The Environmental Case for Hemp

what if i told you that cannabis real

impact on our society

isn’t going to be medical or

recreational it’s going to be industrial

every 60 seconds in the u.s we lose

three acres of farmland to climate

change and to urban sprawl

now in that same minute all over the

world 250 babies are born

and 105 people die now

each one of those new babies is going to

need food clothing and shelter for the

rest of their historically long lives

that’s about 72 years of the current

average now that’s a problem for us

because it means that our generation is

going to have to provide for more people

than ever before

with fewer natural resources than ever

before and we’re gonna have to figure

out how to do it in a way that doesn’t

make climate change even worse

which brings us to our current situation

if we expect to thrive in the future

not just as a country but as a species

then we have until 2050 to get the

entire global economy to

net zero emissions so we can keep

climate change under control and avoid

the worst of the warming

that is a single generation now for

reference u.s emissions actually did go

down in 2020 by

almost 10 percent which is awesome but

the only reason that happened really is

because the kova 19 pandemic has

essentially shut off our economy for the

last 12 months

that’s not a long-term strategy now as

we start to recover

we have to find ways to get our

emissions down by 10 percent

every single year if we’re going to keep

the situation in check

we are in the beginning stages of what

is without a doubt the biggest

environmental

economic and logistical challenge that

humanity has ever faced

and i want to take a second here and

just get away from the abstractions and

remind everybody

what failure to solve this problem

really looks like failure to achieve net

zero emissions on time

means that climate change just keeps on

getting worse possibly past the point of

no return

it means that tens of millions of people

possibly hundreds of millions of people

are going to die from starvation disease

and extreme weather events

it could mean that our kids inherit a

dangerously unstable world

where conflict and world war are back on

the menu it’s not hyperbole at all

to say that achieving that zero

emissions is the biggest issue of the

21st century and the greatest challenge

of our generation

but how can we fix our economic system

without

sacrificing the real progress that’s

been made how can we

decarbonize an economy addicted to

fossil fuels

without destroying it well the answer is

we can’t decarbonize it at least not

entirely

the problem with trying to take carbon

out of the picture altogether is that

it’s just

it’s just not practical yeah

decarbonization makes

sense in some places technologies like

wind and solar energy electric vehicles

these can significantly reduce our need

for fossil fuels but oil is used for a

lot more than just energy and transport

organic chemistry is based on carbon and

a lot of our best stuff

comes from the carbons that we find in

oil useful stuff things like

fertilizers and medicines plastics and

pretty much all of our chemicals so

unless we’re willing to forego modern

technology and just

lop a few decades off the global life

expectancy we can’t get rid of carbon

altogether

what we can do is transition from making

our stuff out of fossil-based carbon

sources like oil and gas

to using renewable carbon

now renewable carbon is a very simple

concept instead of adding more

and more and more carbon into the

atmosphere by extracting new fossil

fuels out of the ground

we can actually take the carbon that’s

already been emitted into the atmosphere

and recycle it using one of nature’s

oldest and most powerful tools

photosynthesis the growing of plants

instead of

digging our carbon out of the geosphere

we can actually grow it in the biosphere

using what’s already in the air

that way the net amount of carbon in the

system stays exactly the same

this is what carbon neutrality means the

equivalent to decarbonization in the

energy and transportation sectors

is for chemical and material industries

to transition from fossil-based carbon

sources

to renewable carbon sources this is

where industrial hemp comes in

now industrial hemp refers to the plant

cannabis sativa l

not that one this one and

this one and those ones and

this one you see cannabis is a lot like

dogs

there are hundreds of different breeds

of cannabis that we call

cultivars now like dog breeds these

cultivars have been

bred for specific purposes and they look

and behave very differently from each

other

you’ve probably heard about cbd at this

point which comes from high cannabinoid

cultivars

but you might not be aware of industrial

hemp or how the two differ

industrial hemp refers to cultivars that

have been bred specifically for their

fiber

these are plants that can grow up to 20

feet tall and look more like corn or

sugar cane than cannabis

hemp fiber is the strongest natural

fiber in the world but more importantly

it is incredibly versatile the reason

that hemp is such a big deal

is because it is one of the only

renewable resources we have

that can hold a candle to the

versatility of petroleum

there are more than 25 000 different

carbon neutral

low waste products that can be

manufactured out of hemp everything from

bioplastics and chemicals to

environmentally friendly building

materials and textiles

even advanced stuff like graphene and

super capacitors all of these can be

made affordably

and in an environmentally neutral way

out of hemp

to understand why that is why hemp is

such an ideal source of renewable carbon

we have to take a look at the carbon

cycle itself

now if high school was a long time ago

don’t worry we’re gonna do a quick recap

here

the carbon cycle is the process by which

carbon flows from the atmosphere

into plants and animals into the earth

and then back into the atmosphere

it is a key tool that the planet uses to

regulate its temperature

now ordinarily the carbon cycle is a

closed system it’s a zero-sum game

just as much carbon gets released into

the atmosphere as gets absorbed

plants take carbon dioxide out of the

atmosphere they release those oxygen

molecules

they store the carbon in the structure

of the plant itself and then either that

plant will eventually die

and release that carbon back into the

atmosphere through decomposition or

it’ll be consumed by an organism and

released in the form of

methane the problem is that human

activities have added so much extra

carbon to this cycle

that it has become completely out of

balance and now we have to find ways to

get rid of all that extra carbon in

order to mitigate the effects of climate

change

now the first thing we need to do here

is stop the bleeding we

can’t afford to keep adding more and

more and more carbon into the system

it’s not sustainable clearly

fossil-based carbon sources are not a

long-term solution

we have to build an emissions neutral

circular carbon economy as the basis for

most of our physical products and

materials

this is where hemp can play its role now

it might not be the lead role but it is

definitely in the running for best

supporting character

like every other plant in the world hemp

grows through photosynthesis

again it takes carbon dioxide out of the

atmosphere it releases the oxygen

it stores that carbon in the structure

of the plant in its fiber

but then instead of decomposing or

getting eaten we can actually turn that

plant into a product

when you see a product that’s been made

out of industrial hemp

say say a plastic spoon for example that

product was quite literally made by

taking carbon out of the atmosphere and

transforming it into something

useful this is why hemp products can be

carbon neutral

and if you do it right they can even be

carbon negative they can actually take

more carbon out of the atmosphere than

it takes to manufacture the materials

themselves now i need to be really

careful here because

no one’s doing that successfully at

scale yet but

even if these products don’t quite add

up to net carbon negativity it is still

a

huge improvement over the current system

we have because most of the carbon

savings that we’re talking about here

upwards of 70 come from not having to

drill

extract and refine oil in the first

place

now the other major benefit to hemp as a

natural resource is its ability to

reduce

deforestation there is no better carbon

capture technology yet invented than the

tree

and so long as we live in a world where

trees are worth more dead than alive

well solving the climate crisis is

probably going to remain

out of reach since 1990 the earth has

lost more than 320 million square acres

of forested land

that is an area slightly larger than the

entire country of south africa

so much forest is lost each year as a

matter of fact that if deforestation was

a country

it would rank third in the world for

carbon equivalent emissions

right after china and the u.s hemp can

help reduce deforestation by replacing a

number of timber products

in addition to the plant’s fiber the

core of the plant is made from this

woody material over here that we call

the herd

now if you think of yourself hey that

looks a lot like wood chips you’re right

it’s exactly like wood chips and it can

be used for any application that wood

chips are currently used for

it’s not normally used to replace load

bearing lumber but hemp can replace

trees as the primary source of paper and

pulp products

which make up more than 40 percent of

all timber consumption

every year we produce more than 400

million metric tons of paper

and it costs us more than a billion

trees

think about that a billion trees every

single year

these are trees that would otherwise be

left standing doing what trees do

eating up carbon and maintaining

biodiversity

but it doesn’t stop there hemp can

replace a whole swath of timber products

particleboard charcoal and flooring

these three categories alone

cost us more than 55 billion pounds of

wood annually

all of them can be manufactured

affordably and with the same quality

out of hemp anything wood can do

hemp can do cleaner in countries like

brazil where more than 20 percent of the

amazon rainforest has been destroyed due

to illegal logging

hemp replacing wood for charcoal alone

could save more than

hundred million trees

by replacing lumber products in a

carbon-neutral way with hemp

we can leave billions upon billions of

more trees standing to do what they do

best

sequester even more carbon now climate

change is a time-sensitive issue

it’s actually it’s actually the

time-sensitive issue

the sooner we can get to net zero

emissions the better our odds are of

getting out of the 21st century intact

one of the best arguments for industrial

hemp then is the speed with which it can

be

deployed this is a technology that we

already

understand for the most part and we can

bring it up to scale whenever we decide

that we want to

we can’t afford to wait around for

flying cars or

some vague miracle technology that we

might discover to save us

we need to take action now not in 10

years

not in five years not next year now

industrial hemp can help us wean the

economy off of fossil fuels

and onto a more renewable track

still it is important not to exaggerate

especially in my industry

industrial hemp has a lot of potential

but it’s not

a panacea okay hemp’s not gonna

solve the climate crisis all by itself

and it’s not a miracle crop

it’s another tool in our arsenal against

the biggest threat facing the world

today

hemp’s not gonna save the world but it

sure could help

如果我告诉你,大麻

对我们社会的真正影响

不会是医疗或

娱乐,它会

在美国每 60 秒产生一次工业化,我们会在同一分钟

内因气候变化和城市扩张而失去 3 英亩的农田

全世界有 250 名婴儿出生

, 105 人死亡 现在

这些新生婴儿中的每一个都将

需要食物、衣服和住所来

度过他们历史上漫长的一生

,这大约是目前平均水平的 72 年,这

对我们来说是个问题,

因为 这意味着我们这一代

人将不得不用比以往更少的自然资源来养活更多的人

,我们必须想

办法以一种不会

使气候变化变得更糟的方式来做到

这一点

如果我们希望在未来不仅作为一个国家而且作为一个物种在未来繁荣发展,那么我们将面临目前的情况,

那么我们必须在 2050 年之前让

整个全球经济实现

净零排放,这样我们才能保持

气候变化 控制住并避免

最糟糕的变暖

,现在仅一代人作为

参考,我们的排放量实际上

在 2020 年确实下降了

近 10%,这很棒,但

真正发生的唯一原因是

因为 kova 19 大流行

基本上已经停止 我们

过去 12 个月的经济,

这不是一个长期战略,现在

我们开始复苏,

如果我们要控制目前

的情况,

我们必须想办法让我们的排放量每年减少 10%

毫无疑问,这是人类面临的最大的

环境

经济和后勤挑战的开始阶段,

我想在这里稍等

片刻,摆脱抽象,并

提醒大家

,解决这个问题的

失败真的看起来像失败 按时实现净

零排放

意味着气候变化只会继续

恶化可能超过

不归路

这意味着数以千万计的人

可能有数亿

人将死于饥饿病

和极端天气事件,

这可能意味着我们的孩子继承了一个

危险的不稳定世界

,冲突和世界大战重新出现

在菜单

上 说实现零

排放一点也不夸张 是 21 世纪最大的问题,也是

我们这一代人面临的最大挑战,

但我们如何在

牺牲已经取得的实际进展的情况下修复我们的经济体系

我们如何

在不破坏化石燃料的情况下使一个沉迷于化石燃料的经济脱碳

答案是

我们可以 至少不完全脱碳

试图将碳

完全排除在外的问题在于,

它只是不切实际 是的,脱碳

在某些地方是有意义的

风能和太阳能电动汽车

等技术可以显着减少我们的

需求 化石燃料,但

石油不仅仅用于能源和运输

有机化学 以碳为基础

,我们很多最好的东西

都来自于我们在石油中发现的碳

全球

预期寿命减少几十年 我们无法完全摆脱碳

我们能做的就是从使用石油和天然气等

化石碳源制造我们的东西

到使用可再生碳

现在可再生碳是一个非常简单的

概念,而不是 通过从地下提取新的化石燃料,将

越来越多的碳添加到

大气中,

我们实际上可以将

已经排放到大气中的碳

利用自然界

最古老和最强大的工具之一进行回收利用

光合作用代替植物的生长

从地球圈中挖出我们的碳,

我们实际上可以

使用空气中已经存在的物质在生物圈中种植它

,这样就可以得到净碳量 在

系统中保持完全相同

这就是碳中和意味着

相当于

能源和运输部门的脱碳

是化学和材料

行业从化石碳源过渡

到可再生碳源这

就是工业大麻

现在工业化的地方 大麻是指植物

大麻苜蓿 l

不是那个,这个和

这个,那些和

这个,你看到的大麻很像

有数百种不同品种

的大麻,我们

现在称之为品种,就像狗品种这些

品种一直是

为特定目的而培育,它们的外观

和行为彼此非常不同,

您可能已经听说过 cbd,

它来自高大麻素

品种,

但您可能不知道工业

大麻或两者有何不同

工业大麻指的是品种

专门为它们的纤维而培育的

这些植物可以长到 20

英尺高,看起来很漂亮 像玉米或甘蔗这样的矿石

比大麻

大麻纤维是世界上最强的天然

纤维,但更重要的

是它的用途非常广泛

,大麻之所以如此重要的原因

是因为它是我们拥有的

唯一可以容纳的可再生资源之一 鉴于

石油的多功能性,

有超过 25,000 种不同的

碳中和

低废物产品可以用

大麻制造,从

生物塑料和化学品到

环保

建筑材料和纺织品,

甚至石墨烯和超级电容器等先进材料,

所有这些都可以

以经济实惠

且对环境中性的方式

从大麻中制造出来,

以了解为什么大麻是

可再生碳的理想来源,

如果高中很久以前,

我们现在必须看看碳循环本身 我们将在这里快速回顾一下

碳循环是

碳从大气

流入植物和动物的过程 地球

,然后回到大气层

它是地球用来调节温度的关键工具

现在通常碳循环是一个

封闭的系统 它是一个零和游戏

就像植物吸收的碳释放到大气中一样多

二氧化碳从

大气中释放出来,它们释放出氧

分子,

它们将碳储存在

植物本身的结构中,然后要么

植物最终死亡

并通过分解将碳释放回

大气中,要么

被有机体消耗,

甲烷的形式释放 问题是人类

活动为这个循环增加了太多额外的

碳,

以至于它已经完全失去

平衡,现在我们必须想办法

摆脱所有额外的碳

以减轻影响 气候

变化

现在我们需要做的第一件事

就是止血,我们

不能继续向系统中添加

越来越多的碳

不可持续显然

基于化石的碳源不是

长期解决方案

我们必须建立排放中性

循环碳经济作为

我们大多数实物产品和

材料的基础

这是大麻现在可以发挥作用的地方

它可能不会 成为主角,但它

绝对是在争取最佳

配角,

就像世界上所有其他植物一样,大麻

再次通过光合作用生长,它从大气中吸收二氧化碳,

它释放氧气,

它把碳储存在植物的结构

中 它的纤维,

但是

当你看到一种由

工业大麻制成的产品时,

我们

实际上可以将这种植物变成一种产品,而不是分解

或被吃掉 大气并将

其转化为

有用的东西这就是为什么大麻产品可以是

碳中性的

,如果你做得对,它们甚至可以是

碳负的 他们实际上可以

从大气中吸收更多的碳,而不是

自己制造材料

现在我需要在

这里非常小心,因为

还没有人成功地大规模做到这一点,

即使这些产品并没有完全

增加净碳负性

与我们现有的系统相比,它仍然是一个巨大的改进,

因为我们在这里谈论的大部分碳节省

超过 70 来自不必首先

钻取

提取物和提炼石油,

现在大麻的另一个主要好处是 一种

自然资源是它

减少

森林砍伐的能力 目前还没有比树木更好的碳

捕获技术

,只要我们生活在一个

树木比活着更有价值的世界,

解决气候危机

可能

仍将遥遥无期 自 1990 年以来,地球已经

失去了超过 3.2 亿平方英亩

的林地

,这个面积比南非的整个国家还要大

这么多 森林每年都在消失

,事实上,如果砍伐森林是

一个国家,

它的碳当量排放量将排在世界第三位,

仅次于中国和美国 大麻可以

通过替换

一些木材

产品来帮助减少森林砍伐 纤维

植物的核心是由

这里的这种木质材料制成的,我们现在

称之为牛群,

如果你想一想,嘿,它

看起来很像木片,你是对的,

它就像木片,它

可以用于任何应用

目前使用的木屑

通常不用于代替

承重木材,但大麻可以代替

树木作为纸张和纸浆产品的主要来源

,占所有木材消耗量的 40% 以上,

我们每年生产超过 4

亿公吨 吨纸

,我们花费了超过 10 亿

棵树 在树上,确实

会消耗碳并维持

生物多样性,

但它并不止于此,大麻可以

替代整个木材产品

刨花板木炭和地板

仅这三个类别每年就

花费了我们超过 550 亿磅的

木材

所有这些都可以以

经济实惠的方式制造 与大麻相同的质量

木材可以做任何事情

大麻可以在巴西这样的国家更清洁,

因为非法

采伐超过

20% 的亚马逊雨林已经

被破坏

用大麻以碳中和的方式代替木材产品

我们可以留下数

十亿棵树来做他们

擅长的事情 封存更多的碳 现在气候

变化是一个时间敏感的问题

实际上它实际上是一个

时间敏感的

问题 我们越早实现净零

排放,我们就越有可能

完好无损地走出 21 世纪

。 工业

大麻的 st 论点是它的部署速度

对于

飞行汽车或

我们可能发现的一些模糊的奇迹技术

来拯救我们,

我们现在需要采取行动而不是在 10

年内

而不是在 5 年内而不是在明年 现在

工业大麻可以帮助我们

摆脱化石燃料的经济

并转向更可再生的经济 跟踪

仍然重要的是不要夸大其词,

特别是在我的行业中,

工业大麻具有很大的潜力,

但它

不是灵丹妙药,大麻

本身不会解决气候危机

,它不是奇迹作物,

它是我们武器库中

对抗最大的另一个工具 当今世界面临的威胁

大麻不会拯救世界,但它

肯定会有所帮助