Episode Transcript
Transcripts are displayed as originally observed. Some content, including advertisements may have changed.
Use Ctrl + F to search
0:02
Hey, Climate One fans. We recently got
0:04
a listener call about our episode featuring
0:06
Senator Cory Booker from Marjory
0:08
in New Jersey. I'm calling to tell you
0:11
that I just heard the Climate One interview
0:13
with Cory Booker.
0:14
He is an outstanding, outstanding
0:17
individual. And this broadcast has
0:19
been a long time coming. Thank
0:22
you so much, Climate One, for this interview.
0:25
I'm so happy that he
0:27
was a part of the program.
0:29
We love hearing what you think about our show, good
0:31
or bad. Share your thoughts with us
0:34
by leaving a review or a rating. Email
0:37
us at greg at climate one dot org
0:40
or call and leave a voicemail. The number
0:42
is on our website, climate one dot
0:44
org. And remember, if you like the
0:46
show, share it with a friend so you can help
0:48
us get more people talking about climate.
0:51
Thanks.
0:55
This is Climate One. I'm
0:57
Arianna Brocious. Batteries
1:00
are a critical part of our transition away
1:02
from fossil fuels. From electric
1:05
vehicles to grid scale storage for
1:07
wind and solar, demand for batteries
1:09
is expected to grow 500% by 2030.
1:14
While there are some exploring new battery technologies,
1:17
for now, making lithium ion batteries
1:19
requires a lot of earth bound materials.
1:22
Lithium mines around the world are opening or
1:24
expanding.
1:25
And in the Congo, children as young
1:27
as six carry sacks of cobalt laced
1:30
rocks on their backs.
1:32
Whether in the US or abroad, the
1:34
mining industry has a bad humanitarian
1:36
and environmental track record. There
1:39
is not a country in the world with laws
1:41
sufficient to prevent significant harm
1:43
where mining happens. That's
1:46
Amy Boulanger, executive director at
1:48
the Initiative for Responsible Mining Assurance,
1:51
who is working to change some industry practices.
1:54
We'll hear more from her later in the episode. Part
1:56
of this supply challenge could be addressed by reusing
1:59
materials.
1:59
from batteries that have already been made. That's
2:02
what JB Straubel, founder and CEO
2:05
of Redwood Materials, hopes to accomplish.
2:07
The batteries, technically, they're 99
2:10
or more percent reusable. All
2:13
the lithium, the nickel, the copper and cobalt,
2:15
all those critical metals. Straubel is also
2:17
former chief technology officer and current
2:19
board member at Tesla.
2:21
This episode is underwritten by ClimateWorks.
2:25
Greg Dalton spoke with JB Straubel in front of
2:27
a live audience at the Commonwealth Club of California,
2:31
starting with how Straubel became dedicated
2:33
to focusing on climate solutions.
2:36
It was probably a passion
2:38
for the technology and the engineering first.
2:41
That's kind of what drew me into climate
2:43
and sustainability. I had a lot of friends
2:45
in college that were
2:47
hardcore environmentalists and activists.
2:49
And
2:50
I didn't totally understand where they were coming
2:52
from initially, but I think I've kind of migrated
2:55
to really see that side of things. Initially,
2:58
for me, it was just a love for the technology
3:00
and feeling like it was the right way to
3:03
engineer systems, where you didn't
3:05
have some open-ended
3:07
waste or some constrained
3:10
material that would eventually run out.
3:12
It was very elegant. Right. So there's many different
3:14
pathways. People come through technology or
3:16
a connection to the Earth or perhaps economics
3:18
opportunity. So how have you come
3:20
to realize your environmental friends, like the
3:22
urgency that they're feeling or
3:25
they're conveying? Well,
3:26
I think it's a combination
3:29
of watching some of the effects,
3:31
basically the cumulative effects of what we're doing,
3:34
seeing the trajectory
3:36
and how difficult it is to actually change
3:39
some of these industrial systems. To
3:41
me, that really resonates and it brings
3:43
a sense of urgency to this whole problem, which
3:45
is
3:46
we can't just sort of wake
3:48
up one day and flip a switch and decide, oh,
3:50
OK, yeah, we really should stop burning fossil
3:52
fuels. Let's do that today.
3:54
It's a very pervasive,
3:56
very challenging problem and touches so
3:58
many parts of our lives. that
4:00
we need to prepare and really engineer
4:04
toward a solution
4:05
way, way ahead of time. Right, and without
4:07
that scientific or urgency,
4:10
business will go at the weight that's comfortable for
4:12
business, which is not fast
4:14
enough. Tesla's first production model, the
4:16
Roadster, used about 6,800 batteries, essentially
4:20
laptop batteries strung together. Looking
4:23
back- 6831 actually. 6831, yes. My
4:26
producer wrote that and I rounded it up. Looking
4:28
back now, how crazy does that sound?
4:32
I mean, in hindsight it
4:34
was- Or genius maybe. I don't
4:36
know about genius. Many people said it was nuts
4:38
at the time. These were laptop batteries basically
4:41
way back then. They were slightly
4:43
tuned and improved laptop batteries,
4:46
but stringing together thousands
4:48
of those at the time when laptops
4:50
were catching fire in airports and causing
4:53
other problems. Many people were skeptical
4:55
and they had some data to be skeptical.
4:58
But in the end, it turned out to be a
5:01
really quite robust solution. And as
5:03
far as I know, there's never been a Roadster fire
5:06
in the entire history of that small fleet of
5:08
cars anyway.
5:09
Right, and there's kind of an interesting narrative
5:12
of how people talked
5:15
about the company, particularly people in
5:17
the industry. So tell us about how the
5:20
auto incumbents, the giants,
5:23
kind of shifted their narrative of
5:25
Tesla from the Roadster days to today.
5:28
It was fascinating to watch. It was kind of the innovator's
5:30
dilemma played out in live
5:33
feed. In the beginning, we were completely
5:36
dismissed, almost mocked if there was any
5:38
opinion whatsoever. The Roadster
5:40
was impractical, it was unsafe, it would
5:42
never work.
5:43
I was amazed at how many people thought we were outright
5:46
lying about, we'd
5:48
say, okay, it's gonna go 200 and some
5:50
miles, 250 miles. And they'd say, yeah,
5:52
that's a lie. I'm
5:53
like, well, no, it's not, we've engineered it, it's
5:56
going to do it, we'll build it and show it. But
5:58
that's a lot.
5:59
That was interesting in the very beginning. It was
6:02
kind of
6:03
mockery, dismissal,
6:05
and that evolved over time. But
6:08
there was always this sense of- Then
6:10
there came the Model S, and you were like
6:12
a rich boy's plaything.
6:15
Yep, I mean, suddenly the Model S
6:17
was 10 times the volume or more.
6:20
One Motor Trend car of the year, it was this impeccable
6:23
safety record, had obvious data
6:26
really supporting it,
6:27
but still there were a lot of reasons why
6:29
that couldn't change the industry. It
6:31
doesn't have enough range, or what about charging,
6:33
or what about XYZ?
6:35
It was kind of a lesson of really how powerful
6:39
momentum and even maybe denial could
6:41
be for whole industries that had so
6:43
much going in their direction.
6:45
And what I remember is like, yeah, but you can't
6:47
scale. It's one thing to make 50,000 cars a year,
6:51
which not that long ago was what Tesla
6:54
was making, but making 500,000, that's a whole different
6:56
game. We've been doing
6:58
this for 100 years. We know
7:00
how to scale manufacturing, and Tesla
7:02
had some challenges. Yeah, they were almost right.
7:05
Yeah, right. There were a
7:07
couple of near-death experiences there. Well,
7:09
I mean, truly scale is enormously
7:11
difficult, and that is
7:14
another, I think, underappreciated
7:15
challenge.
7:18
If I kind of zoom out on the history
7:21
of Tesla, getting the technology
7:23
right was a relatively small percent of the problem.
7:26
It took a small team and a small
7:28
amount of resources, and then
7:30
getting scale
7:31
correct and doing that profitably was
7:34
enormously difficult.
7:35
Took 1,000 times more resources and people. And
7:38
did you think that the GMs
7:40
and Toyotas of the world would respond
7:43
faster, would change faster to
7:45
what you were doing? Oh, absolutely. We
7:48
were almost maybe idealistic internally,
7:50
and we kind of thought, oh, okay, we've really shown
7:52
them now, and this car will
7:55
move the whole industry and look at
7:57
this, and then it would be kind of, you know,
7:59
front.
7:59
When we see the reality that no
8:02
one would change and everything would kind of
8:04
continue on the same way more or less.
8:07
It's only been quite recently when due
8:09
to customer pressure and economic
8:12
pressure that
8:13
a lot of the OEMs have truly and
8:15
genuinely started shifting and changing.
8:17
What change did they get scared? I mean, you're clearly
8:19
taking away market share from BMW, Mercedes,
8:23
these premium luxury brands. Now
8:25
you're moving into the Model Y is what almost
8:27
the most best selling car in a lot of places. That's
8:30
like this a new Toyota Camry, the utilitarian
8:32
affordable vehicle for the
8:34
masses. It's an
8:35
incredible vehicle. As you said, best
8:37
selling in many different countries and regions.
8:40
I think it's the data on what customers
8:42
are choosing. The fact that that's lasting year
8:44
on year and growing, not some fad.
8:47
It's lasting through high prices of oil and
8:49
low prices of oil. That's
8:51
I think what's finally shifting is customer voice
8:54
and the customers demanding this of
8:56
other brands that they maybe are loyal
8:58
to. Right. Bloomberg has written about the
9:00
tipping point. Now we're
9:02
seeing 20% or so of new car sales in California
9:04
approaching and companies
9:06
saying they're going to stop selling gasoline
9:09
cars pretty soon, 2035. There's
9:12
no way that happens without Tesla. As
9:15
a CTO for 15 years, you were instrumental in everything
9:18
from the roaster 68, 33, 6,830 batteries
9:22
to other things. I think this has achieved
9:24
the speed and scale that is often talked about
9:26
by investor John Doar and others
9:29
that would address the climate emergency. We
9:31
need things at speed and scale and
9:33
few
9:34
companies and honestly, few
9:36
individuals have achieved speed and scale like
9:38
you and Tesla. What lessons do you
9:40
learn from that?
9:42
Well, it was definitely
9:44
difficult. That
9:46
was more difficult to do both those
9:48
things than we would have assumed in the beginning. To
9:51
make an impact on sustainability on
9:53
global climate,
9:55
you need scale, ideas
9:57
and start-up ideas.
9:59
are relatively more common, but
10:02
we need things that can scale and do
10:04
it enormously quickly
10:06
to actually make a dent on the
10:08
whole problem.
10:09
Yet the brand has also been damaged by politics,
10:12
the offensive comments of Elon
10:15
Musk recently. Why did you step down from your
10:17
possession in 2019 and then you recently
10:19
came back on the board? Well,
10:21
I mean, I love Tesla. I always have.
10:23
It has some sort of place in my heart and it really
10:26
will for us in my life.
10:27
I love the team there. I love the mission, the products.
10:30
It's awesome. It doesn't mean it's an easy place
10:33
to work. It's challenging. It
10:35
kind of needs to be successful, I think.
10:38
Part of why I decided to
10:40
leave back in 2019 and it
10:42
was an incredibly difficult personal decision,
10:45
probably the most difficult decision
10:46
business-wise in my life, was
10:49
really reflecting on what I enjoy and what
10:51
I'm good at. I love being
10:53
an entrepreneur and I love creating and building
10:55
and being an engineer, actually being
10:57
hands-on and really
10:59
tinkering and building things.
11:02
Certainly that was still possible to some degree
11:04
at Tesla, but more and more the company
11:06
needed execution at scale. It needed
11:09
vehicle deliveries. It needed sales. It needed
11:11
manufacturing around. There
11:14
were people that are more passionate about that
11:16
and frankly much better at it than me.
11:19
That's kind of a difficult thing to admit sometimes
11:22
when you're in the midst of it and especially if you've
11:24
grown in an organization to have a position
11:26
where
11:27
maybe you're managing these people or alongside
11:29
them, yet
11:31
you have to realize that, wow,
11:33
these people are really passionate
11:35
about doing the thing that I have to force myself
11:37
to do because I know it's important.
11:39
That was all part of that calculus. I
11:41
also, from a topic point of view,
11:44
really, I love learning. I wanted
11:46
to go into an adjacent,
11:48
supportive, I thought, field where I could
11:50
do something that would potentially float
11:53
all the ships and help electrification, help
11:55
sustainability more broadly using
11:57
what I'd seen and what I learned in
11:59
our struggles and some of our challenges
12:02
at Tesla.
12:03
Redwood is positioning itself as a battery
12:05
component manufacturer though it's grabbed
12:07
a lot of headlines on recycling
12:09
and so I want to start there according to
12:12
one Stanford professor 95 percent
12:14
of lithium-ion batteries currently end up in
12:16
landfill. Why is that and
12:18
how are you planning to change it?
12:20
Yeah it's it's pretty amazing and I think
12:23
largely that happens because there's no obvious
12:25
place of where people should take them.
12:28
If you think about it and you had a lithium-ion battery
12:30
today you know where would you take it? Most people
12:32
don't know so a lot of people are storing
12:34
them up. It maybe don't want to throw it in the garbage
12:37
can for those people that feel guilty they'll
12:39
put it in a box in their garage or in a drawer somewhere.
12:41
I have a box at home that goes back to the
12:43
trio. Yeah because I
12:46
don't know what to do with them because
12:49
of the batteries. That's an opportunity. All those
12:51
batteries their materials are still in there
12:53
they're still usable as
12:55
long as they get reprocessed and remanufactured.
12:58
You know batteries more complicated than a beer
13:00
bottle or paper or aluminum
13:02
there are more components far
13:05
more materials but as new battery chemistries
13:07
are developed how big a challenge is it for you
13:09
to separate all these different materials
13:11
that are because batteries are changing so quickly.
13:13
Well
13:14
that's part of I think kind of the technology
13:16
fun of it all is you know making sure our our
13:18
ways to recycle and separate
13:21
all these things can adapt.
13:22
We also get this weird look in history
13:25
of personal electronics because what is
13:27
largely being recycled is
13:29
hopefully what's worn out. So we're getting
13:31
trios and blackberries and flip phones and
13:33
things like that occasionally. We have to kind
13:35
of be relevant and applicable
13:37
to technologies that were quite old. We still
13:40
see things like nickel cadmium batteries coming in
13:42
and even lead acid batteries from huge old
13:44
devices. The reality of it is a lot more messy
13:46
than taking a brand new clean feed
13:49
stock and then doing something precise
13:51
to it. I mean I was used to working and building factories
13:54
and building automation where we had parts presented
13:57
and pristine trays and everything was perfect
13:59
and even then
13:59
Then still, a robot would have enormously
14:02
hard time picking up the part that was in
14:04
the perfect place, brand new, and putting
14:06
it in the right place on the products and not somehow
14:08
screwing it up. Here we have a barrel
14:11
full of damaged, effective, dirty
14:14
materials, and trying to automate
14:16
that is a whole different type of challenge.
14:18
Redwood Materials recently announced that after a
14:20
year-long pilot program, it was able
14:23
to recover important metals from used batteries
14:25
at a rate of more than 95%. And
14:29
last I checked, gasoline is 0% recycled.
14:33
What's so interesting, I think, about
14:35
battery recycling, and especially as it relates
14:37
to EVs, is we can imagine
14:40
this future
14:41
where you don't need to
14:43
continually extract and supply
14:45
some chemical into a whole fleet of
14:48
cars. The batteries today
14:50
might be economically 95%, but
14:53
technically they're 99% or more percent
14:55
reusable.
14:56
All the lithium, the nickel, the copper, and cobalt,
14:59
all those critical metals. What
15:01
goes into that is quite complex. We
15:03
have to invent ways to neutralize
15:05
the battery to separate out electrolyte, which
15:08
is somewhat hazardous, make sure they don't catch
15:10
fire at the wrong time in the process,
15:12
and then purify and separate each one of these metals
15:15
from each other. It is a lot harder than notionally
15:17
taking an old beer can and melting it and then
15:20
stamping it into a new beer can. You
15:22
can look at that and very clearly
15:24
say, oh, it's aluminum. It's probably going to be
15:26
aluminum in a new shape.
15:28
But batteries are a complex mixture
15:30
of chemistry and chemicals altogether.
15:33
This really is like a dream circular economy.
15:36
How does this work? 2011, I bought a Nissan
15:38
Leaf, very early EV. It
15:40
was a range of around 100 miles. It
15:42
went down 2016 or so,
15:45
timed it to, I think, I actually gave
15:47
it away to a public radio station because I didn't know what
15:49
to do with it. What would happen
15:51
to that Nissan Leaf or another used
15:54
EV, but you take it back to a dealer? How does the battery
15:56
get in your hands?
15:57
It has a lot of different pathways.
15:59
with auto-dismantlers, we
16:02
work with sometimes consumers directly.
16:04
If that's relevant, we work with service
16:06
centers, parts that might be associated
16:09
with an OEM if it's a warranty battery. A car
16:11
maker. Car maker.
16:13
It's quite complex and it's kind
16:15
of the Wild West right now because people haven't
16:17
really evolved this at scale. We're
16:19
even having to invent efficient low-cost
16:22
packaging to be able to get your
16:24
old Nissan Leaf battery back from maybe
16:26
an auto-dismantler or wrecking yard where
16:29
the battery might turn up sort of dead or
16:31
a scrap
16:32
and we need to get it from there to a recycling facility.
16:35
But I'm confident we will electrify
16:37
everything. That's where we're headed.
16:39
Every passenger vehicle, every truck,
16:42
every boat, I think, trains, it's all going
16:44
to electrify. It really has to. And
16:47
once we're in that more steady state
16:49
where everything's already been electrified, we
16:51
don't need to keep mining those materials
16:54
to make the modern version of the fleet.
16:56
You're listening to a Climate One conversation
16:59
about improving the battery supply chain.
17:02
Please help us get people talking more about climate by
17:04
giving us a rating or review. You can
17:07
do that right now from your device. You
17:09
can also help by sending a link to this episode
17:12
to a friend. On our new website,
17:14
you can create and share playlists focused
17:16
on topics including food, energy,
17:19
EVs and more.
17:21
Coming up, the critical role of
17:23
batteries in the energy transition. I
17:25
don't see how we make the world
17:28
sustainable without storage. And right
17:30
now, batteries, lithium ion batteries, largely
17:33
are the scalable economic solution
17:35
to that. That's
17:36
up next.
17:45
Creating a circular battery production process
17:48
where the materials from decommissioned batteries
17:50
are recycled to create new batteries would
17:53
be the most sustainable way to meet our energy
17:55
storage needs. But at the
17:57
moment, there simply aren't enough batteries
17:59
to restore
17:59
recycle to meet growing demand. And
18:02
the recycling process isn't anywhere near
18:04
the scale it needs to be.
18:06
So what do we do in the meantime?
18:08
Let's get back to Greg's conversation with
18:10
Redwood Materials founder and CEO, JB
18:13
Straubel.
18:14
That's the complexity of this transition is we
18:16
have to do both things. We have to both
18:19
support and realize that mining responsibly
18:22
has to happen or else we won't have a transition
18:25
to recycle. We also have to be planning
18:27
ahead and really keeping an eye toward
18:30
what does that future look like to be ready to recycle
18:32
every one of those batteries. Because it's even
18:35
the worst thing we could do is go to all this destruction
18:37
and trouble to mine it, refine it, build the product
18:39
and then throw it away. That's the worst pathway.
18:42
So Redwood Materials, your company is investing
18:44
three and a half billion dollars in a gigantic
18:46
new South Carolina manufacturing
18:49
facility that will produce enough battery
18:51
components to power a million electric
18:53
cars. What percentage of the raw
18:55
materials for those million batteries
18:58
will actually come from recycled batteries and
19:00
in what time frames? Well,
19:02
we're also building a large campus
19:04
in Northern Nevada. So we have sort of two main
19:06
facilities, Northern Nevada and South
19:08
Carolina. And as part of the materials
19:11
we make for batteries, the cathode material
19:13
or the foils that make up the
19:16
anode will target between 30
19:18
and 50 percent recycled material.
19:20
So we blend some mined material
19:23
along with the material we recycle and refine
19:26
to go into a new battery.
19:28
Now,
19:28
there's no reason it has to be blended like that,
19:31
but
19:31
that's basically the sort of balance that
19:34
we see is about the maximum rate
19:36
that we can ramp up the feedstock of recycled
19:38
material.
19:39
And so I'm thinking about a soda
19:42
bottle that's like 30 percent recycled
19:44
plastic. Will I be able to go
19:46
to an EV
19:48
and see that like the battery has
19:50
X percent recycled material? Will that be visible
19:53
to customers?
19:54
There are already some regulations
19:56
in Europe starting to happen where certain
19:59
mandates are
19:59
exist around percent recycled content
20:02
in things like a battery. I don't know if that'll
20:04
be made visible to the consumer. The
20:06
battery is generally, if it's doing its job right,
20:08
it's pretty out of sight, out of mind. It's
20:10
hugely complex. There's whole businesses that need to get started
20:13
around basically supply chain
20:15
traceability and understanding how
20:17
to really figure
20:19
out where do the materials come from.
20:22
Was it the mine that people liked or didn't like
20:24
or did it root through some country that other people
20:26
don't like? According to the Union of Concerned
20:29
Scientists, the US has only about 7%
20:31
of the global battery recycling
20:34
capacity, while China has 80%. How
20:37
can the US compete when China has such
20:40
a head start and so much lower
20:42
labor costs?
20:43
China in particular, but Asia broadly, has
20:45
been investing in this space for decades.
20:48
Very strategically, there have been consistent incentives
20:51
and consistent support from the governments in those
20:53
countries to build these industries.
20:56
The one thing that we have is
20:58
we're the consumers. We're buying these
21:00
cars. We're bringing them here. We're using them.
21:03
That is a really unique advantage.
21:06
There's an inherent benefit, an economic
21:09
benefit, an industrialization benefit to
21:11
locally reprocessing these materials once
21:14
they're
21:14
in a region.
21:16
That's what I think is really part of the toehold. It's
21:18
part of why at Redwood, we're
21:21
focused on linking recycling with the material
21:23
manufacturing.
21:25
If we just attacked material manufacturing,
21:27
we're competing head to head with China. It's
21:29
a brutal battle. I don't think it's the best battle
21:31
to fight. If you're linking recycling
21:34
of materials that are already in the region, there
21:36
I think we have a toehold and a leg up
21:39
to make this economic and to make it scale.
21:41
You're combining the recycling and the manufacturing.
21:44
According to testimony you submitted to the US Senate,
21:47
battery minerals typically travel 50,000 miles
21:50
from mine to refining to cathode production
21:53
to sell manufacturing. How do
21:55
we shorten that supply chain? Things are taken
21:57
from the global south. They go to China.
21:59
assembled in Japan, Northern Europe, come to the US,
22:02
they move like, that's just mind boggling.
22:04
It is almost a comical supply chain.
22:07
If you drew this, it would look like a joke.
22:10
It's like the joke of a supply chain you don't want.
22:13
But it's partly driven by the geology. These
22:16
minerals are scattered around in their prevalence.
22:19
Lithium is super prevalent in South America
22:21
and nickel in the Indonesian
22:23
region or Russia or parts of Canada. The
22:26
other problem is the countries that
22:28
have invested very strategically in refining
22:30
and converting them like China
22:33
and other parts of Asia. So
22:35
you kind of have a geologic spreading mixed
22:37
with centralization of refining and
22:40
manufacturing. It's all separated from the
22:42
consumer. So by the time you have the
22:44
poor consumer buying an EV in California,
22:48
this atom of lithium or nickel has traveled
22:50
all the way around the world, perhaps several times,
22:53
to really make it into that final product
22:56
before it even drives a mile. Of
22:58
course, that all has some impact that
23:01
can be somewhat negative. It contributes
23:04
to the energy payback
23:06
in an electric vehicle, which
23:08
is still very positive. I want to make
23:10
sure that's super clear. But
23:12
the reason that an electric vehicle has any
23:15
concept of energy payback, just like a solar
23:17
panel or a wind turbine or something
23:19
like that, is largely because
23:21
of the embedded energy it took to mine,
23:24
refine, move these materials around and
23:26
make the battery itself.
23:28
So some people are saying we should do more mining in
23:30
the United States. We have stronger environmental protections.
23:33
How important is it to have more mining in
23:36
the U.S.?
23:36
I think it would be great if we could do more of it
23:39
responsibly.
23:40
I think it's going to be very difficult.
23:42
We don't have excellent deposits of
23:44
some of these critical metals. We don't really
23:46
have excellent broad deposits
23:49
of nickel or cobalt. There are some, it's not
23:51
zero. That coupled with just
23:53
a very complex and expensive,
23:55
oftentimes your process to develop those
23:58
mines. So there's limits to what we can do here.
23:59
We're going to need to have get some of it overseas.
24:03
This is all moving very quickly. I've read about iron-air
24:06
batteries on the horizon and
24:08
solid-state batteries. Toyota claims to
24:10
have made progress on this front, though I'm not sure
24:12
Toyota seems to maybe be recycling some of its
24:14
announcements. What are other possible chemistries
24:18
and how close are solid-state batteries
24:20
and how could they accelerate the transition
24:22
we're talking about?
24:23
There are a lot of different possible chemical
24:26
couples to make new batteries, but
24:28
the process to mature a
24:30
battery and to really make sure it's robust
24:33
and get it to scale is very, very long. There's
24:36
a lot of companies that have struggled at this, and it's,
24:38
I think, surprised even some of the smartest people
24:40
that I know how long that can take.
24:44
I've learned to take new battery
24:46
announcements with a little bit of a grain of salt. Frankly,
24:48
we're also at a bit of a tipping point where, coming
24:51
back to the beginning of our conversation, it's almost more
24:53
about scale right now than it is
24:55
about a slightly better newfangled battery.
24:58
If I had a choice of an electric vehicle
25:00
that cost half as much or one that
25:03
went twice as far, and it's a no-brainer.
25:05
One of these would result in dramatically
25:08
greater adoption. The other one,
25:10
moderate impact. Right, and I
25:12
think this is a real trouble in the whole climate
25:14
conversation that we're sort
25:16
of have this pull toward the shiny new thing
25:18
out there rather than the
25:20
more known, maybe less sexy
25:23
thing that we need to do more of right now.
25:25
I saw a presentation recently on
25:27
solar power from outer space.
25:29
It can beam down without wires. I'm like,
25:32
yeah, sounds cool, but what about the solar
25:34
we have today that is economic? Let's
25:36
do that. It's already the cheapest source of energy.
25:39
As we're talking about electrified system, we've been talking
25:41
about electrifying mobility, but also batteries
25:43
have important applications
25:46
in homes, on the grid.
25:49
What advances are you seeing in batteries for
25:51
stationary applications?
25:54
Well,
25:54
it's vast. I mean, energy storage
25:56
and I think
25:57
electrochemical batteries are kind
25:59
of the central
25:59
technology into many,
26:02
many sustainability products.
26:04
And I don't see how we
26:06
make the world sustainable without storage.
26:09
And right now, lithium-ion batteries
26:11
largely are the scalable economic
26:13
solution to that. It
26:15
doesn't mean they'll be the only one forever. As you
26:17
said, there's new technologies coming. But
26:19
right now, this is kind of the core technology
26:22
in grid storage at the utility
26:24
scale, grid storage at the home scale,
26:27
electric vehicles. It's quite pervasive
26:30
when you really look across all these different products.
26:32
It's part of why the bottleneck
26:35
and getting enough materials to make those batteries
26:37
and having access to the batteries
26:39
at all is such a scary bottleneck to
26:41
me. When I looked at this whole transition,
26:43
I said, geez, that could
26:46
derail simultaneously a whole
26:48
bunch of different industries and slow this whole transition
26:51
down.
26:51
We saw that in solar. There
26:54
was solar prices have been going down, down, down for decades,
26:56
and then solar ticked up because of those supply
26:58
constraints. How concerned are you that this
27:00
country or even your own company will
27:02
over-invest heavily in a supply chain
27:04
based on current lithium-ion technology
27:07
only to have newer, cheaper battery chemistries
27:10
enter the market?
27:12
That one, I'm really
27:14
not worried about that one. The
27:16
timeline is so long on some products,
27:18
like a new EV, to conceive of
27:20
it, to build a model year, to ramp
27:23
it, lifetime of that product. Even
27:25
if a battery technology matured and changed,
27:28
if solid state promises everything it can
27:30
do, it'll be wonderful, but it's
27:32
relevant a product generation or two
27:34
in the future. I don't
27:36
see really any risk right now that we're
27:38
over-investing in scale on some of these
27:41
products. From every angle I look at it, we're
27:43
dramatically under-investing. Under-investing
27:46
in the supply chain, under-investing in refining, infrastructure,
27:49
products, that's what keeps me up at night.
27:52
It's not an over-investment concern. It
27:54
sounds like you're a technologist. You believe
27:56
in technology, but there's also the other
27:58
side of JB.
27:59
the human personal side, how do you feel
28:02
about the broader transition we're making? Are
28:04
we going fast enough? As you
28:06
said, I mean, I'm an optimist on the
28:08
capabilities of what technology can do.
28:10
I can see a pathway. It's kind
28:13
of frustrating to both see a pathway that
28:15
can solve things
28:17
with known technology. We don't have to invent new
28:19
physics or chemistry. You just use what we have today. We
28:22
can do it today, but at the same time,
28:24
we are not going fast enough. We're absolutely
28:26
not going fast enough. I
28:28
don't think
28:30
we maybe collectively realize how
28:33
bad it probably will get. There's so
28:35
much inertia in this system
28:37
that we're fomettling with. Or how bad it
28:39
is. 100 million Americans were under heat watches
28:41
this week. It's part of what lights the
28:43
urgency for me, is seeing
28:46
and feeling the fact that this problem
28:48
is so big. It touches every part
28:50
of our economy, really. It's not a dramatization
28:53
to say that. I think it's something we'll be grappling
28:55
with and changing and working to
28:58
solve for decades. Our
29:00
kids and our kids
29:00
are going to be working to solve and transition
29:02
around this problem. There's a handful of people
29:04
on this planet who've done a lot. Certainly, Tesla
29:07
has disrupted and changed the whole
29:09
industry. Not perfect, created
29:11
a lot of wealth, but certainly Detroit and
29:14
Tokyo are moving a lot faster, thanks to
29:16
you and your work. One of the reasons
29:18
it is going slow is there is real organized,
29:21
well-funded opposition. The International Energy
29:23
Agency, the world's foremost authority on all things
29:25
energy, recently issued a milestone
29:27
forecast saying it predicts global demand
29:30
for oil to be burned will
29:32
peak in just five years. Oil
29:34
companies are facing a shrinking
29:36
demand. You and I watched a recent
29:39
advertisement by an oil company
29:42
that associates plug-in
29:44
cars with
29:46
chains, basically enslaved,
29:48
and that driving a fossil car is
29:51
liberty and freeing.
29:53
This was part of a campaign that really
29:55
is going more directly at the companies
29:58
that you're part of, Tesla and Redwood.
29:59
saying, basically, you're enslaving
30:02
us.
30:03
Almost take that as a little bit of respect. It's
30:05
like, okay, we've finally gotten to them a
30:07
little bit. But
30:10
unfortunately, it's going to take so long
30:13
for us to reduce the
30:15
entire... Because really, the amount of oil
30:17
consumption scales with the fleet of cars,
30:20
not with the new cars sold.
30:22
A lot of times, we track our progress on EVs
30:24
against new cars sold. We're celebrating 20%,
30:26
which is huge. It's a great
30:29
milestone. But that's 20% of the
30:31
new cars going into a pool
30:33
that takes perhaps 15 years to turn
30:35
over.
30:36
So, that's the
30:39
sort of math around that. It has a much
30:41
bigger inertia to it.
30:42
But anyway, I can't imagine what's more free
30:44
though than driving an EV powered on solar
30:47
energy at your own house. I mean, to me, that's
30:49
the most free set of products
30:51
and technology you can possibly have. A
30:54
cord is linking to your own roof. It's not linking
30:56
to the Middle East or even a different
30:58
part of the US. UAW negotiations
31:01
are heating up around job
31:03
transitions to the EVs, the so-called battery
31:05
belt, the region with new battery
31:07
and EV factories in the Southeast, right to work
31:10
states, whether or not welcoming
31:12
to unions.
31:12
Tesla has been hostile to unions.
31:15
Where do you and Redwood Materials stand on worker
31:17
unions? I mean, I
31:20
think it's important to figure out how
31:22
we fairly transition.
31:25
Essentially if you look at this whole movement,
31:27
that has to happen. We have to transition a whole bunch
31:29
of people who are working on various fossil fuel
31:32
products and technologies and minerals
31:35
and somehow move all of them, they're not
31:37
retiring, move them into sustainable
31:39
industries and sustainable products. So
31:42
broadly, to me, that's sort
31:44
of probably the most key metric of
31:46
success is where and when we can do something like
31:48
that. It's hard to do because their jobs
31:51
aren't in the same regions or maybe the skill sets
31:53
are different. Very different, yeah. But
31:55
I mean, that I think is what has to happen
31:57
for success here. We can't just sort of...
32:00
say, okay, those jobs all go away and those
32:02
people won't do anything.
32:04
But the other problem is we need huge amounts
32:06
of jobs to do these new things. So
32:08
we end up spending a lot of time training and recruiting
32:11
and hiring. It's a blend of
32:13
almost vocational training, starting even in trade
32:16
schools and community colleges and universities,
32:19
because as a country, we
32:21
don't have enough of the right skills to do some of these
32:23
things. I would implore
32:26
students out there right now to really
32:28
start trying and learn a little bit more about
32:31
chemistry, electrical engineering,
32:33
some of these different disciplines
32:36
that maybe weren't as trendy over
32:38
the last few years.
32:39
Tesla is battling at least four racism-based
32:42
lawsuits, including allegations that black workers
32:44
at the company's Fremont factory
32:47
are segregated into the hardest, most dangerous
32:49
and lowest paid jobs in an area of the factory
32:51
that managers allegedly called the
32:53
plantation. I recognize
32:55
that as a board member, you won't comment on ongoing
32:58
litigation, but generally, clean tech
33:00
companies have less diverse workforces
33:03
than even fossil fuel companies, old
33:06
line auto companies. So as CEO
33:08
of Redwood Materials, what are you doing about equity
33:11
and inclusion? Well,
33:12
I think
33:14
basically working to create jobs
33:16
and to build a company that can grow, to
33:18
me, is the first mission. We have to be
33:21
a sustainable company that can actually provide
33:23
a sustainable job for someone in the
33:25
first place. I worry
33:28
about the majority of my time and then making
33:30
sure that we are focusing
33:32
on the sustainability of our overall
33:34
company. Maybe I'm
33:37
totally incorrect, but I think some of the skewing
33:40
on this might be that there aren't quite as many
33:42
manufacturing jobs in some early clean
33:44
tech companies. We're building a lot
33:46
of manufacturing, very, very
33:48
hands-on work that has to happen, especially
33:51
with manufacturing these battery components, recycling
33:53
them. So we're welcoming to
33:56
any people. In fact, frankly, right now, the challenge
33:58
is how do we find enough employees? That's
34:00
really a
34:01
fairly key challenge as we
34:04
scale this up. And I hear that same refrain
34:06
from a lot of other leaders who are launching
34:08
new battery factories or new EV factories.
34:11
You said that you don't think anyone's moving fast enough.
34:14
How can we move faster? So
34:16
much this is driven by consumer choice.
34:19
It feels both simple and hard,
34:21
but I really do think that things could
34:24
move faster if people understood
34:26
a little bit better how to make truly sustainable
34:28
choices. That leads to more products.
34:31
It leads to driving behavior of other large
34:33
companies. So I think we
34:35
need more investment, as I said before, in all these different
34:38
areas. But I'm not sure I have a magic
34:40
bullet for how to suddenly get more investment.
34:42
I can see that it's needed, but that itself
34:45
is a slow process. Yeah. We're
34:47
all clinging to the things that we know and
34:50
the things that got us to where we are.
34:53
How optimistic are you that technology
34:55
can make the change? And what other kind of changes do you
34:58
think we need? I'm incredibly
35:00
optimistic about what the technology
35:02
can do. I'm pessimistic about
35:04
the speed.
35:05
So are you pessimistic about the human part of it?
35:09
Well, I... Hmm.
35:11
It's a good question. I think, yeah,
35:13
maybe I guess that is one of the complexities.
35:16
It's the human preferences and choices and
35:18
all the complexity of changing behavior.
35:22
As we talked about earlier, this transition
35:25
will move a lot of wealth from
35:27
one company to another. It moves
35:29
jobs from one region to another. It
35:32
has political impacts. It has government
35:34
impacts. So anytime that there's
35:36
something that some technical shift
35:39
that affects people in such personal
35:41
visceral ways, it's a very complex
35:43
thing to affect. So I
35:45
guess I am a little bit concerned
35:48
about how fast all
35:50
those human complexities can work
35:53
themselves through.
35:54
Yeah. There's lots of systems we need
35:56
to change. Economy, water, food, the
35:58
system between our ears is one of the... the most challenging
36:00
systems to address. Thank
36:03
you, JB, for joining us on Climate One and
36:05
sharing your insight and stories
36:07
and really one of the true climate
36:10
heroes for your passion for all that you've disrupted
36:12
and done. Thanks, JB. Thanks, JB.
36:16
Coming up, as battery demand
36:18
grows, how can mining be done
36:21
more responsibly? We
36:23
don't need 20 years of
36:25
research and technology
36:28
to get at best practice mining. This is
36:30
not nuclear fusion. We absolutely
36:32
know already how to do mining with
36:34
less harm. That's up next.
36:45
As the demand for batteries continues to grow,
36:48
mining for the raw materials to make them will
36:51
be a necessity. Industrial
36:53
mining has had a troubled history with humanitarian
36:56
and environmental abuses. Existing
36:59
oversight and standards are insufficient
37:01
and vary widely country by country.
37:04
But Amy Boulanger, Executive Director
37:06
at the Initiative for Responsible Mining Assurance,
37:09
wants to change that. Well,
37:12
I definitely understand the
37:14
skepticism people bring to
37:15
this. Industrial scale mining
37:18
is inherently destructive on
37:20
a landscape. It leaves the
37:22
impacts that last not just decades,
37:25
but centuries. That's why we never use
37:27
the word sustainable. Because unless
37:29
we're doing a lot better recycling and circular
37:31
economy, it's not sustainable. But
37:34
we are in industrialized societies
37:37
using these materials every
37:39
day. And so we
37:42
are complicit in that use. And
37:44
we're talking about using it a lot more for
37:47
energy transition, for wind turbines and solar
37:49
panels and electric vehicles. And so if that's
37:51
gonna happen, we're gonna need to talk about how do we access
37:54
those materials in a fundamentally
37:56
more responsible way.
37:58
One interesting aspect of your organization. is that
38:00
it has representatives from both industry
38:02
and environmental advocacy groups. And
38:04
you've described these as having sort of six
38:07
houses of bosses. So how do
38:09
you listen to what each member or
38:11
organization wants?
38:13
So Irma is governed by these six
38:15
houses and they agreed to
38:17
sit at the table to find value together
38:20
in a system while also inherently
38:23
saying they see value in different ways. But
38:25
the opportunity moment is that that
38:28
differences can be complementary to each
38:30
other. So you've got mining
38:32
companies who are being asked to
38:35
do something very difficult, which is provide materials
38:37
that people use every day out of
38:39
the earth, like broken out of
38:41
the earth. It's really difficult to get these materials
38:44
and they're frequently in tiny quantities,
38:47
locked in rock. And a lot
38:49
of the sector knows how to do that in ways
38:52
that reduce harm, but the market
38:54
hasn't really created value for that. And our
38:56
laws haven't created value for that. So it's
38:58
about then how do their customers who
39:01
buy mined materials, which is another house in
39:03
Irma, or how do their investors, which is
39:05
another house in Irma, lean in to
39:08
create value for that. And how
39:10
those customers and investors are moved
39:13
by nonprofit environmental and social justice
39:15
groups or the communities who are most affected
39:17
or indigenous rights holders, sort of
39:20
using those tensions between them to
39:22
leverage a market for these
39:24
materials that cares more about protecting
39:27
the earth and the people who live on it.
39:28
Well, so speaking to that power of the purchaser,
39:31
seven car companies are members of your organization,
39:33
BMW, Mercedes, Ford, GM,
39:36
Tesla, Rivian and Volkswagen. Those
39:39
are some of the largest companies and we
39:41
know that a lot of those are really actively committed
39:44
to transitioning to EVs. So
39:46
how much power do they have in
39:48
determining where the materials come from
39:50
that go into the cars that they make?
39:52
It's really difficult to
39:54
trace back up a supply chain to
39:56
where the raw materials come from. And
39:59
until recently,
39:59
it really wasn't happening. You had companies
40:02
like car makers who were buying bolts,
40:04
who were buying sheet metal, they
40:07
weren't buying raw material from a mining
40:09
company. And in many cases, they wouldn't
40:11
know the mining companies who were providing the raw material
40:13
that went into the bolts or the sheet metal they bought. But
40:16
increasingly, they've grown aware that
40:19
some of the greatest harm and the risks in their
40:21
supply chain are back at that mine level
40:24
and leveraging their influence
40:26
there to expect better
40:28
performance, to expect more honesty
40:30
and transparency in the impacts
40:33
there. And then increasingly, they
40:35
are leaning in to create value
40:38
for best practices and for reduced harm.
40:41
And when we talked before this interview, you
40:43
mentioned just the simple quantity that
40:45
car makers purchase and use as opposed
40:47
to other kinds of precious
40:50
metal users like electronics or jewelry.
40:52
Can you explain just like the scale we're talking
40:54
about there?
40:55
So in Irma's earliest years, the leading
40:58
companies who were purchasing mine material
41:01
who got engaged were in the jewelry sector
41:03
first. They really saw that
41:05
there's a disconnect between trying to craft something
41:08
beautiful and something that was going to stand for love
41:10
and long term commitment. If those
41:12
materials that go into that ring,
41:15
that necklace are inherently tied
41:17
to harm. And so they really led in this
41:19
space of saying, we're going to drive
41:21
our suppliers to meet our values
41:24
and to reduce harm at the mine level. And
41:26
then you had the electronics sector coming in, particularly
41:28
when increasing attention was going
41:30
to the Democratic Republic of the Congo and
41:33
Cobalt mining there and harm there,
41:36
but also tin in Indonesia.
41:39
But they also make small things, you
41:41
know, the electronics we carry in our hand. So
41:43
to have the car makers come in and say,
41:46
we also want to leverage improved
41:50
practices that completely changed the
41:52
conversation because of the volume of what
41:54
car makers buy. They just buy
41:57
so much more. It was a really important signal
41:59
to the mining.
41:59
industry over the last couple of years that their
42:02
customer base cares about these issues
42:04
and is interested to lean in and provide support
42:06
to them to do better. So speaking of the Democratic
42:09
Republic of Congo, there are an estimated 45,000
42:11
children involved
42:14
in cobalt mining, which is just
42:16
a really horrible thing to think about. What
42:18
would be the best way to end that practice? Well,
42:22
that's a really complicated question because
42:24
in the mining sector,
42:26
there, first of all, are two different
42:28
kinds of ways and gross
42:30
generalization that mining happens. There's mining
42:33
that's done by mining companies who tend to be large
42:35
corporations. And then there's also
42:37
what's called artisanal scale mining, which might
42:40
be an individual or a family or
42:42
a small cooperative with pick and shovel. And
42:45
there are challenges in both spaces and there's
42:47
need for work in both spaces to improve
42:50
practices, but it needs really different strategies.
42:53
Where you see child labor most often
42:55
is not in the mining company, although it can
42:57
happen. And in that case, we have requirements
43:00
in our standard for how you monitor that
43:02
and how you look for young workers
43:04
because any place where income security
43:07
is a huge risk
43:09
where you've got poverty, you're going to have people incentivizing
43:12
for younger and younger people to come in and help support
43:14
their families. But those companies
43:16
have an easier way to look at papers, to look
43:18
at age and oversight. But
43:20
at the artisanal scale side, where you might have
43:22
a family trying to basically do
43:24
the subsistence farming version of mining,
43:27
where they're out with a pick and shovel, you
43:29
may have their children along with them simply because
43:31
they don't want to leave them home or alone. So
43:34
you've got kids there, you've got people hand
43:36
digging tunnels and things like that. They
43:38
may be the smallest you in that's there. So if you're
43:40
trying to get into a tight spot, you've got
43:43
children who may be lower down into holes and things
43:45
because they're smaller to get into tight spaces.
43:48
So really, I mean, how you eradicate
43:50
child labor in these spaces is really about
43:53
what kind of formalization do you have
43:55
at the artisanal scale side? Like what kinds
43:58
of support do you have for those? people to
44:01
have training, to have incentives
44:03
for their kids to be in school, for their kids
44:05
to be safe. Because while
44:07
the large scale mining companies
44:10
provide the greatest volume and
44:12
majority of the flow of our mine materials,
44:14
the greatest number of jobs actually is over on
44:16
the artisanal scale side. So people are going
44:19
to keep doing this. The question
44:21
is what support do they have for their children to
44:23
be in safe places? And what kind
44:25
of benefit sharing might be going on between
44:28
a mining company where there is one and the
44:30
government and individual
44:32
pick and shovel miners like that.
44:34
So let's get back to the work of Irma, the Initiative
44:36
for Responsible Mining Assurance. And
44:39
to give an example of how members get audited,
44:41
can you tell us about the audit that
44:43
Albemarle's lithium mine in Chile's
44:45
Saltar de Atacama recently went through?
44:48
Yes. So in the case of Albemarle
44:50
in Chile, first of all, they are the third
44:53
company to release an Irma audit report.
44:55
So while our work building the Irma standard
44:58
for responsible mining and the rules for how it's
45:00
measured started 16 years ago, it's
45:02
taken much of that time just to
45:04
get to agreement on that.
45:06
What is the shared definition of what is responsible
45:09
mining and what's a trusted way to measure
45:11
that? So Albemarle was willing
45:13
to step into that and in
45:15
part because the materials they're providing go directly
45:18
to energy transition. One
45:21
of the first things that meant for them is that the whole
45:23
process is going to be transparent. So
45:25
that means this is not secret. Most audits
45:27
are secret. They end up being between like
45:30
an end brand that we buy our stuff from and
45:32
their suppliers secretly looking
45:34
at who is the supplier, what impacts, how can
45:36
I help them do better. But in this case, we say
45:39
in order to have truthful information
45:41
that's going to be meaningful and trusted, the world
45:43
needs to be able to participate in this process from the
45:45
beginning. So Albemarle stepped into that
45:48
so they knew we say to the world, hello world.
45:50
This lithium extraction operation in Chile
45:53
is beginning an Irma audit. If
45:55
you would like to comment in any way you can,
45:58
here is the emails to the auditors. or
46:00
the WhatsApp for those who aren't using
46:02
email with easy Wi-Fi connection.
46:05
And they can comment on anything. They can comment about,
46:08
is the company responsive to our concerns?
46:10
What about noise? What about the impacts to
46:12
flamingos in the region or the
46:14
fact that the Atacama is one of the driest places
46:17
on earth? How do they respond
46:19
to indigenous rights holders who are
46:21
in this region, who are concerned with extraction
46:23
and its impact on cultural heritage and
46:25
the long-term economy after lithium extraction?
46:28
So, any are welcome to participate
46:31
in that process. Auditors are
46:33
then looking at how the company performs
46:36
over 400 different requirements. So,
46:39
and they're looking at that from their desks. They're pouring
46:41
through documents. The company has uploaded
46:43
and turned over to those auditors, but
46:45
then they go on site and they're
46:47
on site for several days. It might be a team of
46:49
four to six auditors who walk the ground, who
46:52
will talk to indigenous rights holders,
46:54
who will talk to workers, who will talk to community
46:55
members willing to speak, and
46:58
the company. And then they're using that information
47:00
to basically triangulate what are the stories
47:02
here? What can we tell that's really going on? And
47:04
then the audit report that comes out from that
47:07
is more than 100 pages long, detailing
47:09
both what the company achieves, but also
47:11
what they don't achieve. So, you can very much see
47:14
against the Irma standards, best practice
47:16
definition, how they
47:18
have their strengths and also where their challenges
47:20
are. But even as I say
47:23
that, this is early days. And so,
47:25
if you're an auditor working against the Irma system
47:28
and you go out to rural indigenous
47:30
communities in Chile and say, we
47:32
want to get your perspective, we work for Irma, of course
47:35
they're gonna go, Irma who? Like, this is
47:37
not anything I know about. Why
47:39
would I think I should talk to you? Why would I think
47:41
I'm safe to talk to you? What's gonna happen with
47:43
this information? Is there gonna be some kind of
47:45
repercussion on me for talking? So,
47:48
we know that these first audit reports
47:50
may not yet have robust community
47:53
involvement and we have to be honest contextualizing
47:56
that.
47:57
And hope that we build the trust of local communities and
47:59
not...
47:59
profit groups to feel safe. And
48:02
same of course for workers as well, to feel safe
48:04
that they can participate
48:05
and offer honest perspectives.
48:06
And we count on the companies being audited
48:08
to help us reassure
48:10
people in their region of the same. And I noticed
48:13
that looking in the list of participating
48:15
companies, I didn't see any US or Canadian
48:18
companies. And I wanted to check that that's true and ask
48:20
why that might be that those companies aren't yet
48:23
members of Irma.
48:24
So there are both US
48:27
and Canadian companies who are confidentially
48:30
involved using the Irma self-assessment tool
48:32
and preparing for independent audits. But
48:35
it's a fair question to ask why are US
48:37
and Canadian companies slower in? And
48:39
I think some of it is because there has been
48:41
a perception by some like maybe we don't
48:43
need to do this Irma audit
48:45
and review because we operate in the US and Canada.
48:48
So people are probably pretty confident we don't have
48:50
child labor or gross human rights
48:52
abuses and that probably our workers
48:54
are safe and we must be following the Clean Water
48:56
Act or the Clean Air Act if you're here in
48:58
the US. And in
49:01
fact, the US has seen 100 years
49:04
of impacts from industrial scale extraction.
49:07
The US Environmental Protection Agency
49:09
estimates that nearly half of Western
49:11
watersheds are impacted with mine
49:13
waste and the pollution that comes from
49:16
that and heavy metals that are in our
49:18
waterways. And even recent mines
49:20
have had bankruptcies and left impacts
49:22
for US taxpayers to pick up and
49:24
contamination which continues to flow onto
49:27
indigenous lands places like Nevada and
49:29
Montana, California and otherwise. And
49:31
so we know we still need to strengthen
49:34
our laws right here. In the US, we
49:36
have the 1872 mining law, which just
49:38
like its name says goes back to 1872.
49:41
It just infamously celebrated its 150th birthday. It
49:45
was passed at a time when mining was done
49:47
with a pick and shovel. It was passed
49:49
with a set of philosophies of 1872
49:52
and European descended leadership
49:54
at that time, which was to extract more
49:56
materials, move more white settlers West
49:59
and to better control
50:02
what they saw as a problem with indigenous people
50:04
in the West and to increase the power of
50:07
white settlers over indigenous people. And
50:10
so the 1872 mining law is outdated for
50:14
the values of America today,
50:16
the values of diversity, the values of cultural
50:18
heritage, the values of protecting our water,
50:21
and the multiple uses of public
50:23
lands after a mining company
50:26
leaves. Industrial extraction is
50:28
a temporary set of jobs and
50:31
we want to know that after those materials come
50:33
out, can that land be restored in some way
50:35
to provide economy and
50:37
well-being to the communities who live near. Yeah,
50:40
and I want to spend just another minute on this
50:42
because I think it's important. And there have been efforts
50:45
to update the 1872 mining
50:47
law that have not happened yet. And though
50:50
the US is often maybe
50:52
seen as a safer place, a better place to do
50:54
some of this mining. As you mentioned, there
50:56
are innumerable impacts that we've seen, including
50:59
one listeners might recall hearing about in the news,
51:01
which was the Gold King Mine spill
51:03
in 2015, where 3 million gallons
51:06
of contaminated mine runoff poured
51:08
out of a mine that was in the progress of being
51:11
cleaned up by the EPA. And it turned
51:13
the Animas River in Colorado bright orange for
51:15
a while. Again, environmentalists hoped
51:17
that would spur more effort to continue
51:20
these reforms. And I don't think we've seen significant
51:22
reforms. So what pressure can be brought
51:24
here in the US to improve the
51:27
laws we have on the books?
51:28
Well, I think first of all, people have to
51:30
understand what mining is. I mean, most
51:33
people really don't know where their stuff
51:35
comes from. If it's mined, they
51:38
don't know both the countries that it comes from,
51:40
the process that it comes from to care
51:42
about changing the laws. They have to see themselves
51:45
as connected to the
51:47
impacts from that industry and
51:50
to the people who live around that.
51:52
And most Americans, even though we live in a
51:54
large mining country, don't
51:56
feel connected to it and don't see that. You
51:59
mentioned the Gold King Mine spill. mine, that actually
52:01
was a historic mine. It's many decades
52:03
old. It was left behind as
52:06
a mess without a company left
52:08
to pick it up. So that's what you had the US
52:10
Environmental Protection Agency in there doing
52:12
that cleanup because there was no longer a company
52:15
to clean up after itself. And that's
52:17
part of why the Irma standard has requirements
52:19
in there that we're measuring against for reclamation
52:22
and closure. What's the plan even before
52:24
the mining company starts mining to
52:26
return this land into some kind
52:29
of constructive, useful, productive,
52:31
healthy state for whatever
52:33
kind of economy or biodiversity
52:36
or human settlement is around it in
52:38
the future because we're left with a legacy
52:41
of abandoned mines across the United States and
52:43
across the world right now that weren't cleaned up. 79%
52:46
of extractable lithium
52:48
in the US is within 35 miles
52:51
of indigenous reservations. The Ninth
52:53
Circuit Court just denied a bid by tribes
52:55
to block a new lithium mine at Thacker Pass
52:57
in Nevada. Do you think there's enough industry
53:00
oversight to ensure that indigenous
53:02
people won't once again bear the burden
53:04
of consequences of this kind of industrial action?
53:08
There is not enough
53:10
oversight to ensure that indigenous
53:12
people won't bear the burden of
53:14
extraction. There is not a country
53:17
in the world with laws sufficient
53:19
to prevent significant harm where
53:21
mining happens. And
53:23
you have indigenous communities who
53:26
are saying,
53:27
we're being asked to
53:30
provide our lands and
53:33
the resources under them to address
53:35
the climate crisis.
53:37
We are not ignorant of the climate crisis, but
53:40
this still looks like the same white guy
53:42
with the same briefcase and the same shovel
53:45
who arrived here 100 years
53:47
ago looking for gold and now says,
53:49
I'm looking for lithium or I'm looking
53:52
for nickel or I'm looking for cobalt. And
53:54
I'm doing so in the name of protecting the planet
53:57
from a climate crisis. It sure seems
53:59
like this is what brought us the climate crisis in the first
54:01
place. So it is a difficult
54:03
cell to these communities, and it's a particularly
54:05
difficult cell when we don't have a
54:08
lot of existing mines that we can show
54:11
have not harmed water, that their
54:13
communities are happy to have them as a neighbor.
54:15
But it doesn't have to be that
54:17
way. We don't need 20 years
54:20
of research and technology
54:23
to get at best practice mining. This is
54:25
not nuclear fusion. We absolutely
54:27
know already how to do mining with less
54:29
harm. And there are a set of companies
54:32
who are stepping into that space right now,
54:34
but they haven't had markets that valued
54:36
it that much. There was a lot of pressure for
54:39
least cost production of materials
54:42
that could be sold at the lowest cost.
54:45
I feel like part of my work is to write
54:47
a permission slip through markets to lean
54:49
in and give reward
54:51
to those geologists and
54:54
economists working in those companies who already
54:56
know how to do it better and who
54:58
often live in these communities where extraction is
55:00
happening themselves and who are
55:03
ready to go. And we need to create
55:05
a set of values that support them to do it
55:07
better.
55:08
What do you think of the idea of sacrifice zones?
55:10
Were those in power agree that this
55:13
particular place, we can allow destruction
55:15
to happen here for sort of the greater benefit?
55:18
I think there's a lot of talk about sacrifice
55:20
zones right now. I mean, I think one hard thing
55:23
is when it comes to mining, minerals are
55:25
in the ground where they are. So first of
55:27
all, you're not going to just go choose a sacrifice
55:29
zone. You're not going to say, okay, over here, no one's
55:31
living here. So this is a convenient place. I mean,
55:33
I could do that with a different kind
55:36
of manufacturing plant, for example. I'm
55:38
going to place this away from human society,
55:41
or I'm going to place this in the least biodiverse
55:43
place. Minerals are in the ground
55:45
where they are. And I haven't
55:47
heard too many people who live around those places
55:50
saying, I'm raising my hand to be a willing
55:52
participant in a sacrifice zone. In
55:55
addition, while
55:57
our soaring temperatures
55:59
and
55:59
Changing precipitation and floods
56:02
and fires of climate change
56:04
are a global experience for us all.
56:08
So is this tremendous risk moment
56:10
for biodiversity. We've
56:12
got habitats under great stress. We
56:15
have watersheds that aren't our drinking
56:17
water right now, but they might be our drinking water
56:19
in 10 years or 20 years as the planet
56:21
continues to change. We have
56:24
watersheds that span hundreds,
56:26
if not thousands, of miles or kilometers
56:29
across countries where we need that
56:31
clean water for agriculture in the future
56:33
as well. So while I agree, we
56:35
don't have time to waste in
56:37
addressing the climate crisis and we must move
56:40
off of fossil fuels saying
56:42
we will just extract lithium, cobalt
56:44
and nickel with the same disdain
56:47
and with the same carelessness that
56:49
we extracted oil and gas is not
56:52
a path you take when your planet is
56:54
already living through the climate crisis right
56:56
now, especially since we have the technology
56:58
to do it better. Writing permission
57:01
slips to say we'll just waive permit requirements
57:04
and we'll say it can be weaker. Water
57:06
laws and a planet that's already struggling right
57:08
now doesn't add up to a solution
57:11
that is really a solution. We
57:13
may be trading one problem off of another,
57:15
which is still global in nature.
57:17
You mentioned that it took 16 years to get
57:19
to the point now where these companies are submitting themselves
57:21
to some voluntary audits and beginning to do reviews
57:24
of the practices under Irma's
57:26
standards. What is your projected
57:28
timeline, if you have one, for when
57:31
we might see a significant
57:33
number of these companies participating in the
57:35
process and having sort of that tipping point
57:37
moment where really we begin to see a big shift?
57:41
We are definitely in the middle of a tipping point
57:43
moment right now.
57:45
I mean, if you and I spoke three years
57:47
ago, the Irma standard wasn't
57:49
really known. It was very much driven by
57:51
jewelry-based materials. The early
57:53
attention that came to issues like blood diamonds
57:57
and jewelry really had
57:59
stayed
57:59
around gold and diamonds and
58:03
climate change and COVID
58:05
arriving at the same time in the sense of a
58:07
global crisis, which was then a sense of
58:09
a need of global action and that
58:12
future plans should have resilience, future
58:14
plans should have environmental health and
58:16
social well-being at their core. I
58:19
mean that all of a sudden the attention was
58:21
right on to, well, what is going
58:23
to happen with wind and solar
58:25
and electric vehicles? How are we going to power
58:28
ourselves in a different way? So
58:30
while the first 15 independent audits
58:32
are happening in Irma right now, there are more than 70
58:35
companies with more than 95 mine sites
58:38
who have already registered in and started
58:40
their self-assessments that are coming over. And
58:42
they are looking at the first mines coming out
58:45
saying, okay, what happens when you're honest? What
58:47
happens when you say out of a potential 100
58:50
points in the water chapter or the waste chapter or
58:52
human rights? What happens if you only get 35%
58:56
against the best practice measure or 41% there
58:58
or 18% there? How
59:01
does the world react? Can we
59:03
tolerate hearing the truth about how
59:05
we've allowed existing practices to
59:07
do harm now, but how we want to create
59:09
incentive to reduce that harm? Because
59:12
the truth is existing mines right now are
59:14
the places where we've got existing jobs and
59:17
we have existing impacts. So
59:19
while we might be able to create a set of better
59:21
mines that are better designed and constructed
59:23
in the future, and we will because we're going to need those
59:26
materials, it will be less harm
59:28
as well to take those existing
59:30
mines and really invest in getting
59:32
efficiency out of those, getting more
59:35
materials out of those ones, keeping
59:37
jobs there where they are and ensuring those
59:39
communities who've already hosted the mining
59:41
industry for the last 100 years feel
59:44
that they get some kind of benefit sharing.
59:46
And it's not a resource curse that it really is
59:48
some kind of shared value for them and investment
59:51
in their future. And that when
59:53
that reclamation finally does need to be done
59:55
there, that it happens and it's not just
59:57
move on to the next site, which will be done better
59:59
than we do.
59:59
did 30 years ago. Last
1:00:02
June, Nauru, the smallest island nation
1:00:04
in the world, invoked a legal provision that forces
1:00:07
the hand of regulators to finalize rules for
1:00:09
deep sea mining. But the International
1:00:11
Seabed Authority missed its July 9th
1:00:13
deadline to finalize the mining code. Could
1:00:16
you give us an update on where that stands and
1:00:18
where you stand on deep sea mining?
1:00:21
The Initiative for Responsible Mining Assurance
1:00:23
does not currently allow its standard
1:00:26
to be used to measure how
1:00:28
responsible would a deep sea mining operation
1:00:31
be. Foremost that's because it
1:00:33
was not written with the sea
1:00:35
in mind when it was constructed. Some 15
1:00:37
years ago, it was written thinking about
1:00:40
mining on land and it is a completely
1:00:42
different context when you take this to
1:00:44
the sea and miles down into
1:00:46
the ocean. If deep sea
1:00:49
mining is going to happen on a commercial scale,
1:00:51
it absolutely needs something like Irma
1:00:54
because existing laws and structure to protect
1:00:56
the oceans are not sufficient on their
1:00:59
own right now the same way they're not sufficient on
1:01:01
land. But at this moment
1:01:03
right now, what we do know about the ocean
1:01:05
and the seas is we know they are under tremendous stress.
1:01:08
We know they are suffering from increasing temperatures,
1:01:11
from ocean acidification, from
1:01:14
increasing pressures of different commercial and
1:01:16
military uses of the ocean and its
1:01:18
own carbon
1:01:21
sink for us, its own
1:01:23
biodiversity. And this is
1:01:25
a space where we don't know what we don't know. There
1:01:28
right now, we know it's fragile, but we don't know
1:01:30
how this industry is going to impact that.
1:01:33
We also do hear the case that if we
1:01:35
are taking some of these nodules off the
1:01:38
sea floor in some way, well,
1:01:40
it will do less harm and have fewer human rights
1:01:42
abuses than if we take them from the Congo or
1:01:44
we take them from the Atacama. But I
1:01:46
haven't heard any companies operating in the
1:01:48
Congo or the Atacama agreeing that if
1:01:50
deep sea mining goes forward, they'll opt
1:01:53
out and stop mining on land. It
1:01:55
will be both and. Obviously,
1:01:58
it will force those on land to have to... compete
1:02:01
at a different level. But I think we'll see
1:02:03
more. And I think until we feel some confidence
1:02:06
that we've got assurance of
1:02:08
best practices in place, I think we better walk
1:02:10
pretty soberly into our oceans
1:02:13
under stress.
1:02:15
We recently had Ian Urbina, founder of the
1:02:17
Outlaw Ocean Project on Climate One, and he spoke
1:02:19
about the difficulty of enforcing environmental
1:02:21
laws on the high seas. How difficult do you think
1:02:24
it would be, even if there were a set of
1:02:26
agreed-upon practices, to
1:02:28
enforce those for deep sea mining?
1:02:31
At this moment right now, it's difficult
1:02:34
to enforce best practices no matter
1:02:36
where in the world we're talking about mining.
1:02:38
What I'm doing with Irma will never replace
1:02:41
the critical role of laws in
1:02:43
government enforcing those laws and holding
1:02:45
accountability. Because I don't have that authority.
1:02:48
And when you don't have that authority, law offers
1:02:51
an awful lot of latitude for people
1:02:53
to just opt out when they don't like
1:02:55
it or when the market signals to them they just don't
1:02:57
need to do as much. And we need to send really clear
1:02:59
signals right now. The market expects that
1:03:02
if you're providing materials that are supposed to
1:03:04
be part of the climate solution, they better not be
1:03:06
adding to the problem.
1:03:07
As we wrap up here, are there any examples
1:03:10
of countries or companies that are moving in the right
1:03:12
direction when it comes to mining?
1:03:14
There's some great examples of things going well
1:03:16
right now. First of all, we don't need 20
1:03:18
years
1:03:19
of new research for
1:03:23
best practice mining. We've got companies who already
1:03:25
know how to do it. We have
1:03:27
companies who are being open. And
1:03:30
that alone is a best practice that is
1:03:32
underrated, who are being open about
1:03:34
how hard it is to get these materials out and what
1:03:36
the impacts are. So transparency itself
1:03:39
is a best practice. And
1:03:41
then that offers space for innovation
1:03:43
to come up with new ways to reduce harm.
1:03:47
There are companies who are
1:03:49
providing resources to community-based
1:03:52
environmental groups to then hire their own
1:03:55
scientists to review water
1:03:57
quality data, air quality data. negotiate
1:04:01
with a mining company. That is
1:04:03
a wonderful construct. It's happening right
1:04:05
here in the U.S. right now. It's not a
1:04:07
company buying off a community. It's a company
1:04:10
investing in basically a watchdog
1:04:12
group who has their own independent rights
1:04:14
to use those resources to be able to
1:04:16
operate on a more level playing
1:04:18
field by hiring their own PhD hydrologist
1:04:21
to look at the water data and to press companies
1:04:23
to do better. And in the places where
1:04:25
we've seen companies do that, we have some of the better
1:04:28
operating minds of any on the world.
1:04:31
Well, that's very encouraging to hear.
1:04:34
Amy Bollinger is executive director of the
1:04:36
Initiative for Responsible Mining Assurance.
1:04:38
Amy, thank you so much for joining us on Climate One. Thanks
1:04:41
so much for having me.
1:04:43
On this Climate One, we've been talking about building
1:04:45
a better battery supply chain. Climate
1:04:48
One's empowering conversations connect all
1:04:50
aspects of the climate emergency. Let's
1:04:53
face it, talking about climate can be hard
1:04:55
and sometimes depressing or complicated,
1:04:58
and it is critical to address the transitions
1:05:01
we need to make in all parts of society. You
1:05:04
can help us get more people talking about climate
1:05:06
by giving us a rating or a review, or
1:05:09
sharing this episode or another with a friend.
1:05:12
On our new website, climateone.org,
1:05:14
you can create and share playlists focused
1:05:16
on specific topics. By sharing,
1:05:19
you can help people have their own deeper climate
1:05:21
conversations.
1:05:22
Greg Dalton is our host and executive producer.
1:05:25
Brad Marshalland is senior producer.
1:05:27
Managing director is Jenny Park. Austin
1:05:29
Colon is producer and editor. Megan
1:05:32
Basilia is production manager. Wensi
1:05:34
Shada is development manager. Ben Testani
1:05:36
is communications
1:05:37
manager. Our theme music was
1:05:39
composed by George Young and arranged by
1:05:41
Matt Wilcox. Gloria Duffy
1:05:44
is CEO of the Commonwealth Club of California,
1:05:46
the non-profit and non-partisan forum
1:05:48
where our program originates.
1:05:51
I'm Arianna Brocious.
Podchaser is the ultimate destination for podcast data, search, and discovery. Learn More