that there's a question on reserve because people define in the

61:37 industry, they define reserves in a of different ways, but we're going

61:42 be looking at, would I consider an academic or or what a reserve

61:49 and what a resources sent So later the loose sense, but then I'll

61:54 out in more stricter senses, there's different ways to define what a resource

62:00 reserve is. Also talk about this called Peak Oil. How many of

62:06 are familiar with peak oil? If if you're keeping up with the

62:17 about the oil industry, say 2010 before you probably know what this

62:29 but for many, many years, well, they actually thought it was

62:36 going to run out of production. then someone in the UK came up

62:40 the term peak oil, which pretty said what we thought. And and

62:46 at that point in time, there a concept that in the very near

62:52 and it still could happen by the , but in the very near future

62:57 would be producing more, uh we be using more oil and gas would

63:03 consuming more oil and gas than we produce. And you have a big

63:08 curve, really dramatic decline curve on much we'd be getting out of the

63:13 . We don't have, as it out, people in the field you're

63:16 to get in have always been doing good job when we can't find oil

63:20 gas in one place. We use imaginations, not, not directional

63:25 but our imaginations to find new places drill. Okay. And so the

63:33 , but one of the underlying underlying inconvenient truths that I think al

63:39 missed. And I'll point it out ah I'll tell you what it

63:46 But it was his first slide and didn't say anything about it as far

63:50 I could tell and then how quickly replacing hydrocarbons as the energy source.

64:00 here I'm not talking about finding more . How fast are we really

64:06 How fast how fast is are the free alternates replacing it? And one

64:15 the very stark realizations is that right the only thing that could actually do

64:21 or could have done it would have nuclear power plants. But so many

64:25 them have been shut down. It take 10 years to two to actually

64:31 that back up. And then I'm go into some aspects of where the

64:36 . S. In the end of of that. I'm going to just

64:38 about kind of uh I think a of a lot of people young or

64:45 are not aware that the U. . Has been working on alternate energy

64:49 for almost 100 years. And we've a leader in this technology. A

64:56 of people say we've never done We haven't tried anything when I started

65:00 mobile Way Back in the 20th century Mobile had the largest solar panel company

65:10 the world. And they were doing they could to try to produce energy

65:15 having to drill a well And it didn't work. They also um for

65:23 they sorted out the sugar cane They had a bunch of sugar cane

65:28 experiments and they figured out if you're a country like brazil where the the

65:33 human labor is underpaid, it almost even. But in any place like

65:40 United States or china even you're gonna a lot of a lot of mechanization

65:49 on and that in itself is going burn actually more fuel than they get

65:53 of the sugar and they still haven't able to cross that line. Another

66:00 is and this I don't have this the lecture but I'll say it well

66:05 do have a little bit of it the lecture but one of the things

66:08 the role of height of agriculture in of generating C. Co. two

66:15 methane is enormous and no one's addressing . And my only understanding of it

66:25 you know it's hard to blame farmers we all are farmers in a

66:29 I even grow vegetables. Actually this we grew our our first crop of

66:38 lemons with the lemon tree and they fantastic. But everybody and I grow

66:44 grow grow flowers and bushes and stuff at the same time I'm adding to

66:48 carbon footprint by doing all of that you unless you bury the C.

66:56 . Um In other words dig a in your backyard and bury all your

67:00 . You're not sequestering that c. . 2. Okay here is uh

67:06 is from National Geographic in 2003 to to give folks an idea of how

67:17 asides from a fuel source the petroleum used in developing plastics and plastic

67:24 And of course more recently we're all concerned about um people dumping this stuff

67:31 the ocean. And of course there be a good reason for it but

67:38 do not understand why many cities haul trash out into the middle of the

67:42 and dump it on the shelf. new york city does that. And

67:46 of the other ones up in the do that. And I think the

67:51 thing about plastics ah that is worrisome the environment is it? It's a

67:58 a highly indestructible thing. And again I talk about using petroleum efficiently and

68:06 and in a clean way um there's lot of really high tech plastics.

68:13 make pipelines not just for oil and but for water and for plumbing systems

68:19 sewers you probably don't know this But helped someone dig it up back in

68:27 1960s I would guess uh they made sewer lines out of tar paper.

68:36 uh if you can imagine what tar is. It's just paper with Tar

68:41 it's not structurally very strong. And you had a lot of people with

68:46 with the sewer lines that collapsed all once. And uh, that was

68:51 bad situation in Tulsa Oklahoma and a of other places, but there's a

68:57 where you can put some plastic into ground and leave it in the ground

69:01 you're actually sequestering carbon when you do . But it's, it's a very

69:06 thing that will last for years. last time I checked, most of

69:12 plastics are lead free and so you have the problem. They've had up

69:16 michigan with lead pipes and stuff like . It's in other words, there's

69:21 fit in an efficient way to use . And I think another thing is

69:24 lot of the plastic parts and a of course come from oil production.

69:32 . Um, so here is getting the natural resource issue. This is

69:39 good definition of it. And any there's a good definition, there can

69:44 a good test question on it, basically to be a natural resource that

69:52 to be naturally occurring. And I a lot of people are unaware that

70:00 and gas are naturally occurring. I a lot of other people are unaware

70:08 oil and natural gas are actually biofuels but that aside it has to be

70:19 that naturally occurs and it has to in quantities uh large enough for significant

70:28 so that they can be used to society and uh, and that's

70:33 it is right there. In other , it has nothing to do with

70:37 you actually produce it or not, a natural resource if it's naturally occurring

70:43 there are significant quantities that can benefit . And of course, if you

70:48 trees for example, they're used for , they're used for construction, they're

70:53 for all kinds of things. Uh you take limestone, it's used for

71:00 cement and concrete. Things like that skyscrapers in the whole deal. So

71:06 a lot of things like that in and gas of course, falls into

71:10 thing. Uh It's such a natural . Um When who knows uh explaining

71:23 BP oil spill on tv. It very clear to me that a lot

71:28 the scientists from the Northeast and I understand where hydrologists, but they weren't

71:35 geologists and they weren't weren't they weren't biologists for sure, but they they

71:44 to overlook the fact that methane naturally on the sea floor and also in

71:53 water column as algae and whatnot settles the bottom and bio degrades. And

72:02 bio degradation process. The bacteria turned into C. Co. Two and

72:07 and it's the same in the Okay, So we all know what

72:16 natural resources and we have this grid versus undiscovered. So when we're trying

72:27 figure out what total resources are the does this a lot in terms of

72:32 and gas. And I'm sure some in the lumber industry, uh,

72:40 have something like current growing crops and crops or that kind of thing for

72:48 . But in uh, in oil gas it's discovered versus undiscovered. And

72:54 , and certain ones are economic or economic. This is also true of

72:59 subsurface things like, like water and is becoming an extremely valuable commodity.

73:06 I don't know about you guys, my water bill almost always is higher

73:10 my electric bill. And uh, mean always, and I've tracked it

73:17 For at least 12 years and you know, I don't know why

73:22 are complaining about the price of electricity unless you got on a bad

73:27 And uh, some plans are bad the ones that try to um,

73:33 you in for a cheap rate, when things go bad, they can

73:37 , raise the price. Uh, are the ones that were setting you

73:41 for for what happened last winter. uh, and that's just, that's

73:47 a nasty way to do business, think anyway, there's economic and sub

73:54 and, and it's, you either you can make money doing or

73:59 can't. And what's funny about this things over here, go over there

74:05 you discover them and when technology improves we, uh, for example,

74:17 , there were deposits down here that definitely sub economic and shales until we

74:21 horizontal drilling and fracking and then they economic, but they're not that

74:27 you know, in general a horizontal with hydrofracking is, you know,

74:36 over the line, some of the I worked on were like way up

74:41 . I mean they were very economic and what changed another thing that affects

74:48 his infrastructure because any product that you out of the ground, you have

74:51 have a way to move it, a fluid, whether it's gas or

74:56 hydrocarbons or liquid liquid gasses, you , you need pipelines and pipelines cost

75:05 of dollars if you watch Bill Maher tv who has a lot of interesting

75:12 to say. He can't understand why of us in the east eastern part

75:16 the United States and texas when we floods, why we can't build a

75:21 to send the water to them. uh he's, he's overlooking the fact

75:28 don't even have enough money to put to keep from drowning much less more

75:37 to make sure California doesn't run out water so that they can have a

75:41 coast and and use up their water fires out. So it's a,

75:47 a tricky game anyway. And when started out, one of the stunners

75:54 me was that um, when you find oil and gas, sometimes the

76:00 companies that remove it from your well making almost as much money if not

76:06 than you are by just transporting it you're well in the gulf of Mexico

76:11 New york city. And and of they paid a lot of money to

76:16 it. Okay. Um so here have one way of looking at

76:24 discovered undiscovered economic or sub economic and if it's economic, that doesn't necessarily

76:32 you're producing it. So it doesn't to be a reserve. Okay.

76:38 reserves ah in a loose sense, you leto our resources that are considered

76:44 be identifiable and technically recoverable under today's conditions. In other words, you

76:50 actually have to be producing them. this is the loose sense and total

76:57 include all those reserves. Uh Both undiscovered, not identified and currently

77:06 economic. In other words, sub as it is in the chart

77:10 So that's your total resources. So of this would be total resources.

77:15 of course if it's not discovered, don't know which side of the line

77:18 goes on here. So, to things from this, this bucket to

77:26 bucket, technological advances like um hydro and horizontal wells got a lot of

77:36 over on that side. Uh I a well in uh helped Denmark find

77:43 well in uh in the North 60 million barrels of oil, 60

77:50 barrels of oil somewhere in Texas would blink, bring somebody in a lot

77:56 money but in the middle of the Sea with no pipeline, it was

78:00 economic then a major gas pipeline with capacity of subdivide some of the

78:08 I guess it had multiple pipes It was laid all the way from

78:13 Norway, all the way down to to supply them with a lot of

78:17 gas from a natural gas supply And all of a sudden there was

78:20 pipeline near that oil well, that field of 60 million barrels that instantly

78:28 cheaper to move and economic and I'll show you a really good example

78:33 that when we talk about frontier be something it's called Rosie, west

78:41 Shetland Islands. Okay, so they've been identified, they can be

78:50 uh with the in other words, got to at least break even for

78:55 to be economical and there's no point having a company if you're not making

79:00 , so it's probably got to be . And total resources includes all those

79:07 in the box before. But when get the petroleum reserves, um,

79:17 start looking at them a little bit closely. And this is even in

79:21 loose sense, and that their considerable , capable of flowing under today's economic

79:27 requires a well in the reservoir with clearly defined conditions and with clearly defined

79:34 and boundaries and that is a good of reserve for the average person.

79:43 and also again, total reserves would proven probable possible depending on perceived reliability

79:50 reservoir conditions boundaries and the economy. when I was a production geologist,

79:57 had um sometimes we didn't know. are you? Well, what are

80:03 was in other words, the bottom of our reservoir. We knew there

80:08 oil down to here, but we know if it went all the way

80:11 to here and now there's ways of out how much and we'll talk about

80:17 in this class a little bit and will in structural geology as well.

80:22 , how high of a oil column you get before it starts breaking the

80:25 , before it exceeds the strength of seal. Okay. And, but

80:32 this thing bookable reserves, this is every oil company has its own

80:39 every um, every volumetric appraiser, lots of companies like DeGolyer and MacNaughton

80:51 go in an area and they'll evaluate reserves. Um whatever a geologist like

81:00 might determine as a reserve, they're to look at it really closely ah

81:06 in this sense. And then down they're gonna, they're gonna get the

81:11 line ferocity, the bottom line permeability the bottom volume that they might be

81:17 to calculate based on the information they and, and maybe later on,

81:25 give you an example because when I working at mobile, I had a

81:33 South Marshall A128 is the the The single three Mile Square block production for

81:44 and gas anywhere in the gulf of had 60 wells in it. But

81:51 , a hand off that I told about the exploration geologist, I had

81:56 out what the pay was, but when we had to figure out why

82:00 weren't producing as much as we were to have, I got put in

82:05 to kind of look at this a lot closer and I found out they

82:10 the height of the hydrocarbon or excuse , the the total height of the

82:16 reserves because they hadn't accounted on shale that were in it. In other

82:21 , they had report sort of out the net prosperity rather than excuse

82:27 they had total porosity as their net where there was sand. But even

82:32 you have sand, there are shale in there that knockout Some of

82:36 some of the places where it's 26% in, in other places coming down

82:41 that sand body, you might run shale streaks or wavy lamination is things

82:49 either act as baffles or barriers to and your net pay is less.

82:55 um, and make a long story from here to there, I determined

83:03 we had 75 million barrels less than mobile thought we had. And the

83:09 president of the corporate vice president of mobile. The number two guy

83:15 down to talk to me the next and I've only been working for the

83:20 for, For probably six months. uh, in the, unfortunately for

83:28 , the Petro physicists in the, um, no autopsy Mobile Eastern,

83:35 . It's along, it was a acronym. Uh, anyway, the

83:39 in, in Louisiana and new Louisiana, the Petro physicists and

83:44 and the older geologists said, he did it right. That's the

83:48 . That's why we're trying to get . We're trying to get Pennzoil,

83:50 is the operator to drill more wells we know we know there's more oil

83:54 there, but we haven't got it pipe yet. And uh,

83:58 and then we did that. but then De Goya Mcnaughton came in

84:05 uh, They took another 25 million of oil away. And the vice

84:14 who gave me a pretty hard I wanted to know what I've done

84:17 all of his oil. He uh, looks like you're pretty optimistic

84:26 . And so I felt better about . But, but even worse than

84:31 of this, the frontline newspaper report , and you'll never know about this

84:37 , but back at that point in , oil and gas prices were regulated

84:42 the US government and they had price and one of the price categories was

84:51 versus old oil. If it was oil You could get say $14 a

84:55 was new oil, you could get a barrel for it. And in

85:03 , the news media and whatnot, had decided that we were trying

85:08 the reason we lost 75 million barrels oil is because we're going to turn

85:11 into new oil when we found And in fact we did find new

85:16 after we drilled more wells. And but then when they, when uh

85:23 Goya Mcnaughton came in and was even pessimistic than we were. They they

85:29 out and the last page of the section somewhere that they made a mistake

85:36 mobile didn't really turn old oil into ones. So all of this stuff

85:43 is interrelated and you can run into like this today, different types of

85:48 , but similar types of problems. , so another way of looking at

85:55 versus reserves is um in this total pyramid here. And this is something

86:09 relative size of the resource, very amount of data required. It's very

86:16 down here. Well, I'm pointing my finger uh down here, you

86:24 typically have lots of large reserves that haven't been able to monetize, like

86:30 the, like all the oil shales gas shells and not oil shales,

86:38 shell oil and gas shales and up , uh as they get smaller and

86:45 , in other words, the smaller smaller, the resource gets the more

86:49 and sure we are that it actually and we have a higher probability of

86:54 drilling it. And uh, this sort of a step step up

87:00 as you're looking at these things, they become recoverable and economic then identified

87:08 then you're producing them like crazy. uh, this is this is where

87:15 exploration geologists are, excuse me, frontier exploration geologists are out here.

87:21 expiration ists and and exploitation geologists are here. Uh this is pretty much

87:31 appraisal goes on and then we get development and production and so it's all

87:37 , it relates to this value chain . So now stepping away from

87:45 uh, next thing to look at would be peak oil. And these

87:52 some of the, these are some charts, here's 2017 and peak oil

88:00 been predicted here with major declines. it was showing you also with this

88:10 the actual production And this was the 48. In other words, Alaska

88:15 keeping everything up. And uh and had predicted this fella from the UK

88:26 predicted that it was going to happen right here. And uh and of

88:30 he wasn't all that far off the States and this is why we were

88:35 a lot of oil and gas. But here's the lower 48 and here

88:44 coming along. And uh and all a sudden we get into these things

88:50 oil shales. Uh but this, is just the United States. But

89:00 , BBC's show horizon Called me up 29 2009. And wanted me to

89:08 about peak oil and if you're talking it from the perspective of the United

89:14 , we'd already passed it. Um unconventional kind of showed that we were

89:24 about this and this again is a of imagination. And geologists, geophysicists

89:30 engineers trying to figure out ways to an energy shortage rather than complain about

89:37 . They were solving that energy And uh so that was the

89:43 S. But but for the world this this peak hadn't happened because ah

89:51 about in here ah 1995 to about , especially after the year 2000.

90:03 huh brazil had found multiple billion barrel fields because they were starting to find

90:09 way to produce sub salt. And talk about the south atlantic in the

90:17 in a number of our lectures. the but the situation there is there

90:24 there was a big salt bed with marginal sea through the evolution of the

90:33 the south atlantic. It started out a rift system uh like the east

90:39 rift system and it created these, everybody see my hands sort of created

90:45 giant lake basins and the runoff was and rich. So there was a

90:53 for high productivity and uh the shells the salt and some of the limestone

91:00 after that uh the shale under there all lake shales with T.

91:09 C. Levels As high as 26-28 a good marine shale Is 2 -

91:17 t. o. c. So is part of the global lake basin

91:22 I was working on. And so prior to around the turn of the

91:32 Petrobras was drilling mostly the oil that through the salt and the lime stones

91:40 charge reservoirs conventional reservoirs above it. hadn't gotten underneath the salt to find

91:47 where the mother lode was and to out where the mother lode might have

91:51 trapped before it could leak. And what they've discovered so far has been

92:01 from my perspective and what I know these lake systems, the amount of

92:06 down there, if it wasn't going kill us from from global warming we

92:13 have to worry about. One thing never have to worry about is peak

92:17 . We do have to worry about demand which I think is a completely

92:23 thing. But the folks here were upset with me because I told him

92:29 can't imagine peak oil happening Because even this is the lower 48 for the

92:36 uh this thing was still going up of course we were importing oil to

92:41 in this gap that we had but we came back up with with oil

92:46 gas from unconventional shale oil and shell . Okay, so it essentially was

93:00 and these were where a lot of discoveries were. And this goes into

93:06 us had some big discoveries ah in this is what we call pre

93:15 And there's a offshore, we were to get under the apron of the

93:20 in some places and there was a of oil and gas there. But

93:23 all of this in here, the and the marcellus, the Haynesville,

93:29 Eagle ford and many others were these sources that we've been mentioning. And

93:37 and then of course the Tar sands um in a in Canada, it's

93:47 to say Alaska, but Canada, of the biggest deposits in the world

93:51 tar sands. And so it turns because of this, where do you

93:59 we were getting most of our oil , when this was happening in

94:09 we were importing it. Where do think we were importing it from

94:16 Not yet. The Middle East. we we imported some from the Middle

94:23 , but where, where were are our two main suppliers for most of

94:28 of this period of time. one Canada and the other one was Canada

94:38 Venezuela and Venezuela has heavy oil It's not quite a tar sand,

94:46 it's heavy and all of our refineries were being built over this period of

94:53 , I had to learn how to with that because we were losing all

94:56 our west texas, Intermediate crude and went to tar sands and because it

95:02 to tar sands, we uh tar and heavy oil are refineries had to

95:11 rebuilt to handle that type of natural to get the most gasoline out of

95:17 . You get the most gasoline out west texas intermediate relative to the heavier

95:23 . And uh but and again that has a lot to do with

95:28 but we're now getting west texas intermediate of the Permian Basin. And that's

95:37 why um we're exporting it because Uh the us right now is exporting three

95:45 barrels of oil a day. West , intermediate crude, two some of

95:52 other countries that haven't that didn't convert of their, they didn't convert in

95:58 period of time. All of the are most of the refineries to handle

96:02 oil. Mhm. So they're finding very useful. And of course We've

96:10 , I don't know if you drive and down I 10, but if

96:12 did Did any time recently, you notice there's a lot of big,

96:16 and new oil refineries along I-10 between in Louisiana and then there's a lot

96:22 there too. Okay, and that's that's the big Permian Basin Super

96:30 we've gone back to late, sweet oil from the Permian Basin.

96:41 Um one of the other thing too demand versus supply is a really tricky

96:48 because of the large volumes required. people think it's a manufactured, but

96:57 , when you have to the world now is using something over 80,

97:03 million barrels of oil A day. United States over 18 million pre

97:11 It was, it was close to million for the world And over 20

97:17 for the United States. And it like we're getting back to that situation

97:21 spite of the fact that we keep to come in with alternate energy

97:27 And um, ah one of the about when the price of oil goes

97:35 and it, it tends to make move into the industry and they get

97:42 geologists like you guys to go out find oil and gas, you do

97:44 good job and then you get too oil. And when she had too

97:50 oil, ah, then the price down as the price goes down,

97:57 stopped drilling. And that's exactly what's Over the last seven years.

98:03 production and the United States has been . And it could take a while

98:09 us to get close to the records we would have, would have gotten

98:14 , if we, if we didn't this interruption. one of the advantages

98:20 drilling a lot of the unconventional, not producing when they had the money

98:27 do it. Uh, they could them online when, when the volume

98:32 oil available dropped off and they could them back up. One of the

98:37 with that though, of course, everything else. Sometimes when you abandon

98:41 well the well can collapse or have issues and it can cost a little

98:46 to a lot of money to reopen . But by and large, it

98:50 a pretty good gamble for some of people that drilled a lot of Wales

98:54 that's such a good gamble for Ah the technology itself reduces costs and

99:02 the economic supply at lower prices. that's the thing you're looking for.

99:08 can I get the most oil out the ground with the least amount of

99:12 ? And again, that's what I'm about with efficiency. Uh, I

99:16 it was a mistake by the oil to over drill. And because a

99:23 of companies went bankrupt and uh, hadn't over grilled the demand would not

99:30 dropped off because we wouldn't, we not have been able to keep up

99:35 it because we didn't reach that blood . And so it's very, very

99:40 for people from a broad brush thing to cut the supply off to make

99:47 price go off, but not to to make the price go down in

99:51 economic, as the minute the price down, when you get back to

99:58 chart. Again, the price goes , this goes back here. And

100:06 , and that's why you don't want over produce. It's not a devious

100:10 nefarious thing. It's just good business . And just so that you can

100:18 that before hubert came up with the peak. Um, this shocks a

100:27 of people including me, because my mother grew up in pennsylvania and

100:31 were always taught that the first oil ever drilled was in pennsylvania.

100:38 but Romania had had a well in , two years ahead of it.

100:45 a lot of this political stuff going . Mm hmm. Anyway, and

100:50 , uh, 1862 Canada, 1863 and In 1863, John Rockefeller started

101:02 became esso or Exxon or, or Oil Company usa, But in

101:12 the Geological Survey formed in, in for fear of oil shortages.

101:19 so here was a hint of peak Back in 1879, we didn't have

101:24 many cars. Okay. If we any, we had, we used

101:29 for a lot of, a lot fuel, things back then, like

101:34 and uh, the things that windmills do, they started making engines that

101:39 , would burn oil and uh, boiler type things. And then

101:44 um, the Institute of Mining Engineers 95 million barrels of oil remain on

101:52 whole planet With 25 million being So I gave him four years of

101:57 left. So that's just another example I'm not going to go through this

102:02 this mubarak actually put a really long together and I just but put one

102:09 of his list together to show you the concept of peak oil is really

102:17 it's driven by supply and demand and , the economy. And if you

102:23 at this, if you have all economic reserves and the price goes down

102:30 of a sudden, you don't have economic reserves, you can't produce them

102:35 . And so you end up with shortage and it's the kind of thing

102:38 happens why the industry is so What we can't seem to do is

102:44 get oil companies to slow down when need to. Yeah, Okay.

102:50 this is just another chart again showing another person picked peak oil and it

103:01 Right around 20 2004 and again, , it was just about the time

103:11 Floyd, C Wilson started uh in looking at the at the Eagle ford

103:19 that created a boom of its Okay, here's another this charts from

103:28 . And I think it's worth looking um if you haven't figured it

103:34 Well, let me ask you, do you think peak oil is?

103:37 would you best describe what peak oil ? So from the earlier definition,

103:48 would say p coin is where we a decline in the production due to

103:55 from a decline due to supply and . And I will predict peak oil

104:03 , or rather have three predictions. In 2026 35 and 47.

104:15 So yeah, so that's peak That's peak oil. And that's peak

104:20 . But let me let me make clear to you, the you call

104:30 oil, because what it means is it means that not only is supply

104:37 in demand, but for whatever we've produced all the oil. This

104:44 is that it was like a fear . We've produced all the oil in

104:47 world. We're not gonna have anything replace it. Which by the way

104:53 in the 80s, Back in the century, uh, that was already

104:57 reason for people to come up with sources, but they didn't. But

105:02 we have in 2026. These are are different scenarios. And one

105:11 um, As if this global supply is two, 2037 here in 2026

105:21 . And by the way, we're here right now, this is about

105:26 we are, um 32 billion barrels oil right now In 2021, which

105:35 be about right here, 22 And um, that puts it right

105:43 . So what that means is that production has fallen off this curve already

105:51 terms of global supply. But why you think it's fallen off the

105:55 Is it? Because there's no, not enough oil to continue to produce

106:00 for some other reason because productions slowed due to the price of oil,

106:09 ? The price of oil and, , and Covid nineteen's had a lot

106:12 do with it and it's had a , it's just pulled it right off

106:16 curve. So, so this is trying to keep up with demand

106:24 And this is when production halts, it halted in 2026 here,

106:31 the amount of resource That you're using 10 times what you're replacing it with

106:37 it drops. So, these are dramatic decline curves but it's not far

106:47 from this one, but imagination in case of the United States and brazil

106:58 all these other places. Uh, , we realized that the earth has

107:02 lot of hydrocarbon left on it and demand, uh, is not gonna

107:09 . But what, excuse me, is not gonna peek what's probably gonna

107:13 is demand. And that's what's going here, demand is actually the driving

107:19 here and not, and not the to produce more because we could be

107:25 more than this. Okay. and of course this is, I

107:33 this up here, just to point that this says low, 95% what

107:39 mean by low, except there's a amount of available. In other

107:45 if peak demand happens sooner, there's high probability in their mind that this

107:52 be right, There's a lower probability we could last this long and even

107:58 probability, still only 5%. But is they call it high because because

108:05 we had the ability to have the level of production for a long

108:12 Uh huh. That would be a probability 5%. Does everybody get

108:18 It's sort of like um when you're reserves and uh you have a low

108:26 , the probability of the reserves, number coming is higher than the probability

108:30 the high number coming in. And this case, what slow meaning high

108:36 uh what's a low amount of total available on the planet versus a high

108:42 resources of of oil and gas on planet here. And what I hope

108:51 got across to you in some way that if there were peak oil,

108:57 would be farther out here if we're baking ourselves by then. But another

109:05 that I want you to know is ah and I hope I'm it's coming

109:11 is that because of the situation that in right now, the oil industry

109:18 going to be here for a long . And so it's still a a

109:23 career path for people your age. may not be a popular career

109:28 but it's a very good career Okay. Yeah. And this is

109:38 showing here's the 2017 estimate. So like this. So, so we're

109:43 even getting close to where we we we might have been able to do

109:47 . And the same, the same is here, ah the sensitivity of

109:54 versus supply and, and you you can see here what was going

110:00 pretty steep and it's, it's kind leveling off. But one of

110:07 the more recent predictions shows that getting pretty soon. And here is just

110:15 show you how supply and demand and they predict these pretty well.

110:20 there was, there was overproduction. , this is a, this is

110:26 glut right here. This is what need, and this is what we're

110:31 up here. And This is right 2015, Things started to get serious

110:37 we were getting this glut in which is hard to see because of

110:42 box right there, but you can it right behind it. So,

110:45 is a long term glut that started the beginning of 2014 because because of

110:52 the horizontal wells producing, and this where it was predicted to end,

111:05 , sorry, I thought I was forward and going there. Okay,

111:10 here's what happened, It gets even than that. This is where the

111:14 was supposed to happen, but it all the way through here and then

111:18 had Projections that it would end in and I can't see it because

111:28 let me see if I can I had to hide everybody. Okay

111:52 . Yeah, you can see here they were going to have something this

111:59 extended where they were going to see there was a lower thing. And

112:03 in 2019, you can see that , it's still a little bit of

112:10 glut. And here's consumption. The went under just for a little bit

112:16 time. So it's still closer than some of the project projections were.

112:21 then here's what's really happening more All of this is off, here's

112:29 comes in in here and this is on. But What a lot of

112:35 are seeing now in 2022 is that line is, is um, the

112:42 is going to shoot up and and this is what This was,

112:51 was predicted in 2020. And it's almost happening. Uh, on

112:59 was supposed to start Back in the quarter of 2020, but it's

113:06 it's really happened um, in the quarter of 2022. We're seeing demand

113:17 way up in spite of the continuing with COVID-19. And so here,

113:26 can see there's a big shortage through . It really started these projections are

113:34 . But it's really, really taken now and the demand is starting to

113:41 . Okay, so here's another this relates to you're exercise for supply

113:53 demand. And uh, here's one the things, uh, I want

114:00 to look at, you can look other charts besides this one. But

114:05 , you can see through time, 1996. We kind of reached peak

114:11 for a while, but it plateau there's some dips here and there.

114:17 we get all the way over here what happens And here, by the

114:27 , is 2014 And we continue to . And here's a close up in

114:44 . Who do you think flooded the ? Russia? Saudi Arabia or the

114:51 States, wasn't it a combination of , nobody wanted to back down.

114:59 , here's the thing, Saudi Arabia , at any point on this

115:04 they can produce a lot more than producers. But here's Saudi Arabia,

115:11 , this color. I think the of change is what you call a

115:19 . And here the rate of change dramatic. We go from producing less

115:24 10, two Way over 11 million a day. And in fact,

115:35 we're actually exporting three million barrels a approximately. And if you go back

115:44 a little bit further, we we were producing, you know,

115:47 way up here and then it dropped . We were over 10 and then

115:49 came down. But in recent I think if anybody flooded the

115:56 it was the United States, but were blaming and see this is the

116:00 about the oil industry, it needs think about what it's doing from a

116:04 and a tactical standpoint. And any producer you can see here, Russia

116:12 able to open up some, some . This had a lot to do

116:17 the United States in some of the Western countries going over there and helping

116:24 produce oil and gas. Uh so , they've kind of producing as much

116:30 they can. And here you can Saudi Arabia who could have always produced

116:35 than all of this still hanging down . And one of the other things

116:41 happening right now is that if you at Opec altogether, a lot of

116:46 smaller Opec countries and non Opec countries Venezuela have lost their ability to produce

116:53 they, because their oil industries have damaged so much by the, by

116:59 drop in prices of oil and the of financing to other industries. Another

117:11 that's tough for us to keep hoping on some of the shale oil is

117:21 decline curve for these wells is is very quick, this is in

117:31 and um, some of the, of the conventional wells that could almost

117:38 the curve in years. And so drill them and uh This is a

117:46 one at 450 500 barrels oil, production way up here, but but

117:52 gets depleted very quickly. And uh that's why you have to keep

117:57 you have to keep finding eighth grades drilling it and fracking it and it's

118:01 expensive. It's inefficient and it's and uh it's not it's not the cleanest

118:09 to operate in terms of getting Does anybody know approximately what the price

118:16 a barrel of oil, of disposing a barrel of water disposal is?

118:27 don't know exactly how much it but I know like for my

118:31 we have to continue drilling because it's to continue drilling and reuse the water

118:37 it is to actually dispose of Exactly, yeah, so that's a

118:41 a real issue and see, and that addresses the efficiency. You

118:46 they used to dispose a lot of and uh and they've been coming,

118:51 very, very good thing for you say it was really appropriate because the

118:58 they were, the industry was using lot of our freshwater supply to do

119:03 . But but because, and this the funny thing about the news media

119:09 the general public, everybody's worried about earthquakes that's causing and the earthquakes is

119:14 , that is not the hydrofracking For the most part, it's the

119:18 of water that you get from the fracking. But even worse than

119:23 they were depleting aquifers and areas that no water outside of those major aquifers

119:31 uh and there were some places where , we're actually dumping water into ancient

119:38 deposits. Uh, the cause of of assaults. And it's a funny

119:45 city out in texas, but there's city where a crater bigger than the

119:50 size of the city, not too away from it formed when they started

119:55 water into the ground. So, what our disposal is the real is

119:59 real issue With horizontal drilling for two . The first is you're using up

120:07 very valuable freshwater supply and the second is when you have to dispose

120:13 that's what causes the earthquakes because it's of fluids, not, not um

120:20 of fluids into a formation that causes earthquakes. That's the, that's sort

120:25 the mathematical and, and physics perspective it. Do you increase the pore

120:32 then? Uh, then you weaken rocks. And when fracking occurs,

120:36 a very limited event over a short of time and it's basically just,

120:43 like breaking breaking plates. Whereas when inject lots and lots of fluid,

120:50 just a little bit of fluid, the millions of barrels or millions of

120:57 from multiple millions of gallons of wells wells. When you start injecting that

121:04 of fluid, that's what causes a of faults to mobilize. It actually

121:10 the strength of the rocks because you're the pressure. There was a little

121:15 crater in northwest of here. Same happened, they were injecting it so

121:21 that it finally fractured in disposed water coming out of old abandoned well

121:28 And uh, and the uh, section of the town collapsed just northwest

121:33 Houston and I can't think of the right now, but it was a

121:38 system. They over pressured it and popped and uh, and that's what

121:46 . So anyway, uh, in to this rapid decline, when you're

121:51 the water, The best wells that in at 500 barrels, I probably

121:59 adequate permeability, but when they have permeability in a source rock, they're

122:04 going to have associated water. And the water cut Is greater than 50%

122:10 close to 50% when it's produced in barrels of oil. So it's going

122:14 have 500 barrels of water to get of. And as you go through

122:19 decline curve, you're producing more and water and less and less oil and

122:24 . And that's another critical issue related some of these wells, It's a

122:30 great resource, but it's, it's really difficult to maintain an economic

122:38 there. And as Angela pointed uh, strategies to re use that

122:45 have made a big difference because I know a few years back,

122:49 was $12 a barrel. And if can cut it, uh, you

122:54 , whatever it takes to drill three down to the equivalent of one

123:01 then you've cut your price in the and that makes it more economic.

123:07 . And uh and of course, you stopped drilling, you have to

123:10 that water somewhere else. And here is just showing um uh rapid decline

123:21 in um and a lot of the bacon fields or top producers, how

123:29 losing a lot of that. bacon is one big play that's produced

123:34 lot of oil, but there's also Permian basin, which is a

123:38 they call it a super bass. I think it's a monster basin because

123:43 got an awful lot of hydrocarbon in . And so they'll they'll be lasting

123:48 because they can keep moving around in places are actually their old places that

123:52 have ignored. Okay. And here's I think was gore's most income,

124:00 inconvenient truth and he underemphasized and I maybe he didn't, but it just

124:06 to me he did, and that population growth, you know, um

124:14 of the easiest ways to reduce our consumption is, is conservation.

124:20 say, everybody in the world Could stop driving half the miles in

124:26 year like we did for COVID-19. would be uh that would be a

124:32 way to start reaching our goals except happens is that more and more people

124:37 the world are getting disposable money and buying vehicles and buying things that need

124:42 and gas or plastics and it's really population. And another aspect of the

124:49 is agriculture, the more people we on the planet, the more we

124:55 to, uh, worry about producing . And the, that's, that's

125:06 really critical issue because agriculture is is a big component of the hydro

125:13 footprint that humans are the anthropogenic footprint humans have created. And uh,

125:22 it. And here's, here's something , these charts, these are almost

125:29 of this, this maybe this is a Pearson book, but,

125:35 you know, if you scrunch up scale this way, you can make

125:37 really look dramatic and they have But uh, you can see here

125:44 , here's what I think is interesting this church Is that we had one

125:49 people and um, 1800 one billion on the planet, presumably in 1800

126:02 We had two billion somewhere around World Two. And then look at

126:17 It took 20 years to add one over here. It took over 100

126:22 . So the rate of increase Is fold right now. And that's just

126:30 scary And COVID-19 has impacted this. I also think a lot of these

126:37 are impacting, um, some large , people are starting to have fewer

126:43 . And uh, although china went one child for the couple to two

126:52 . But again, um, you , you can't stop people from

126:57 And a real issue is population. if if we, I can't say

127:06 I can't think of a way to population growth that people would consider fair

127:11 appropriate or right. But if if don't address population expansion, I personally

127:21 everything else that we're worried about in is insignificant compared to this one

127:27 This is an issue, folks, just there's just no way around

127:33 This this level of population increase is serious problem. And yes, if

127:41 having a population growth five times faster it was down here, you can

127:48 don't know how many times you can your energy consumption in half and still

127:52 alive. But but it's just it's not gonna work and it's kind

127:59 to me it's a really sad commentary where we sit with with all of

128:06 and here I just mentioned it, uh Agriculture contributes about a 3rd to

128:13 anthropogenic footprint. And notice they don't a cow out here farting uh and

128:22 methane out of its digestive track. they're showing you just somebody turning up

128:29 field so one of our solutions is produce meat from vegetables. The problem

128:36 that is producing vegetables, releases 02, uh some water. And

128:44 when you when you allow oxygen to into that, not only does it

128:50 CO. Two, but something much than C. 02. And that's

128:54 . And so it's releasing methane, has about 26 times the Heat carrying

129:01 of co two and consequently have a that I recently did a capstone where

129:13 drilled holes into into the mines, mine, coal mines that had coalbed

129:22 that was leaking at the atmosphere that was getting out and they figured out

129:27 to reduce the methane uh footprint by burning the methane flaring. It.

129:34 hate flaring but ah to turn the Into Co two into the atmosphere rather

129:41 straight methane into the atmosphere. Mm . Is a Is it 26 times

129:51 capacity advantage in the state of California gives people carbon present for that for

129:58 flaring that that methane that would with any intervention would have made it into

130:04 atmosphere. And uh and again as population grows, we have to as

130:17 society we have to have more of industry, we have to have more

130:20 more bigger farming units. I people personally can get a plot of

130:28 , they call them in the they call them allotments, they grow

130:32 own vegetables, but you know that takes care of in the summer,

130:38 takes care of what you need. pretty much in the way of green

130:43 , but there are a lot of and fruits that have to be grown

130:48 warmer climates and they have to be to you and the more people there

130:53 on the planet, the more, more of these larger farms and orchards

130:59 stuff we're going to have to And one of the problems with centralized

131:11 agricultural production is that it's going to more waste in the way of rotted

131:19 material. I don't know if you've driven by a farm field but by

131:27 of the fact that you can smell H. Two S. For example

131:30 a cabbage field uh if you can H. Two S. Rotten rotten

131:36 smell, if you can smell that by the way, H. Two

131:39 . Is not a good gas to in the atmosphere either. Ah If

131:45 if you can detect with your nose H. two s. That's a

131:49 indication that even though you can't smell or C. 02, you can

131:55 it's being produced in that field in quantities. So every time uh the

132:02 is harvested and rots it's putting hydrocarbons up into the atmosphere. And then

132:08 you turn the soil you're releasing more out of the soil. If there's

132:15 uh plant material doesn't have to be . But if there is plant material

132:21 and you turn that over it's gonna oxygen on it and it's going to

132:25 biodegrade it and it's going to get the atmosphere and this is this is

132:30 huge issue. Okay, let me you this before I go to the

132:44 . Imagine what else besides burning hydrocarbons with the industrial Revolution. Has anybody

132:58 at their slides? Unfortunately I gave the answer. Okay, irrigation uh

133:11 with mechanized agriculture started at the same and of course this is a good

133:19 of the mechanization, but But here HNH 20 is going up as

133:26 And uh not only is it coming of the soil, but um groundwater

133:34 a huge in fact, it's the largest freshwater supply in the hydro

133:41 And it's, you can think of as sequestered water and what is so

133:49 about releasing a lot of fresh water the atmosphere? Anybody there C11

134:08 you know, I don't think it , but I don't think it would

134:11 enough because normally what happens when we the water to the surface, a

134:18 of things happen ah rather than a of water charging aquifer is where it

134:28 sequestered. Uh we're keeping it in atmosphere and therefore we're keeping the fresh

134:34 supply in the atmosphere over a more period of time. And The problem

134:44 that is uh water is the number greenhouse gas and certainly the oceans can

134:51 an awful lot on their own. the but there we know for

135:01 places that are irrigated, the climate changes and uh we we we already

135:06 it's causing climate change. And uh of the most noticeable things about it

135:12 uh uh plants that have spores and become more prevalent if you start uh

135:20 Irrigating places that were desserts for So so you're taking this water that's

135:26 into the ground and bringing it out mass quantities into the atmosphere. And

135:32 just another thing that adds ah adds to the system. And and it

135:42 carrying capacity of heat for C. is higher than water and methane is

135:47 than C. 02. But water is the highest percentage the water vapor

135:54 the highest percentage of gas of all of all these different things in our

136:03 . And some scientists blow this They say that um the temperature controls

136:11 amount of water in. That is that temperature controls the amount of

136:17 That's what relative humidity is all But that really would only address their

136:25 if the humidity percentage of the relative was the same everywhere in the

136:31 But there are places that are much than 100 uh relative humidity and that's

136:40 what the temperature does. It controls maximum amount of water. It doesn't

136:44 the source of the water or the of the source of water that's going

136:49 be put into the atmosphere. Salt evaporates slower. Fresh water evaporates faster

136:57 it's it's just an issue that I we haven't addressed because again, what

137:01 is is now Uh was in the and will be in the future?

137:07 # one greenhouse gas. Okay. pretty much went through that. So

137:15 much energy do we need and what the sources? And uh, I

137:20 we'll take another break because we've gone hour, almost an hour and 20

137:24 I guess. And we'll come back , let's make it. How about

137:37 15 minute one since my, my getting so I'm gonna have a rough

137:40 tomorrow. Right. Um, I'll better as I do this because I'm

137:49 to get used to it. Mm . Having trouble getting my zoom meeting

138:14 come up there is I keep forgetting trick. The trick is to stop

139:19 . Okay. I see everybody's Can you hear me? Yes,

139:26 . Okay. So before we go to this, um, yeah,

139:34 , we've looked at the sort of at some things over the importance of

139:39 in society. And of course we , we could talk forever about

139:45 one of the things, um, I decided not to stay in the

139:51 and go into research the oil industry my first choice, but I thought

139:57 was a better, a better choice , um, than doing other

140:03 And I really did feel like I doing something good for my country to

140:09 find energy because energy has been the of our civilization. And in spite

140:19 the fact that it's, it's becoming very serious problem in terms of global

140:27 and climate change. Ah it was least at one point in time,

140:33 very noble thing and I think it is simply because of the fact that

140:40 need a lot of energy. Then nothing we can do to change

140:44 Um we can't run and hide from . We've we've got to deal with

140:48 issue. Another thing that we talked was the difference between a resource and

140:55 and how complicated it can get when dealing with with real financial investments.

141:01 looked at the concept of peak oil I find it interesting that none of

141:08 have ever heard of it. there have been uh and then it's

141:14 good thing too, but but I remember, Like in 2015 and 2016

141:23 finally uh reached a point where they worried about it every day. And

141:29 and then of course, right, hope you share some of my concern

141:35 the real inconvenient truth and that's population . And uh so now, what

141:42 trying to, I'm going to show is, Mhm. What is

141:46 You know, how not only how energy do we need, but what

141:50 their sources? And when you ask question, you you come upon the

141:56 of how quickly are we replacing hydrocarbons these other environmentally more friendly sources.

142:06 as it turns out, it's the record is pretty bad. Mhm.

142:13 is very unfortunate too. It's good a career in the oil industry,

142:20 it's it's not good for the Okay. Um This is a

142:27 Um I just want to tell it's not that I don't keep up

142:31 this. Um The normally like The reports on energy, whether it's called

142:46 annual review or annual summary or annual . A lot of oil companies do

142:52 and they have large research teams working these kinds of things, but also

142:58 the International Energy Agency and there's the Information Administration in the United States,

143:10 Iaea and the E. I. . They used the same letters and

143:14 couple of different words, but but is the United States and one is

143:24 this is a global agency. And course, they all put a lot

143:28 research into into how much is being and how much we need and that

143:34 of thing. And they do these . And I showed you examples of

143:38 of the projections and when we're talking the balance of demand and consumption,

143:44 ah it's a little tricky. It's to predict. It's certainly easy to

143:51 in the past. Thank you. but but the one thing is that

143:59 agencies, including the oil companies do very good uh sources of information.

144:07 US Geological Survey provides similar types of in terms of sources of oil in

144:16 sources of oil. And they've they've a lot of time developing studies on

144:22 lot of the undiscovered reserves around the , mostly around the United States.

144:28 they get out of the country every and then and do things that relate

144:31 the entire world. So there's a of data out there to help us

144:36 of look at this stuff. But is, this is a couple of

144:39 older and what I wanted to get was that If you pull up to

144:44 report, it's gonna help them. gonna take them almost a year To

144:50 up with the 2021 actual Report on and 2021. They report on 2020

145:00 2022 in October sometime around October. going to find out what happened in

145:07 , Not 2022. So the latest is really based on 2020 And that

145:16 has to do with COVID-19 in terms demand. But prior to all of

145:24 , you can see here mm That some of the richest countries in

145:30 world, like china and the US also ah, consuming energy like

145:39 And I think there's a couple of you can get get from this and

145:43 is wealth is supported by energy and think two to be a rich

145:54 Um, you need to really have lot of energy. And you can

146:00 here India's 3rd Russia is, is fourth on how much they use.

146:08 and of course indian, I guess and china, correct me if I'm

146:12 , but I believe India and China the two largest populations in the

146:18 And but there's a lot of wealth these countries and if we're gonna do

146:25 globally, we have to get, know, I don't think of Germany

146:29 a poor country, but we're going have to get some of these other

146:34 below this list. Uh huh. might have to to help provide the

146:42 energy sources for them. Ah And big as china is and as wealthy

146:49 china, is there still one of biggest users of, of coal,

146:54 is probably one of the Heaviest Co output uh, sources of energy and

147:03 it also produces a lot of other as well. And um and so

147:11 that's an issue. But what I'm to get at is these, the

147:14 States and china and to a lesser India are putting out a lot of

147:23 and and and they are benefiting and from that, but but the problem

147:30 how can they help support, not the rest of the people on this

147:33 , but people that aren't even on list. Um I don't want to

147:40 the number, but I do know the very recent past South Africa,

147:45 is not, not really a poor . I mean they do have a

147:50 of economic issues, but that's a , pretty strong country in itself.

147:59 they've already asked the United States for of dollars to help pay for their

148:05 . And if you stop and think it, it might be appropriate that

148:09 do that. And uh, whether an american or from South Africa,

148:19 , here is a diagram that's just to show the gradual transition in the

148:25 mix and uh, and it's continuing you know, you can see here

148:33 is dropping off, but at the time, natural gas is, is

148:39 cole's dropping off. Uh, but at the end of the day,

148:46 three of these things around Around Right. So, you know,

148:53 nothing in here, 90% of our comes from oil, coal and

149:00 90% of it. Okay, and we have hydro, here we have

149:12 . There's a little star on It says, renewables includes wind,

149:16 , geothermal biomass and biofuels. Geothermal is, I think has an

149:22 potential, but it's expensive and, that certainly would employ geologists, but

149:31 , it has almost no impact on global demand, even though Iceland is

149:36 geothermal, it's a small population, biomass and biofuels. I know they

149:50 like they're helping you, but they're helping you because their carbon sources and

149:56 than sequestering the hydrocarbons they're producing and hydrocarbons and that's not, that's not

150:05 our footprint. The only thing on list on the renewables that really counts

150:10 the end of the day is, solar and wind and we have to

150:15 more with them. And so I've tracking this for a while and I'm

150:21 to go through some slides and show , well, other people have been

150:26 it. I have been looking at other people have been tracking. We'd

150:30 a better way of saying it. I, but every year I try

150:33 look at this and try to try think, God, it's, we're

150:38 trouble. And, uh, and , that's all I get out of

150:41 . But here again, gas has up. one of the good things

150:45 gas is that It's co two output about 50 that of coal. And

150:54 , and I think it's a lot , uh, well, it's,

150:58 don't know how much less oil oil might be, but, but natural

151:03 is less because the, it's in terms, the real energy punch comes

151:10 , You know, it's CH And, And you have four hydrocarbons

151:17 in coal. It's mostly see, it's sort of a mystery where all

151:22 H comes from. But in you know, you have those complex

151:27 and they have lots of carbon in to lots of hydrogen, whereas gas

151:36 four times as much hydrogen as it card. And that's why you get

151:41 energy and more bang for the buck . And that's the easiest and simplest

151:45 to explain it to us. And , this, this is kind of

151:54 , power generation is the thing, know, here's, here's a diagram

152:00 us power generation. Now. This kind of a really scary chart because

152:08 it's gonna change, uh, there's couple of things about it. What

152:15 , this is power generation when people you that, that, um,

152:24 of these different things like renewables, know, are doing a big

152:32 This power generation is using all of sources and power generation aside from transportation

152:40 a small part of our energy And so if we were to rapidly

152:50 , in other words, if if could flip this switch right here on

152:53 iphone and everybody would have, an electric car tomorrow, there wouldn't

153:00 enough electricity to run the cars because be replacing all the oil and other

153:10 . Well, all the things, get diesel, you get gasoline,

153:13 get all sorts of stuff. some people even have trucks that run

153:16 methane and, and that sort of . But if you, if you

153:23 about all that, the, this generation is a small part of the

153:29 global demand of energy and yet renewables still a small part of it.

153:37 still a small part of it. if you look at solar and

153:41 you have to cut a line down . It's about, It's about from

153:45 year 2000. When I started following , it's about 50 until you get

153:51 the last couple of years. It's That's now 60 Close to 60%.

153:58 so the renewables aren't even doing this . If you think of carbon free

154:05 and here's, I'm gonna have to close your beautiful faces here. Let's

154:17 now that it's fighting me, this great except for when it doesn't

154:26 Okay. To me, this is really scary, scary uh thing because

154:43 the clean energy down here and and this would be biofuel I

154:51 And I gotta switch back up to . So here we have biofuel

154:59 we have batteries, Solar Wind, The Year 2020 two to go to

155:08 all electric system. This all of transportation oil has to be replaced by

155:16 of this and you're still gonna have oil, This is 2050,

155:27 I hate to tell you guys, in 2050 you're going to be older

155:30 you are now. And at that in time, if we, if

155:36 are able to do this, Look the steep climb that we have to

155:41 just in the next 10 years and would become Based on today's dollars,

155:47 would be a 1.2 trillion dollar This would be one point 25 trillion

155:57 from this, which is 123 How do you think we can spend

156:03 much money between here and here to there? Does anybody have a

156:15 And um and that this would all well and good. If we actually

156:20 do this, you see how this goes, that's dramatically increasing. Even

156:27 line is dramatically increasing. So I you to remember when we got a

156:32 of slides in the future here that go from here From one side of

156:40 chart to the other side of the , clean energy has to increase um

156:48 looks like almost tenfold. Just a bit less than 10 fold if these

156:54 are any good. And And that's in 30 years. Okay, here

157:07 a chart from 2001. Okay, 3%. This is 6%. This

157:22 bio mass, Solar's at one. does it one. So we've come

157:32 long way from there, but at same time half of this, its

157:40 producing my light keeps turning out on , okay. And I've been looking

157:56 this for a long time. And for 15 years It's gone from three

158:09 5.4% carbon neutral. That's a 2.4% in what we had here over that

158:21 period of time, which is it's increasing at point Not 16%, but

158:31 . And I'm not talking about power . I'm talking about that huge,

158:41 huge mass versus what we have down As of 2020. So, For

158:54 last 15 years or 15 years, , uh That's what it says up

159:01 and that's what it says down Okay, So it's ah I I

159:06 put these slides together myself anyway. rate of that in terms of the

159:14 demand is .16%. Okay. If remember the other chart I showed you

159:24 with who uses all the energy and has all the money, those two

159:30 , the first two countries, and the 3rd and 4th and 5th.

159:33 every, perhaps everybody on that list going to have to donate money to

159:40 countries that can't afford this transition. there is a little spark Last year

159:50 I got 2019 ah over the last would have been in 2020. And

160:01 the 2021 report report is what I'm at. But 2017, 29 03

160:07 , It went from 5.4% to 6 . And you can see here,

160:20 neutral. The carbon neutral stuff actually out to a .87% increase over those

160:30 years, Or pretty much a 3rd 1% per year of carbon neutral

160:39 We're displacing the hydrocarbons and other nasty like nuclear power. Okay, so

160:55 you come along too, 2020 just comparison I put 2020 on here And

161:07 is no longer 50 uh for 2019 43. And you can see here

161:16 there was a significant amount of increase really gone from Less than 50 to

161:27 57%. But in 2020 and I the 2020 numbers here just so you

161:33 see them. But in 2020 it it The amount of biofuels drops down

161:42 her biomass drops down to 39%. the way producing this biomass produces co

161:48 and methane. And and you and go from here uh here's when and

161:57 hydro Electric notice there are 22% and of this pie. This is something

162:05 I find a lot when people talk renewables, they round them up and

162:08 around the other ones down This this so severe but 11.5 6% of our

162:16 globally. Or this is us. sorry this is in the US and

162:21 used in the U. S. it's one of the biggest energy users

162:24 it's one of the richest countries. if anybody can do anything about

162:27 it would be them. And uh so Here you can see it was

162:35 I looked at the data the actual 11.56. But that's really a small

162:40 problem. But it does make these a smaller part of the whole supply

162:50 . And when you look at, you look at the international numbers,

162:54 looks even worse because again, we one of the leaders in renewables.

163:02 So anyway for 2020 From 2019 to , It actually increased .7% a

163:12 Okay, so how many years would take at this rate now? We've

163:20 a little bit of an increase. went from .3 essentially .3 2.7.

163:27 it's more than double uh just this past year. But ah if we

163:35 to continue two, add these this clean energy and throw the batteries in

163:44 to store the energy that's being generated it's not needed. Um, we

163:53 , It takes 10 years To display of the United States and probably a

164:00 less of the global demand of energy outside the US the demand is increasing

164:08 faster than it is in the And so does anybody want to sort

164:19 , how many years would it take ? Right now? It's it's right

164:23 10%. How much would you want um venture to guess actually the total

164:32 is is um, Is not it's it's only half of this.

164:38 it's it's around six 6% of what's by the US. Is being handled

164:48 with this wind and and solar in . Put those three together in

164:56 you put all three of these It's 61%. Mm hmm. Of

165:04 of what we need in here. it's a little bit. So I'd

165:11 be instead of 5 1/2. It probably be uh Close to 6%.

165:19 . There's six and a 1/2% of of what we need just in the

165:26 . So anyway, just looking at rate and that's really only A .7%

165:35 per year. So to go from 6.5% to start adding this at a

165:46 rate. Um at this current rate adding, how much would it,

165:54 much do you think it could take in 10 years And nobody followed what

166:08 said. It would be around Yeah. So, and remember

166:19 this is a this only shrinks as grows. And so if, if

166:26 not like it's not like you're, know, you're adding to it.

166:34 the rate that this piece of pie increasing per year Has only been 7%.7%

166:43 year in. And what this diagram showing us that's, you know,

166:53 got to, we have to go a really small percentage to a very

166:57 percentage in a very short period of . So If you projected out to

167:10 at the rate is increasing right which is exceptionally high. It's the

167:18 yet. Um If we were just pagan at that, mm hmm,

167:28 would have to uh, to, get to somewhere above 80% of the

167:32 supply, it would take how So, um, in 10 years

167:51 was predicting another prediction of .07 In years time from 2020 Now, 10

168:01 from now, uh, based on rate that they're increasing this, this

168:09 of the wedge that applies only to green thoughts about footprints. Yes.

168:21 me of the great power without no footprint without the biomass in there.

168:27 , we're not talking about the biomass the biomass is not is not really

168:31 of the clean energy. So 61% the 12% in the pie.

168:41 But, but what I'm talking about is it's gone from In one

168:46 it went from 10 something to 11 in its .7% per year. So

168:55 we have that rate of increase in years it'll go from from 11

169:05 That's in 10 years. So how years would it take To get it

169:13 something over 80%. It would take years. 10 times. This is

169:30 , eight times, this is And that would be 70 plus,

169:37 , about 6, 76%. So get to 75%, it would take

169:42 years at the rate we're increasing it now, where's all that money gonna

169:47 from? If we're gonna if we're to try to we have to increase

169:53 rate Much, much higher than it right now to get it done in

169:57 years. But at the rate that doing it right now, as of

170:06 , it's increasing only and this is the best year on the planet.

170:12 it's only increased .7%. And that's for that's just for our country.

170:20 it's but when you take the whole , that would be, these numbers

170:23 be worse. Mhm. Because a of countries can't afford to do

170:37 Okay, well, I guess I've that into you. So it's a

170:40 bit, it's to me it's And um and so again, this

170:50 that same chart um when you think it, the Ceo to free alternates

170:57 barely growing at all when these things trading off with each other as they

171:02 been doing uh and natural gas is with respect to the others. And

171:13 I guess the reason I put that there was to point out is that

171:18 natural gas is growing as a source energy. And the reason I think

171:23 important to point out again is because gas is a hydrocarbon source Would have

171:30 smaller co two footprint than the other and the biofuels. Okay. And

171:43 is uh this is something sort of and we should be able to get

171:50 these pretty quickly, but but um are the things that we have that

172:00 carbon free right here. Geothermal Harley an impact. Hydro electric. You

172:10 see here. That's pretty significant. . C Hydro electric is 24% of

172:19 total of alternates here. It's um Here, it's 22. And so

172:35 one of the things you get from is hydroelectric is pretty much static.

172:40 do you think hydro electric would be due to all the sources of free

172:54 or greener energy? So we don't to read take as much or you

172:58 use as much. Well, here's thing about hydro electric, it only

173:04 in certain places. And uh and are places where it's it's been

173:14 but at great expense to society. a place sort of in the middle

173:24 south Carolina uh that during World War to get a power generation.

173:33 They made two dams there really insignificant to most dams, but they put

173:41 lake Moultrie and lake Marion and they're recreational lakes, but a lot of

173:47 got flooded, a lot of people's got flooded and that's because it's on

173:53 coastal plain and uh there are other like china is a leader in this

174:00 built the biggest dam in the but you know, it displaced a

174:04 of people. It's it's an incredible of energy, but it displaced a

174:08 of people. And I'm not sure how people felt about that, but

174:18 you know, after a while, almost doesn't matter because you have this

174:20 big lake, but that lake depends on rainfall and we have lakes

174:28 over the United States that don't have water in them right now to generate

174:32 . So there's a lot of things that make it hard, you

174:38 once the dam is filled, you're gonna get any more power generation out

174:42 it. And if it overflows, have to spill it out. So

174:47 increase hydro electric, you have to more dams and you have to flood

174:52 people's homes. The one place that really works well is Norway because Norway

174:57 a lot of Alpine valleys, alpine valleys that they can damn off,

175:03 they had a lot of precipitation for most of their history and they

175:09 generate so much hydroelectric power that it's to ship box side or aluminum or

175:19 the way to Norway and and produce there because they have this almost unbelievable

175:31 of hydroelectric power. They have so hydroelectric power there. They,

175:38 I think they provide about half of energy just from their hydroelectric, they

175:43 all of their hydro, like all their electric needs. And uh what

175:50 let me ask you this, if you were to put heating pads

175:55 your floor to heat to have central do you think that would be less

176:03 ? We're more efficient than typical central and heat. Nice. It's a

176:15 efficient because it's, it's, it's most, it's one of the

176:19 most inefficient ways to heat house and Norway's cold, but that's what they

176:27 . I lived there for two it's nice because your floors are always

176:32 . Uh, but um, it's incredible amount of energy has to be

176:38 to heat up your floor before it actually you actually feel it. But

176:44 a nice, it's a nice clean because it's powered by hydro electric.

176:51 there are places where we can take of these greener things and wherever we

176:57 , we need to figure out I think another thing is, for

177:01 , uh, I believe, I'm sure, I might be totally

177:06 but I believe in Iceland just because where they are, the geothermal situation

177:12 extreme and they can probably produce geothermal at a cheaper rate than almost anybody

177:20 on the planet. So if we better ways of transmission of energy of

177:26 energy, that would be very, important thing, which is why people

177:30 doing a lot of research on And that surplus energy from, from

177:35 , that's hydroelectric. And geothermal from could at least help a little bit

177:40 bump bump that growth rate up a . But as it stands right

177:44 hydroelectric is very static and geothermal is static cause geothermal is really, is

177:51 and hydro electric. Uh you aside from where people have built dams

177:58 , it's, it is a, an extremely expensive endeavor to build new

178:03 new dams and places where it may work. And it's, and it

178:10 be possible for someone to consider a dam is being an environmental disaster for

178:17 things that lived in that area, people. Okay, the problems with

178:25 and solar, The wind doesn't always in 2017, europe had a lot

178:31 power shortages and I believe they're having again this year because the wind didn't

178:35 very much and they were putting a of energy and effort into it.

178:40 , that's good, they need to more into it. You know,

178:43 got to get these power growth rates higher the solar. Mhm. You

178:50 , in the summer, put a of panels out in the desert in

178:53 summer, it's gonna be great even the winter if it's close to the

178:59 . Ah but again, there are places that are better for these kinds

179:03 things than others. And uh you , the deserts in the United States

179:10 still in temperate areas and so in winter they kind of dropped way off

179:16 also they get dark at night and they have excess capacity and they can't

179:24 it all the time because a the not blowing enough, the intensity of

179:29 sun is not high enough. And and then it goes dark where the

179:35 stops and so those are problems. if if there is a period of

179:41 when the capacity is being fully realized of the time, uh the grid

179:47 they're attached to can't absorb that. we need to create more battery uh

179:52 know, the real thing right here is battery research and battery storage so

179:57 whatever extra power these can create would able to store and save and transmit

180:06 in time. And that the transmission electricity right now is still very

180:12 which is another, another critical If it's close, the power generation

180:17 close to where it's used, it's a lot more efficient, but if

180:22 far away it's not. And then course nuclear nuclear had the capacity in

180:28 United States anyway. And uh and in France to just knock these right

180:35 their socks. But but again, on the size of the country and

180:42 size of the population, even the capacity that we have is starting to

180:48 dramatically, except for a few places china. Okay, so here is

180:56 2019 leaders in nuclear power production terawatt . And um I didn't look it

181:04 for 2020, which was published and October of 2021, But here's 2019

181:14 lot of times I asked the students do you think produces the most um

181:22 power. And we've we've closed a of our power plants by the way

181:26 one of my twin brothers, two of twins in my family and one

181:29 them worked in nuclear power for a time and he's seen more closed than

181:38 . But the United States is still leader in nuclear power production in terawatt

181:45 . And note this is production that it's being used. It's not um

181:52 know, it's not capacity that's wasted Francis moved up quite a bit uh

182:00 the years. Um But there are 2.6 from 2018 and uh There are

182:10 four when I started looking at this and which was a surprise to me

182:17 But you know, we know that , most people know that Frances is

182:22 100% nuclear power, but they have much smaller population than say the United

182:28 or china for India for sure. then the Russian federation is up

182:36 South Korea is way up there, total, it's only 10%. And

182:44 If it takes 10 years to replace , it's going to take 90 years

182:49 get there. Okay, here is . Um this stuns a lot of

183:00 , you know, you hear the media Approed that I'm pretty sure we've

183:06 up from 2019 to 2020. But 28 18-2019, we were down

183:13 almost 10%. And and let me you this this, this is

183:22 Right, okay. What is This is in capacity, this is

183:30 much they could produce If the sun shining 24 hours a day and uh

183:40 a high intensive and uh a lot people, I don't know if you

183:45 attention, but I bike and so know, but since I'm almost 100

183:52 old now, the, I worry radiation from ultraviolet rays and I don't

184:03 if it's a good indication of, total solar energy. But the UV

184:12 right now at noon is, is a scale of 1 to 10,

184:16 about to ah in the summer At , it's somewhere between eight and

184:25 And that intensity means that in the this stuff isn't, is going to

184:32 as best as it's going to but it's still have, you still

184:35 nightfall and and this uh, and in the, in the winter it's

184:43 to just cut way back. You , you're going to lose a lot

184:46 that power even even at noon in middle of the day and you can

184:55 here Germany's up there, the United and since we worry about people making

185:02 weapons out of these spent fuel which by the way are some of

185:06 most, some of the worst pollution ever come up with is spent fuel

185:13 and nobody knows what to do with . Germany was trying to go 100%

185:18 one point in time. I'm surprised still this high, they had engineers

185:23 them that the salt mines were going be stable and safe and they started

185:28 salt mines, putting spent fuel rods salt mines and and then uh oh

185:36 started to leak. So It was 10 years ago, I would guess

185:42 around 2010 they decided to start shutting as much of their nuclear power as

185:48 could and you can see it's it's up a little bit here but there

185:54 were trying to get um oops, looking at the wrong thing, I

185:59 pushing the wrong button, I'm Yeah, Yes, I know what

186:11 doing, I'm just not doing Okay. Yeah. Looking at nuclear

186:17 Germany is not even on here. thought that looked weird. Okay,

186:21 in terms of nuclear power, Germany off the list but they were trying

186:25 get to where France was. And sitting here looking where's France, you

186:30 ? And uh so anywhere for solar , of course Germany is rising because

186:35 trying to replace their nuclear energy with power. Okay then when we go

186:42 wind again instead of production, they're capacity because they can't reach full capacity

186:49 it's a, this full capacity is bigger number than what they produce.

186:54 you show what you produce, you they're not doing anything. But

186:58 china china went up in terms of . Bye, mm hmm, 76

187:10 . Here's plus 10. Yeah, 10. This one is up

187:15 This one's up 11.9. But um, here's something that I want

187:20 to catch through. All of this say that the United States doesn't do

187:24 for alternates. We're a leader in . We're number two in this,

187:31 # two in this. And before started getting extremely productive like they are

187:39 , uh, we were the number for all of these things and

187:45 can it. And so again, I'm trying to get at is these

187:52 , they're putting in a lot of . Uh, but they're not necessarily

187:56 in a lot of production And this 25 percent of this is produced in

188:03 and this is up. Okay, , this is the number of

188:06 It's up 11.9 gigawatts. This is 76 gigawatts. And, and

188:16 um, spain's no change. But course this wind energy is the biggest

188:24 to that power generation, the And so, you know,

188:31 it's still not growing enough. It's growing fast enough to get to where

188:36 want to be by 2030, much 2050. And here's, here's leaders

188:45 geothermal ah, this may surprise you . But the United States is number

188:52 because we have those hotspots in the the around the rockies. And then

189:00 there's the Philippines Indonesia. And you that um Even though Iceland 100%,,

189:14 not one of the biggest generators, not even in the top list.

189:21 . It is, I'm sorry, even read. Okay, so Iceland

189:26 all the way down here to seven so, And that's 2016 And then

189:36 is 2019 and they're not in this is the list or not.

189:44 you can see here there Their number again down here. Okay. And

189:55 by the way is listed in in production here is hydro electric is listed

190:03 production. And you can see that is way up there especially because they

190:07 that new uh the big new hydroelectric . So, and it's amazing engineering

190:15 . And Canada is way up I put Norway on here. Uh

190:24 to show you that they have a of terawatt hours coming out of

190:28 even though Norway, Norway's population is the same as south Carolina's uh they're

190:36 almost as much as India and uh about half as much as the Russian

190:43 and a little little less than that the US. And here's sort of

190:51 bottom line and this came from the and it kind of shows you this

190:56 from 2017 and that's a really nice . It's hard to get charged like

191:01 because this one really went to a of effort to to put in as

191:05 of the costs as they possibly could even the even the hydrocarbon people sometimes

191:14 on these kinds of estimates. But the actual cost of this energy is

191:19 lot more than people think it And those were uh huh. These

191:30 these are things that you know, just costs a lot to to

191:35 And but when when you hear about cost of the news and I think

191:41 need to do it but these things subsidized. So they cost a lot

191:44 money and and um oil and anybody that works in the oil industry

191:52 it's not being subsidized and those they a lot of taxes. We do

191:58 politicians that I like for other Uh let's say that oil companies don't

192:03 taxes. But all you have to is look in their annual report and

192:06 can see they pay billions in taxes especially collectively collectively it could be close

192:14 trillions. But in in there they all sorts of things like licenses that

192:21 have to pay for all royalties, have to pay for all sorts of

192:26 . Uh And also building all these and designing all these things cost a

192:32 of of um money as well. this is just looking at some of

192:38 long the range comparing sources of different in here too. So in in

192:46 , but I want to I want get across to me and um if

192:51 guys actually um I'm gonna put the on there, if you want to

192:56 me why population growth isn't a uh you could do that instead.

193:01 write that when I think I'll add to the thing and post it probably

193:08 . But entered something that everybody has realize is that, you know,

193:14 the um the growth rate is not compound interest because the growth rate,

193:26 doesn't if you just look at that , you're not taking into account that

193:31 economy is expanding around the globe the time and as such, the the

193:39 on energy is going to continue to , its going to get to,

193:44 know, to possibly 110 uh million of oil per day for the whole

193:57 As it grows over the next 10 10-30 years, at least that much

194:02 will be needed. Whether or not can find a replacement for or not

194:07 another thing. And so as the demand grows, the piece of the

194:12 has to keep getting. But it have to, it's nothing happens.

194:17 has to get bigger just to keep 11.6%. But as that pie is

194:22 bigger, it has to grow even to maintain just the 11.6% that it

194:29 now and again about 6% of that be the total uh in the

194:36 S. And in uh probably a bit less in the whole world.

194:41 so as the demand grows it has grow even faster to keep up with

194:47 demand that's growing plus the deficit between To 100%. And uh and I

194:58 see how it's going to happen by in in any way And certainly not

195:04 2050. But but hopefully we'll come with with with good things. Um

195:12 hate to hear me say this, I think regulations might help a little

195:17 because I remember as as a young the the EPA came into existence and

195:24 made us get catalytic converters for And I remember in high school we

195:30 these monster cars and I didn't know when I wasn't in a in a

195:35 didn't grow up in a rich family a lot of the kids had these

195:39 cars, They were getting 12 miles a gallon. And uh when they

195:47 in the catalytic converters, those cars down to about eight mph. But

195:53 know what the engineers figured it So uh we just need to hope

195:58 engineers can in geologists you can start out ways to do this. I

196:05 as geologists we could figure out things have to do with geothermal? We

196:10 figure out ways to convert methane two . 0. two when it's uh

196:16 being contributed into the atmosphere. I any any if you captured methane that's

196:24 uh coming off the planet And turned into c. 0. 2 quicker

196:29 it would happen. Methane does oxidize quickly. But it's still very

196:35 Thing in the oil industry is in of flaring, they're still leaking a

196:39 of methods. So in this thing agricultural production, I don't know how

196:45 gonna deal with that as the population . Mm hmm. But um turning

196:53 burgers into meat burgers. I don't it's going to be a solution just

196:59 of the amount of Methane and in c. 0. 2 and also

197:06 that are going to be put into atmosphere uh by the fact that we're

197:12 um a lot of agriculture and a more. And again as as the

197:18 grows the waist level unless we get , it's gonna grow too. And

197:26 and here's another thing I want to hope this isn't too doom and gloomy

197:44 just take a look at this picture um it's an old picture I'll

197:55 But I don't think too many photographers to take pictures of plastic in the

198:02 . But just take a look at picture and um and we're talking about

198:11 and we're talking about growth. Um you think of what's different from this

198:20 in 2003, in terms of how people got this And what's going on

198:27 now in 2022? Could you repeat question, sir? Okay, um

198:40 I'll try to make it, what think is clear. Okay, you

198:45 at this picture and you see that all these things that people have and

198:48 using, they're using all these different of plastic. And today there's even

198:54 , there's even engine blocks that are from plastics, but you have all

198:59 plastic, all these things and we're to be sustainable. So what do

199:07 think is very different about how these were able to get these things versus

199:14 people get things today. In other , this couple right here went out

199:24 bought a bunch of swimming pools and for their kids. How did they

199:30 it? I would say um people nowadays, what did you, what

199:42 you say? Meg? People are it on and nobody is compared to

199:46 times, they used to go to , everybody orders everything online. Did

199:50 else say that too? Okay, we're all ordering this online. So

199:55 , instead of having one truck deliver of this, I hope I don't

200:02 anybody one truck to deliver all this They deliver it to a store and

200:12 a person goes and they get they to the store, they got all

200:16 of stuff that they need and just they need and they take it

200:19 not just this, but you maybe they'll go and they'll get their

200:22 , they'll get some toys, they'll lots of things that come in,

200:28 bottles, um, on and on on. And the way we're doing

200:34 online now, there's two things wrong it. And I think it

200:39 and you guys are probably going to I'm a real quick, but I

200:43 think we have, I don't think have a shortage of truck drivers.

200:48 probably have more truck drivers than we've had in the history of this

200:52 I think we have too many trucks stuff from amazon and delivering each package

201:00 a big truck. Every package, if you went to the, to

201:04 store and picked it up and came , that's inefficient if that's all you

201:10 . But these trucks, again, , you know, they're driving around

201:13 even though even though they have other , they have to drive almost that

201:18 distance and, and then some in big truck that has, has poor

201:23 economy and I know amazon is trying move everything to electric vehicles, but

201:29 , we have to replace that, , that hydrocarbon fuel with electricity,

201:33 don't have, and we have because right now, even if Tesla

201:39 running off coal power and uh, off and off natural gas power in

201:46 lot of cases. So so if we if we collectively as a society

201:54 to think about sustainability, we have think about the way we buy and

201:58 things to spend our money on things we don't need, and I don't

202:03 to be again don't want to be , but one of my daughters orders

202:08 online and uh maybe you're different, she doesn't always like what she

202:16 so then it has to go back it gets thrown in the trash.

202:23 you know, again, if we're about sustainability, this picture is a

202:31 . If you think about how we're we're getting all of our stuff,

202:35 of ours, things that we don't and things that we do need.

202:41 and you know, managing our I think some people say like my

202:47 where we used to say the past did this, you know, but

202:52 know, we're all on this boat and we all have to work together

202:56 single day and everybody is responsible for , if you're alive today, you're

203:01 for tomorrow. So just remember And if you if you land some

203:07 these good jobs and oil companies make to to keep sustainability sustainability in the

203:13 of your mind every time you make about production of oil and gas and

203:19 the right way of doing it and somebody comes up with a rule like

203:24 E. P. A. The I brought the E. P.

203:26 . Up was because when they when came up with that role at the

203:30 of the day You know I have I have a diesel car right now

203:35 gets 42 miles to the gallon and got a 3l engine With more torque

203:42 horsepower than I ever had or anybody in the 1960s when we were all

203:48 our cars to the drive in So sustainability. Really really it depends

203:57 everybody. Everybody. Everybody that's alive to think about it even in their

204:03 life. And then when you get the job, you know whenever you

204:07 a chance to push people into options know one option might be to flare

204:15 methane and another option might be to worry about the leaking methane. You

204:21 speak out and speak up and uh uh try to be good citizens of

204:27 world because because we we are all now and we will be tomorrow.

204:33 on the same boat. So with I'm gonna let you guys go and

204:38 see you tomorrow at 8:30 PM. you Professor. Do I need to

204:55 you upload a video to the video ? Uh No you don't. Um

205:04 I've already I've already uploaded a test but I don't know if it's actually

205:11 what do you call it? They goes through a process and sometimes it

205:15 longer. Yes, But I've saved files. I know how to upload

205:20 . I've put the link in and . And if you're going on

205:25 you can, can you see my that I haven't deleted? Um,

205:30 . Give me a moment. I can see the, the fire

206:01 but I cannot open it. Just only. Mm hmm. Oh

206:08 Okay. Yeah. Let me ask this. Do you do you see

206:12 files from 2021 went on blackboard or points Justin blackboard? Oh, you

206:24 go to blackboard because it's linked to . Yes. So all they have

206:29 do is go to blackboard and, it'll be there. I can see

206:34 your is a lecture file From Okay. Um, those, those

206:43 invisible to the students presumably. Yeah. Yeah. I guess I'm

206:54 have to call somebody and find out there's, if, uh,

207:07 yeah, it says test only and can't open it. Yeah.

207:19 but she just went to video points you still couldn't open it. Right

207:26 I mean? You went to video and couldn't open it. I can

207:32 up. So yeah, you inside record is your face, right?

207:40 code to record your, yeah, just me. Yes. I can

207:46 it now and and you show the , there's two slides Of the Chapter

207:57 the Lesson one Right? Yes. , I can I can see the

208:03 works right now. Okay, if it works at video points,

208:09 probably have to reboot um reboot this it's probably the catch is probably keeping

208:14 from opening. The difference is that I looked, when I open the

208:20 on blackboard, I in unlocking when open a video points and after I

208:27 into my account on video points, video can work. So did you

208:35 in the video points account when you you click the Okay, I see

208:43 you're saying? Yeah. Normally I because once you do it one time

208:47 don't have to do it again. . Yeah. So I think you

208:54 maybe he said the reason why that be. Yeah. So I'll try

209:01 . But um yeah, I have file to load now. I'll try

209:05 load that right after we get off . Okay. So a woman,

209:12 about regarding the coffee next week, I need to bring anything like water

209:20 coffee powder to the classroom? well we have we we have coffee

209:28 . It's only the parts. we have we have coffee makers actually

209:33 pot. And uh what we normally is fill it up with, fill

209:40 up with water from one of the stations. What about the the coffee

209:47 the powder? The coffee grounds. , I've got that. I get

209:55 Starbucks bags, £2.5 bags for almost at Sam's. Mhm. And so

210:01 have that and we like to have water for the students to mm

210:07 So, well, um we'll go and try to uh get that

210:13 We had some but the construction people most of what we had. But

210:18 can I can order some more. , so, so we'll we'll take

210:24 of that next week. Early next . Okay, Like monday and monday

210:30 I'll try to start doing it if we um normally what I do is

210:35 get Uh huh. Marcia had to it and it usually comes in a

210:43 of days if it doesn't, I'll by Sam's and just get some water

210:47 that weekend. And we we don't a lot of people. So we're

210:51 going to have to order, You , we had 30 people. We

210:54 to order a lot of water. , everybody would take two bottles and

210:59 would be like, Like a case enough. You know, I'd get

211:04 packages with 36 bottles and we'd use to 2 every every class period.

211:13 uh so I don't I don't think have to worry about too much in

211:17 of volume. And we used to two or 3 coffee pots at a

211:24 , I think with this group when pot will be plenty. Yeah.

211:29 the coffee will last a lot Okay? And then we have to

211:34 some creamers and and things like And I'll be taking care of

211:39 too. But thank you for It shows that you're responsible. Thank

211:45 . Okay? And thank you for help. You just bye see you

211:50 . Okay? Well, yeah, see you tomorrow. Bye

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