ABOUT THE SPEAKER
Andrew Dent - Material innovator
A leading expert on sustainable materials, Andrew Dent has played an important part in creating a new generation of more sustainable products.

Why you should listen

Dr. Andrew Dent plays a key role in the expansion of Material ConneXion’s technical knowledge base. His research directs the implementation of consulting projects and the selection of innovative, sustainable and advanced materials to Material ConneXion’s library. As the Executive Vice President of Research at Material ConneXion and Chief Material Scientist at SANDOW, Dent has helped hundreds of clients -- from Whirlpool and Adidas to BMW and Procter & Gamble -- develop or improve their products through the use of innovative materials. 

Prior to joining Material ConneXion, Dent held a number of research positions both in industry and academia. At Rolls Royce PLC, he specialized in turbine blades for the present generation of jet engines. He has completed postdoctoral research at Cambridge University and at the Center for Thermal Spray Research, SUNY, Stony Brook, NY. Other research projects during this period, included work for the US Navy, DARPA, NASA and the British Ministry of Defense. He received his PhD in materials science from the University of Cambridge.

Dent is a frequent speaker on sustainable and innovative material strategies, having given talks at TEDxGrandRapids and TEDNYC, and he is the co-author of the Material Innovation book series, which includes Packaging DesignProduct Design and Architecture. Dent has also contributed to numerous publications on the subject of material science including Fast CompanyThe Economist and the Financial Times.

More profile about the speaker
Andrew Dent | Speaker | TED.com
TEDNYC

Andrew Dent: To eliminate waste, we need to rediscover thrift

安德鲁 · 登特: 消灭铺张浪费,我们需要重新认识节俭

Filmed:
1,373,310 views

安德鲁 · 登特认为,没有什么东西是应该扔掉的——当你将用过的食品容器、玩坏的玩具或者旧袜子扔进垃圾桶时,它们最终将不可避免地被运到垃圾场。但我们可以改进产品的生产和再生产方式。登特分享了关于节俭的几个例子,如利用和重新利用你需要的东西而不总是买新的,材料科学的进步——如用纳米纤维制作的电子产品,以及用酶让塑料变得可无限循环利用。
- Material innovator
A leading expert on sustainable materials, Andrew Dent has played an important part in creating a new generation of more sustainable products. Full bio

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

00:12
Let's talk about thrift节约.
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让我们说说节俭。
00:15
Thrift节约 is a concept概念 where you
reduce减少, reuse重用 and recycle回收,
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节俭是一个关于减少使用,
重复利用,回收再利用的一个概念,
00:19
but yet然而 with an economic经济 aspect方面
I think has a real真实 potential潜在 for change更改.
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但在经济方面,我觉得
它可以带来真正的改变。
00:25
My grandmother祖母, she knew知道 about thrift节约.
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我的祖母,她知道怎么节俭。
这是她放皮筋儿的罐子,
00:27
This is her string jar.
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00:29
She never bought any string.
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她从来不买皮筋儿,
00:30
Basically基本上, she would collect搜集 string.
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只是收集它们。
这些皮筋儿来自于肉铺,
或者是礼品包装。
00:32
It would come from the butcher's屠夫的,
it would come from presents礼物.
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她会把绳子存到罐子里,
当需要用时,再取出来。
00:35
She would put it in the jar
and then use it when it was needed需要.
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用完后——不管是
用它来扎玫瑰花束,
00:38
When it was finished,
whether是否 it was tying搭售 up the roses玫瑰
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还是我的自行车部件,
00:40
or a part部分 of my bike自行车,
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用完后它就会重新回到罐子中。
00:41
once一旦 finished with that,
it'd它会 go back into the jar.
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这是一个很棒的节约理念;
你只用你需要的,
00:44
This is a perfect完善 idea理念 of thrift节约;
you use what you need,
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不用去买太多东西,
所以能省不少钱。
00:47
you don't actually其实 purchase采购 anything,
so you save保存 money.
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00:50
Kids童装 also inherently本质 know this idea理念.
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孩子们天生就知道如何节俭,
当你想丢弃一个纸箱时,
00:52
When you want to throw out
a cardboard纸板 box,
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孩子一般会说,
“别扔!我想用来做机器人的头,
00:54
the average平均 kid孩子 will say, "Don't!
I want to use it for a robot机器人 head
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或者做成独木舟去漂流。”
00:57
or for a canoe独木舟 to paddle down a river."
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他们知道产品二次利用的价值。
01:00
They understand理解 the value
of the second第二 life of products制品.
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01:04
So, I think thrift节约 is
a perfect完善 counterpoint对位
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我认为节俭与我们当今所处的
时代完美对应。
01:07
to the current当前 age年龄 which哪一个 we live生活 in.
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01:09
All of our current当前 products制品
are replaceable更换.
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目前我们所有的产品都是可替代的。
当我们得到一件
崭新的、闪亮的玩具,
01:12
When we get that bright, new, shiny闪亮 toy玩具,
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01:14
it's because, basically基本上,
we got rid摆脱 of the old one.
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是因为我们把旧的丢掉了。
01:17
The idea理念 of that is, of course课程,
it's great in the moment时刻,
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没错,当时的感觉很美好,
但如果我们一直这么做,
01:21
but the challenge挑战 is,
as we keep doing this,
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就会产生一个问题。
01:24
we're going to cause原因 a problem问题.
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01:26
That problem问题 is that
there is really no way.
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问题就是,那些东西
根本没有办法真正的消失。
01:29
When you throw something away,
it typically一般 goes into a landfill垃圾填埋场.
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当我们丢掉一些东西时,
它们通常会被送到垃圾填埋场。
01:33
Now, a landfill垃圾填埋场 is basically基本上 something
which哪一个 is not going to go away,
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而垃圾填埋场是不会消失的,
而且现在规模还在不断增加。
01:37
and it's increasing增加.
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现在,我们每年把13亿吨垃圾
01:38
At the moment时刻, we have about
1.3 billion十亿 tons of material材料 every一切 year
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送到垃圾填埋场。
01:43
going into landfills垃圾填埋场.
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2100年,这个数字会达到40亿吨。
01:44
By 2100, it's going to be
about four billion十亿 tons.
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01:48
See, instead代替, I'd prefer比较喜欢
if we started开始 thriftingthrifting.
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而我希望我们开始学会节俭,
01:51
What that means手段 is, we consider考虑 materials物料
when they go into products制品
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这意味着,我们要思考:
在产品的各个阶段,从生产制造,
01:56
and also when they get used,
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到消费使用,
最后到寿终正寝,
材料什么时候能被二次利用?
01:57
and, at the end结束 of their life:
When can they be used again?
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02:00
It's the idea理念 of completely全然 changing改变
the way we think about waste浪费,
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我们要彻底改变对垃圾的看法,
让垃圾不再是一个肮脏的词——
02:03
so waste浪费 is no longer a dirty word --
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我们几乎再也不需要
用“垃圾”这个词。
02:05
we almost几乎 remove去掉
the word "waste浪费" completely全然.
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我们看到的只有资源。
02:07
All we're looking to is resources资源.
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这些资源会被制作成产品,
02:09
Resource资源 goes into a product产品
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02:10
and then can basically基本上 go
into another另一个 product产品.
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然后通过再利用变成另一件产品。
02:15
We used to be good at thriftingthrifting.
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我们过去很擅长节俭。
02:17
My grandmother祖母, again,
used to use old seed种子 packets
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再说回我的祖母,
她曾经用旧的种子包装纸
02:19
to paper the bathroom浴室 walls墙壁.
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来当浴室的墙纸。
02:21
I think, though虽然, there are companies公司
out there who understand理解 this value
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我认为,一些公司明白
产品重复利用的价值,
02:24
and are promoting促进 it.
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而且正在推广它。
02:26
And a lot of the technologies技术
that have been developed发达 for the smart聪明 age年龄
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许多智能时代的科技,
也能帮助我们更好地
减少使用,重复利用,勤俭节约。
02:29
can also be adapted适应 to reduce减少,
reuse重用 and also thrift节约 more proficiently熟练.
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02:34
And as a materials物料 scientist科学家,
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作为一个材料学家,
我一直在研究过去二十年
02:36
what I've been tracking追踪
over the last couple一对 of decades几十年
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企业在节俭方面取得的成效,
02:38
is how companies公司
are getting得到 smart聪明 at thriftingthrifting,
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研究它们如何理解节俭这个概念,
02:41
how they're able能够
to understand理解 this concept概念
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并通过节俭获取利润。
02:43
and profit利润 from it.
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02:45
I'm going to give you two examples例子.
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我给讲你们讲两个例子。
第一个是好的,
第二个是不太好的。
02:47
The first one, a good one;
the second第二 one, not so good.
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第一个例子是关于汽车制造业的。
02:49
The first is the automotive汽车 industry行业.
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没有多少人会认为
这是一个极具创新的产业,
02:51
Not always known已知 as the most
innovative创新 or creative创作的 of industries行业,
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而事实上,这个产业在
回收再利用方面做得十分出色。
02:54
but it turns out, they're really,
really good at recycling回收 their products制品.
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02:58
Ninety-five九十五 percent百分 of every一切 single car汽车
that goes on the road
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所有在路上跑的汽车中,有95%
都会被回收循环使用。
03:01
gets得到 recycled回收 here.
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而每辆车75%的部分
03:03
And of that car汽车, about
75 percent百分 of the entire整个 car汽车
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03:06
actually其实 gets得到 used again.
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又会被回收重新使用。
03:08
That includes包括, of course课程,
the old steel and aluminum
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回收的部分包括,废弃的钢和铝,
还有那些来自挡泥板
和汽车内部的塑料制品,
03:11
but then also the plastics塑料
from the fender挡泥板 and the interiors内饰,
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车窗玻璃和挡风玻璃,
03:15
glass玻璃 from the windows视窗 and the windshield挡风玻璃
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以及轮胎。
03:17
and also the tires轮胎.
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有一个成熟的、成功的产业,
专门处理报废车辆,
03:18
There's a mature成熟 and successful成功 industry行业
that deals交易 with these old cars汽车
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03:22
and basically基本上 recycles再循环 them
and puts看跌期权 them back into use
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对它们进行回收,并重新利用到
03:25
as new cars汽车 or other new products制品.
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新的汽车或其他产品中去。
03:28
Even as we move移动 towards
battery-powered电池供电的 cars汽车,
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甚至我们的电动汽车,
03:31
there are companies公司 that claim要求
they can recycle回收 up to 90 percent百分
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一些公司宣称,
它们最多可以回收再利用
到 2020 年所生产的
1100 万吨电池中的90%。
03:34
of the 11 million百万 tons of batteries电池
that are going to be with us in 2020.
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03:39
That, I think, is not perfect完善,
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我认为,这并不完美,
但已经非常不错了,
而且还有改善的空间。
03:40
but it's certainly当然 good,
and it's getting得到 better.
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03:43
The industry行业 that's not doing so well
is the architecture建筑 industry行业.
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在这一方面做得
不太好的是建筑行业,
03:48
One of the challenges挑战
with architecture建筑 has always been
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其中一个原因是,
我们只考虑建筑物建造,
却不考虑拆卸的问题,
03:50
when we build建立 up, we don't think
about taking服用 down.
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我们不会拆卸或拆除建筑物,
只会直接摧毁。
03:53
We don't dismantle拆除,
we don't disassemble拆卸, we demolish拆除.
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这是一个挑战,
03:56
That's a challenge挑战,
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因为美国垃圾填埋场中有三分之一
03:57
because it ends结束 up that about a third第三
of all landfill垃圾填埋场 waste浪费 in the US
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都是建筑垃圾。
04:00
is architecture建筑.
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04:02
We need to think differently不同 about this.
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我们应该想想怎么解决这个问题。
04:04
There are programs程式 that can actually其实
reduce减少 some of this material材料.
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有些做法可以减少建筑垃圾的产生。
04:08
A good example is this.
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举一个比较好的例子,
04:09
These are actually其实 bricks砖块 that are made制作
from old demolition拆除 waste浪费,
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这些砖头是用建筑废渣料生产的,
04:12
which哪一个 includes包括 the glass玻璃,
the rubble瓦砾, the concrete具体.
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其成分包括玻璃、瓦砾和混凝土。
04:16
You put up a grinder磨床,
put it all together一起, heat it up
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把它们放进研磨机中,加热,
生产出的砖头又能被
用于更多建筑中去了。
04:18
and make these bricks砖块 we can
basically基本上 build建立 more buildings房屋 from.
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但这只是很小的一部分。
04:21
But it's only a fraction分数 of what we need.
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我希望,我们能利用
大数据和地理定位
04:23
My hope希望 is that with big data数据
and geotagging地理,
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04:28
we can actually其实 change更改 that,
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改变这种状况,
把节俭这个概念运用到建筑业中。
04:29
and be more thrifty节俭
when it comes to buildings房屋.
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04:32
If there's a building建造 down the block
which哪一个 is being存在 demolished拆除,
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如果不远处有一栋楼正在被拆毁,
04:35
are there materials物料 there
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拆下来的这些材料中
有没有一些是这边的
新建筑物可以使用的?
04:36
that the new building建造
being存在 built内置 here can use?
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04:39
Can we use that, the ability能力 to understand理解
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我们是否可以认为
04:42
that all the materials物料 available可得到
in that building建造 are still usable可用?
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这个建筑物所有的
建筑材料仍然可用?
我们是否可以将它们用于
建造新的建筑物
04:45
Can we then basically基本上 put them
into a new building建造,
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04:48
without actually其实 losing失去
any value in the process处理?
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且不丧失它们自身的任何价值?
让我们再想想其他行业。
04:53
So now let's think about other industries行业.
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04:55
What are other industries行业 doing
to create创建 thrift节约?
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其它行业是如何节俭的呢?
现在许多行业
04:57
Well, it turns out
that there are plenty丰富 of industries行业
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都在思考如何解决
05:00
that are also thinking思维
about their own拥有 waste浪费
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生产废料这个问题。
05:02
and what we can do with it.
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一个简单的例子,
就是在工业生产中
05:03
A simple简单 example is the waste浪费
that they basically基本上 belch打嗝 out
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排放的工业废气。
05:06
as part部分 of industrial产业 processes流程.
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许多金属冶炼厂会在生产中
排放大量的二氧化碳。
05:08
Most metal金属 smelters冶炼 厂 give off
an awful可怕 lot of carbon dioxide二氧化碳.
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05:11
Turns out, there's a company公司
called Land土地 Detector探测器
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我发现一个叫 Land Detector 的公司
在中国和南非开展工作,
05:14
that's actually其实 working加工 in China中国
and also soon不久 in South Africa非洲,
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他们搜集工业废气——
05:17
that's able能够 to take that waste浪费 gas加油站 --
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05:20
about 700,000 tons per smelter冶炼厂 --
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一个冶炼厂可以搜集70万吨废气——
05:24
and then turn it into
about 400,000 tons of ethanol乙醇,
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这些废气能转换成40万吨乙醇,
05:27
which哪一个 is equivalent当量 to basically基本上 powering供电
250,000, or quarter25美分硬币 of a million百万, cars汽车
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这相当于给25万量汽车提供了
05:31
for a year.
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一年的燃料。
这是有效利用生产废料的方法。
05:32
That's a very effective有效 use of waste浪费.
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05:36
How about products制品 more close to home?
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那我们身边的产品呢?
这里有一个简单的办法,
05:38
This is a simple简单 solution.
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05:40
And it, again, takes the idea理念
of reducing减少, reusing重用,
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还是基于减少使用,重复利用的概念,
但同时能给经济带来好处。
05:43
but then also with economic经济 advantage优点.
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这是一个简单的流程,
不再采用需要将
05:45
So it's a simple简单 process处理
of changing改变 from a cut and sew,
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05:48
where typically一般 between之间
20 and 30 materials物料 are used
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20到30种材料的裁剪和缝制——
05:51
which哪一个 are cut from a large cloth and then
sewn缝制 together一起 or even sometimes有时 glued胶合,
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即从大块布料中剪下
再缝制或粘在一起的做法,
而是改用编织的方式。
05:55
they changed it and said
that they just knitted针织的 the shoe.
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05:58
The advantage优点 with this is not just
a simplification简单化 of the process处理,
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优点不仅仅是简化了流程,
而且我只需要一样材料,
没有浪费任何东西,
06:01
it's also, "I've got one material材料.
I have zero waste浪费,"
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以及在它寿终正寝时,
我还可以对它回收利用。
06:04
and then also, "I'm able能够 to potentially可能
recycle回收 that at the end结束 of its life."
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06:10
Digital数字 manufacturing制造业 is also allowing允许 us
to do this more effectively有效.
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数字化制造也可以帮助我们
进行更有效的回收再利用。
这个例子说明了一种材料的
06:13
In this case案件, it's actually其实 creating创建
the theoretical理论 limit限制 of strength强度
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理论极限强度:
06:16
for a material材料:
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你不可能找到比这强度
06:18
you cannot不能 get any stronger
for the amount of material材料
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更强的模型。
06:20
than this shape形状.
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这是一个基本的、简单的方块,
06:22
So it's a basic基本 simple简单 block,
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但我可以在此基础上进行延伸,
并制作一些大型的东西,
06:24
but the idea理念 is, I can extrapolate推断 this,
I can make it into large formats格式,
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比如用来建楼、造桥,
06:27
I can make it into buildings房屋, bridges桥梁,
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还可以用来制作
飞机机翼和普通的鞋子。
06:29
but also airplane飞机 wings翅膀 and shoes.
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这背后的逻辑就是
将使用的材料降到最少。
06:32
The idea理念 here is, I'm minimizing减少
the amount of material材料.
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06:36
Here's这里的 a good example from architecture建筑.
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这是一个来自建筑业的很好的例子。
06:38
Typically通常, these sorts排序 of metal金属 nodes节点
are used to hold保持 up large tent帐篷 structures结构.
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这个金属连接节点通常被用于
固定大的帐篷结构。
这是关于荷兰海牙的
一个大型购物中心,
06:43
In this case案件, it in was in the Hague海牙,
along沿 a shopping购物 center中央.
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他们用了1600个左边的节点,
06:46
They used 1600
of the materials物料 on the left.
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06:48
The difference区别 is, by using运用
the solution on the right,
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而用右边这个节点的不同之处在于,
他们将安装步骤从7步减到了1步,
06:51
they cut down the number of steps脚步
from seven to one,
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因为左边的这个是焊接而成的,
06:54
because the one on the left
is currently目前 welded焊接,
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而右边这个是直接打印出来的。
06:56
the one on the right
is simply只是 just printed印刷的.
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这么做,可以实现零浪费,
06:58
And it was able能够 to reduce减少 waste浪费 to zero,
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07:00
cost成本 less money
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还能降低成本,
同时,因为它是钢制品,
07:02
and also, because it's made制作 out of steel,
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以后可以重新回收再利用。
07:04
can be eventually终于 recycled回收
at the end结束 of its life.
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07:09
Nature性质 also is very effective有效 at thrift节约.
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大自然在节约方面
也是极其高效的,
想一想:大自然不会生产任何垃圾,
07:12
Think about it: nature性质 has zero waste浪费.
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每一样东西都能物尽其用。
07:14
Everything is useful有用 for another另一个 process处理.
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07:17
So, in this case案件, nanocellulose纳米纤维素,
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例如,纳米纤维,
它是纤维素极细微的组成部分,
07:19
which哪一个 is basically基本上 one of the very fine
building建造 blocks of cellulose纤维素,
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纤维素是能让树木如此
坚固的物质之一,
07:22
which哪一个 is one of the materials物料
that makes品牌 trees树木 strong强大,
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07:27
you can isolate隔离 it, and it works作品
very much like carbon fiber纤维.
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你可以对它进行分离,
它的性质跟碳纤维非常相似。
07:30
So, take that from a tree,
form形成 it into fibers纤维,
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从树木中提取纤维素,
接着再制成纤维,
07:33
and then those fibers纤维
can strengthen加强 things,
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然后这些纤维能用来加固东西,
例如飞机、建筑物、汽车。
07:35
such这样 as airplanes飞机, buildings房屋, cars汽车.
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这一做法的优点是,
纳米纤维不仅仅来自于
07:38
The advantage优点 of this, though虽然,
is it's not just bioderivedbioderived,
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可再生的生物资源,
07:41
comes from a renewable可再生 resource资源,
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同时它还是透明的,
07:42
but also that it is transparent透明,
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因此可以应用在
消费电子产品和食品包装上。
07:44
so it can be used in consumer消费者 electronics电子产品,
as well as food餐饮 packaging打包.
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07:48
Not bad for something that basically基本上
comes from the backyard后院.
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这种再利用还不错吧!
另一种来自生物界的材料
是合成蜘蛛丝。
07:51
Another另一个 one from the biosourcebiosource
is synthetic合成的 spider蜘蛛 silk.
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07:54
Now, it's very hard to actually其实
create创建 spider蜘蛛 silk naturally自然.
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用天然的方法
制造蜘蛛丝是很难的,
你只能从蜘蛛获得蜘蛛丝,
07:58
You can basically基本上 get it from spiders蜘蛛,
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但蜘蛛数量多了,
它们会自相残杀、互相蚕食,
08:00
but in large numbers数字, they tend趋向
to kill each other, eat each other,
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所以如果你像收集蚕丝那样
08:03
so you've got a problem问题 with creating创建 it,
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去收集蜘蛛丝的话,就会遇到问题。
08:05
in the same相同 way you do with regular定期 silk.
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那么,你可以做的
就是从蜘蛛中提取 DNA,
08:07
So what you can do is instead代替
take the DNA脱氧核糖核酸 from the spider蜘蛛,
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并将它放到不同的地方培养。
08:10
and put it into various各个 different不同 things.
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你可以把它放到细菌里,
放到酵母里,
08:12
You can put it into bacteria,
you can put it into yeast酵母,
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放到牛奶里。
08:15
you can put it into milk牛奶.
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之后,你能做的是,
08:16
And what you can do then is,
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1936
当牛奶或细菌产生
大量的丝状物后,
08:18
the milk牛奶 or the bacteria produce生产
in much larger volumes
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08:21
and then from that, spin a yarn
and then create创建 a fabric or a rope.
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提取出来纺纱,
接着制作织物或绳子。
08:25
Again, bioderivedbioderived, has incredible难以置信
strength强度 -- about the same相同 as Kevlar芳纶 --
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它来源于生物,有着惊人的强度——
大约和芳纶纤维一样强,
08:29
so they're using运用 it in things like
bulletproof防弹 vests背心 and helmets头盔
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因此可以用来制作防弹背心和头盔,
以及户外夹克,
08:32
and outdoor户外 jackets夹克.
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性能十分出众。
08:33
It has a great performance性能.
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但别忘了,这是生物衍生物,
08:34
But again, it's bioderivedbioderived,
and at the end结束 of its life,
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当它不再有使用价值时,
就可以变成土地里的肥料,
08:37
it potentially可能 can go back
into the soil and get composted堆肥
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作为一种新的东西重新被利用。
08:40
to again be potentially可能 used
as a new material材料.
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08:44
I'd like to leave离开 you with one
last form形成 which哪一个 is biobased生物基,
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最后,我还想给你们介绍
一种基于生物的产品,
而我觉得,这才是终极的节俭。
08:47
but this, I think,
is like the ultimate最终 thrift节约.
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想想挥霍式消费的典型代表,
08:49
Think about the poster海报 child儿童
for conspicuous显着 consumption消费.
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那就是矿泉水瓶。
08:51
It's the water bottle瓶子.
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08:53
We have too many许多 of them,
they're basically基本上 going everywhere到处,
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我们有非常多的这样的水瓶,
它们无处不在,
是海洋污染重要来源之一。
08:56
they're a problem问题 in the ocean海洋.
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那我们能做些什么呢?
08:58
What do we do with them?
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我们不仅应该让
水瓶可以回收再利用,
09:00
This process处理 is able能够
not just to recycle回收 them,
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09:02
but to recycle回收 them infinitely无限地.
194
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而且应该让这个过程无限进行下去。
为什么这点很有意思呢?
09:04
Why is that interesting有趣?
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因为像那些能重复利用
和回收再利用的东西,
09:05
Because when we think
about reusing重用 and recycling回收,
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09:08
metals金属, glass玻璃, things like that,
can be recycled回收 as many许多 times as you like.
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比如金属、玻璃等等,
都能被回收再利用很多次。
比如你的汽车的金属配件,
09:13
There's metal金属 in your car汽车
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09:15
that may可能 well have come
from a 1950s Oldsmobile奥兹莫比尔,
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可能来自19世纪50年代的
奥尔兹莫比尔汽车。
09:18
because you can recycle回收 it infinitely无限地
with no loss失利 of performance性能.
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因为你可以无限地
回收这些金属,没有一点损耗。
而塑料只能被回收再利用一到两次,
09:21
Plastics塑料 offer提供 about
once一旦 or twice两次 of recycling回收,
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不管是塑料水瓶,
还是塑料椅子——
09:24
whether是否 it's a bottle瓶子,
whether是否 it's a chair椅子 --
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不论是什么,还比如地毯——
09:26
whatever随你 it is, if it's carpet地毯 --
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如果它被回收过两次后,
不论被用来制作椅子还是其他东西,
09:27
after two times of recycling回收, whether是否
it goes back into another另一个 chair椅子, etc等等,
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它的强度都会降低,
不能再被用来制作任何东西了。
09:31
it tends趋向 to lose失去 strength强度,
it's no longer of any use.
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然而我们可以利用酶,
让塑料可以无限回收再利用。
09:33
This, though虽然, just using运用 a few少数 enzymes,
is able能够 to recycle回收 it infinitely无限地.
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比如,我可以拿塑料瓶、
塑料椅或其他塑料制品,
09:37
I take a bottle瓶子 or a chair椅子
or some other plastic塑料 product产品,
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在里面加入一些酶,
酶会将它们分解成
09:40
I basically基本上 put it in with a few少数 enzymes,
they break打破 it apart距离,
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09:44
they basically基本上 put it back
into its original原版的 molecules分子.
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最原始的分子形态。
之后,用这些分子,
09:46
And then from those molecules分子,
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重新制作塑料椅、地毯和塑料水瓶。
09:48
you can build建立 another另一个 chair椅子
or carpet地毯 or bottle瓶子.
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09:51
So, the cycle周期 is infinite无穷.
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所以,这可以是个无限循环。
09:53
The advantage优点 with that, of course课程,
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当然,这样做的优点是,
09:55
is that you have potentially可能
zero loss失利 of material材料 resources资源.
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你不会浪费任何物质资源。
再强调一次,
这是一个节俭的好方法。
09:58
Again, the perfect完善 idea理念 of thrift节约.
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10:02
So in conclusion结论, I just want to have
you think about -- if you make anything,
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总结一下,我想让大家思考——
如果你需要制作什么东西,
如果你是设计公司的一员,
10:06
if you're any part部分 of a design设计 firm公司,
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如果你需要翻修你的房子——
10:08
if you basically基本上
are refurbishing整修 your house --
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10:11
any aspect方面 where you make something,
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不论你想做什么东西,
10:13
think about how that product产品
could potentially可能 be used
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都请想一想,这个产品二次利用,
三次利用,四次利用后
都能拿来做什么。
10:16
as a second第二 life, or third第三 life
or fourth第四 life.
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10:19
Design设计 in the ability能力 for it
to be taken采取 apart距离.
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产品应该被设计成易被分解的。
10:23
That, to me, is the ultimate最终 thrift节约,
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我认为这就是终极的节俭,
我想这会是我祖母希望看到的。
10:25
and I think that's basically基本上
what my grandmother祖母 would love.
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(掌声)
10:28
(Applause掌声)
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Translated by Zihao Wang
Reviewed by Peipei Xiang

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ABOUT THE SPEAKER
Andrew Dent - Material innovator
A leading expert on sustainable materials, Andrew Dent has played an important part in creating a new generation of more sustainable products.

Why you should listen

Dr. Andrew Dent plays a key role in the expansion of Material ConneXion’s technical knowledge base. His research directs the implementation of consulting projects and the selection of innovative, sustainable and advanced materials to Material ConneXion’s library. As the Executive Vice President of Research at Material ConneXion and Chief Material Scientist at SANDOW, Dent has helped hundreds of clients -- from Whirlpool and Adidas to BMW and Procter & Gamble -- develop or improve their products through the use of innovative materials. 

Prior to joining Material ConneXion, Dent held a number of research positions both in industry and academia. At Rolls Royce PLC, he specialized in turbine blades for the present generation of jet engines. He has completed postdoctoral research at Cambridge University and at the Center for Thermal Spray Research, SUNY, Stony Brook, NY. Other research projects during this period, included work for the US Navy, DARPA, NASA and the British Ministry of Defense. He received his PhD in materials science from the University of Cambridge.

Dent is a frequent speaker on sustainable and innovative material strategies, having given talks at TEDxGrandRapids and TEDNYC, and he is the co-author of the Material Innovation book series, which includes Packaging DesignProduct Design and Architecture. Dent has also contributed to numerous publications on the subject of material science including Fast CompanyThe Economist and the Financial Times.

More profile about the speaker
Andrew Dent | Speaker | TED.com

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