ABOUT THE SPEAKER
Richard Sears - Geophysicist
Richard Sears thinks hard about the post-oil world. He's a visiting scientist at MIT, after a long career as a VP at Shell.

Why you should listen

Richard Sears is a visiting scientist at MIT, after a long career as a geophysicist and executive at Shell. His brief in both places: Think about the world post-oil. It's a corporate-academic crossover that aims to enrich the academic conversation with real-world experience from people like Sears, who is an expert in looking for new energy resources -- both hydrocarbon and the world of options for what's next.

At MIT, Sears is affiliated with the MIT Energy Initiative and the Laboratory for Information and Decision Systems (LIDS). He's also an official "gamechanger" at LeadingEnergyNow.

More profile about the speaker
Richard Sears | Speaker | TED.com
TED2010

Richard Sears: Planning for the end of oil

Richard Sears(理查德.西尔斯): 面对石油的终结时代而有所准备

Filmed:
685,133 views

当全世界都聚焦于石油勘探危机时,我们为你呈现理查德.西尔斯在2010年2月TED上所发表的演说,他是开发新能源的专家,他认为我们必定要减少对石油的依赖,转而向什么方向发展呢?
- Geophysicist
Richard Sears thinks hard about the post-oil world. He's a visiting scientist at MIT, after a long career as a VP at Shell. Full bio

Double-click the English transcript below to play the video.

00:16
For the next下一个 few少数 minutes分钟 we're going to talk about energy能源,
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下面的几分钟,我们将来谈论能源。
00:18
and it's going to be a bit of a varied多变 talk.
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并且,这将是一次有点与众不同的演讲。
00:21
I'll try to spin a story故事 about energy能源,
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我将讲述一个关于能源的故事,
00:23
and oil's油的 a convenient方便 starting开始 place地点.
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就先从石油开始好了。
00:25
The talk will be broadly宽广地 about energy能源,
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我的演说涵盖了能源的多个方面,
00:27
but oil's油的 a good place地点 to start开始.
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但从石油开始讲比较好。
00:29
And one of the reasons原因 is this is remarkable卓越 stuff东东.
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其中一个原因是,它的作用很了不起。
00:32
You take about eight or so carbon atoms原子,
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用八个左右的碳原子
00:34
about 20 hydrogen atoms原子,
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加上二十个氢原子
00:36
you put them together一起 in exactly究竟 the right way
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以正确的方式组合,
00:38
and you get this marvelous奇妙 liquid液体:
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你就可以得到这瓶神奇的液体,
00:40
very energy-dense能量密度高 and very easy简单 to refine提炼
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它有巨大的能量,也很容易就可以提炼
00:42
into a number of very useful有用 products制品 and fuels燃料.
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出非常实用的产品和燃料。
00:45
It's great stuff东东.
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这的确是好东西。
00:47
Now, as far as it goes,
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现在,就我们所知,在世界上
00:49
there's a lot of oil out there in the world世界.
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还有很多石油资源。
00:51
Here's这里的 my little pocket口袋 map地图
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这是我的小袖珍地图,
00:53
of where it's all located位于.
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上面标示了所有石油分布的地方。
00:55
A bigger one for you to look at.
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你们也可以看比较大的这一张。
00:57
But this is it, this is the oil in the world世界.
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就是这样,这些就是世界上石油的分布。
00:59
Geologists地质学家 have a pretty漂亮 good idea理念 of where the oil is.
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地质学者们对此石油储存有很明确想法。
01:01
This is about 100 trillion gallons加仑
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现在全世界大约还有100万亿加仑的
01:04
of crude原油 oil
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原生油
01:06
still to be developed发达 and produced生成 in the world世界 today今天.
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还可以继续被开发和提炼。
01:09
Now, that's just one story故事 about oil,
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现在,关于石油的一个说法,
01:11
and we could end结束 it there and say,
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我们也许不可能会用尽它并说,
01:13
"Well, oil's油的 going to last forever永远
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“好吧,石油没准会永远存在,
01:15
because, well, there's just a lot of it."
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因为,还有很多石油储存。”
01:17
But there's actually其实 more to the story故事 than that.
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但更多关于此的说法却相反。
01:19
Oh, by the way, if you think you're very far from some of this oil,
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顺便说一下,如果你认为你远离一些石油储存的勘测地点,
01:22
1000 meters below下面 where you're all sitting坐在
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就在离我们这现场有1000米的地方
01:25
is one of the largest最大 producing生产 oil fields领域 in the world世界.
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就是全世界最大石油生产地之一。
01:28
Come talk to me about it, I'll fill in some of the details细节 if you want.
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如果你有兴趣可以找我谈谈。我可以为你提供一些资料。
01:31
So, that's one of the stories故事 of oil; there's just a lot of it.
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这也只是石油的一部分事实,还有很多很多。
01:34
But what about oil? Where is it in the energy能源 system系统?
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但究竟石油是什么?在能源体系石油起什么作用?
01:39
Here's这里的 a little snapshot快照 of 150 years年份 of oil,
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这是一张150年来石油在能源体系的比重图,
01:42
and it's been a dominant优势 part部分 of our energy能源 system系统
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也就是说,石油在这150年时间里,大多数是我们能源体系
01:44
for most of those 150 years年份.
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的主宰者。
01:47
Now, here's这里的 another另一个 little secret秘密 I'm going to tell you about:
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现在,我要告诉各位一个小秘密。
01:51
For the last 25 years年份,
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在过去25年,
01:53
oil has been playing播放 less and less of a role角色
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石油在全球能源体系中所占的比重
01:56
in global全球 energy能源 systems系统.
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正在持续下降。
01:58
There was one kind of peak oil in 1985,
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在1985年石油的比重达到高峰,
02:01
when oil represented代表 50 percent百分 of global全球 energy能源 supply供应.
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那时石油在全球能源供应体系中高达50%。
02:03
Now, it's about 35 percent百分.
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现在,石油占35%。
02:05
It's been declining下降
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这比重还在下降,
02:07
and I believe it will continue继续 to decline下降.
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我相信石油所占比重还会继续下降。
02:09
Gasoline汽油 consumption消费 in the U.S. probably大概 peaked见顶 in 2007
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在2007年,美国的汽油消费可能到达峰值
02:11
and is declining下降.
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并且开始呈下降趋势。
02:13
So oil is playing播放 a less significant重大 role角色
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因此石油重要性
02:16
every一切 year.
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正在逐年下降,
02:18
And so, 25 years年份 ago,
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大概25年前,
02:20
there was a peak oil;
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石油峰值第一次出现,
02:22
just like, in the 1920s,
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就好比1920年代
02:24
there was a peak coal煤炭;
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的煤炭峰值,
02:26
and a hundred years年份 before that,
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在100年前
02:28
there was a peak wood.
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的木材峰值。
02:30
This is a very important重要 picture图片 of the evolution演化 of energy能源 systems系统.
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请看这张非常重要的能源体系发展的图片。
02:33
And what's been taking服用 up the slack松弛 in the last few少数 decades几十年?
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在过去数十年,究竟是什么取代了石油的地位呢?
02:36
Well, a lot of natural自然 gas加油站
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开始时是用大量天然气
02:38
and a little bit of nuclear, for starters首发.
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和极少的核能。
02:41
And what goes on in the future未来?
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在未来会发生什么呢?
02:43
Well, I think out ahead of us a few少数 decades几十年
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好吧,我超前想未来数十年
02:45
is peak gas加油站,
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出现天然气峰值,
02:48
and beyond that,
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甚至是,
02:50
peak renewables可再生能源.
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可再生能源的峰值。
02:52
Now, I'll tell you another另一个 little, very important重要
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现在,我将告诉你们关于此图片另一个非常重要的
02:54
story故事 about this picture图片.
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事。
02:56
Now, I'm not pretending假装 that energy能源 use in total
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我不是说全球能源使用量没有增加,
02:58
isn't increasing增加, it is --
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事实上是在增加的。
03:00
that's another另一个 part部分 of the story故事. Come talk to me about it,
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那又是另外一回事,来和我一起谈论这话题。
03:02
we'll fill in some of the details细节 --
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我们会谈到一些具体细节。
03:04
but there's a very important重要 message信息 here:
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但是这有一个非常关键讯息。
03:06
This is 200 years年份 of history历史,
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在过去200年历史中,
03:08
and for 200 years年份 we've我们已经 been systematically系统 decarbonizing脱碳
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200多年来,我们一直在系统地使
03:11
our energy能源 system系统.
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我们能源体系脱碳。
03:13
Energy能源 systems系统 of the world世界
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日复一日,
03:15
becoming变得 progressively逐步 -- year on year,
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年复一年,
03:17
decade on decade, century世纪 on century世纪 --
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数十年来,甚至数个世纪以来,
03:19
becoming变得 less carbon intense激烈.
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全球能源体系正逐渐地大力地在转化成低碳能源体系。
03:22
And that continues继续 into the future未来
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当今我们发展了可再生能源,
03:24
with the renewables可再生能源 that we're developing发展 today今天,
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在未来随着它继续发展,
03:26
reaching到达 maybe 30 percent百分 of primary energy能源
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在本世纪中叶可能占到30%的能源供应
03:28
by mid century世纪.
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03:30
Now that might威力 be the end结束 of the story故事 --
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你以为演说到这里就可以结束了吗?
03:32
Okay, we just replace更换 it all with conventional常规 renewables可再生能源 --
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我们仅用可重复使用的可再生能源来完全代替石油--
03:34
but I think, actually其实, there's more to the story故事 than that.
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但是我又想,现实中,比这种解决方法肯定要多得多。
03:36
And to tell the next下一个 part部分 of the story故事 --
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接下来的部分--
03:38
and this is looking out say 2100 and beyond.
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让我们展望,2100年甚至更远。
03:41
What is the future未来
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什么才是未来
03:43
of truly sustainable可持续发展, carbon-free无碳 energy能源?
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真正可持续的,无碳的能源?
03:45
Well, we have to take a little excursion短途旅行,
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好吧,让我们启程小游一下。
03:47
and we'll start开始 in central中央 Texas德州.
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我们来到得克萨斯州中部。
03:49
Here's这里的 a piece of limestone石灰石.
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这是一块石灰岩。
03:51
I picked采摘的 it up outside of Marble大理石 Falls下降, Texas德州.
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我在德克萨斯州马布尔福尔斯捡到它。
03:53
It's about 400 million百万 years年份 old.
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它大概有4亿年历史。
03:55
And it's just limestone石灰石, nothing really special特别 about it.
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它只是石灰岩,没什么特别的。
03:58
Now, here's这里的 a piece of chalk粉笔.
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现在看到的是一块粉笔。
04:00
I picked采摘的 this up at MITMIT. It's a little younger更年轻.
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我从M.I.T(麻省理工学院)拿来的。它的历史比较短。
04:03
And it's different不同 than this limestone石灰石, you can see that.
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粉笔比起这石灰岩就有所不同。你可以看得出来。
04:05
You wouldn't不会 build建立 a building建造 out of this stuff东东,
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我们不会用粉笔来搞建筑,
04:07
and you wouldn't不会 try to give a lecture演讲 and write on the chalkboard黑板 with this.
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我们也不会在一堂讲课中用石灰岩在黑板上写字。
04:10
Yeah, it's very different不同 -- no, it's not different不同.
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是嘛,它们的确不同。不是的,它们没什么截然不同。
04:12
It's not different不同, it's the same相同 stuff东东:
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就是没有不同,它们是同样的材料,
04:14
calcium carbonate碳酸盐, calcium carbonate碳酸盐.
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碳酸钙,同样的碳酸钙。
04:17
What's different不同 is how the molecules分子 are put together一起.
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有所区别的是分子排序的问题。
04:20
Now, if you think that's kind of neat整齐,
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如果你认为这很神奇,
04:23
the story故事 gets得到 really neat整齐 right now.
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真正神奇的还在后头。
04:26
Off the coast of California加州 comes this:
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我们来谈谈在California(加利福尼亚)海岸边的
04:29
It's an abalone鲍鱼 shell贝壳.
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鲍鱼壳。
04:31
Now, millions百万 of abalone鲍鱼 every一切 year
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现在每年数以万计鲍鱼
04:33
make this shell贝壳.
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自产这种壳。
04:35
Oh, by the way, just in case案件 you weren't already已经 guessing揣测,
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顺便说一下,没准你也会猜到,
04:37
it's calcium carbonate碳酸盐.
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这也是碳酸钙。
04:39
It's the same相同 stuff东东 as this
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鲍鱼壳和这石灰岩
04:41
and the same相同 stuff东东 as this.
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和这粉笔都是同样的材料。
04:43
But it's not the same相同 stuff东东; it's different不同.
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但它们又是完全不同的东西。
04:45
It's thousands数千 of times,
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这鲍鱼壳比这粉笔要
04:47
maybe 3,000 times tougher强硬 than this.
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坚硬数千倍,甚至3000倍。
04:50
And why? Because the lowly卑贱 abalone鲍鱼
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为什么呢?因为这些不起眼的鲍鱼
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is able能够 to lay铺设 down
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能够产出
04:55
the calcium carbonate碳酸盐 crystals晶体 in layers,
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碳酸钙晶体层
04:57
making制造 this beautiful美丽, iridescent虹彩
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而变成这种美丽的,闪光
04:59
mother母亲 of pearl珍珠.
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的珠母层。
05:01
Very specialized专门 material材料
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每年中的每一天,
05:03
that the abalone鲍鱼 self-assembles自组装,
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数以万计鲍鱼自产
05:05
millions百万 of abalone鲍鱼,
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这种
05:07
all the time, every一切 day, every一切 year.
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非常特殊的材料。
05:09
This is pretty漂亮 incredible难以置信 stuff东东.
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这是非常不可思议的材料。
05:11
All the same相同, what's different不同?
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尽管如此,有什么不同呢?
05:13
How the molecules分子 are put together一起.
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分子如何排序在一起。
05:15
Now, what does this have to do with energy能源?
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那么,这又与能源有什么关系?
05:18
Here's这里的 a piece of coal煤炭.
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这是一块煤。
05:20
And I'll suggest建议 that this coal煤炭
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这块煤就好比这块粉笔
05:22
is about as exciting扣人心弦
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一样
05:24
as this chalk粉笔.
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有意思。
05:27
Now, whether是否 we're talking about fuels燃料
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现在尽管我们经常谈论燃料,
05:29
or energy能源 carriers运营商,
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能源载体,
05:31
or perhaps也许 novel小说 materials物料 for batteries电池
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或者是电池或者燃料电池的新材料时
05:33
or fuel汽油 cells细胞,
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05:35
nature性质 hasn't有没有 ever built内置 those perfect完善 materials物料 yet然而
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大自然还没提供给我们这么完美的材料,
05:38
because nature性质 didn't need to.
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因为大自然没有这个必要。
05:40
Nature性质 didn't need to because, unlike不像 the abalone鲍鱼 shell贝壳,
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之所以这样是因为大自然不会像鲍鱼壳,
05:43
the survival生存 of a species种类 didn't depend依靠
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除非到现在,只有当这种材料变得很重要,
05:46
on building建造 those materials物料,
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或许只有生成这种材料,
05:48
until直到 maybe now when it might威力 just matter.
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各物种才会生存下来,大自然才会生成它。
05:52
So, when we think about the future未来 of energy能源,
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所以让我们思考一下能源的未来,
05:55
imagine想像
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想象一下
05:57
what would it be like
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05:59
if instead代替 of this,
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除了煤炭之外,
06:01
we could build建立 the energy能源 equivalent当量 of this
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我们可以制造出替代能源,
06:05
just by rearranging重排 the molecules分子 differently不同.
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只要把分子重新排序,那将会是什么样子?
06:09
And so that is my story故事.
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这就是我要谈的。
06:11
The oil will never run out.
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石油永远不会用尽,
06:13
It's not because we have a lot of it.
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不是因为我们还有很多石油,
06:15
It's not because we're going to build建立 a bajillionbajillion windmills风车.
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也不是因为我们打算建数不计的风车,
06:18
It's because, well,
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而是因为
06:21
thousands数千 of years年份 ago,
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数千年前,
06:23
people invented发明 ideas思路 --
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人们搞发明,
06:25
they had ideas思路, innovations创新, technology技术 --
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有想法,创新性,科技。
06:27
and the Stone Age年龄 ended结束,
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石器时代的结束
06:30
not because we ran out of stones石头.
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不是取决于人类用完了石头。
06:32
(Laughter笑声)
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(笑声)
06:34
It's ideas思路, it's innovation革新, it's technology技术
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而是想法,创新性和科技
06:37
that will end结束 the age年龄 of oil, long before we run out of oil.
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使得我们不会用尽石油而终结石油时代。
06:40
Thank you very much.
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非常感谢大家。
06:42
(Applause掌声)
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(掌声)
Translated by Angelia King
Reviewed by JINGJING DONG

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ABOUT THE SPEAKER
Richard Sears - Geophysicist
Richard Sears thinks hard about the post-oil world. He's a visiting scientist at MIT, after a long career as a VP at Shell.

Why you should listen

Richard Sears is a visiting scientist at MIT, after a long career as a geophysicist and executive at Shell. His brief in both places: Think about the world post-oil. It's a corporate-academic crossover that aims to enrich the academic conversation with real-world experience from people like Sears, who is an expert in looking for new energy resources -- both hydrocarbon and the world of options for what's next.

At MIT, Sears is affiliated with the MIT Energy Initiative and the Laboratory for Information and Decision Systems (LIDS). He's also an official "gamechanger" at LeadingEnergyNow.

More profile about the speaker
Richard Sears | Speaker | TED.com

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