How Amazon decides which climate tech start-ups to invest in
If Amazon is going to achieve its goal of net-zero carbon emissions by 2040, it’s going to need to rely on new technology. To spur the process along, the company has a $2 billion venture capital fund to gather and grow climate tech start-ups.
Watching where Amazon is investing is one way to track innovation in the space. It can also give investors a sense of what parts of its own business Amazon intends to prioritize in the future.
“A lot of what we invest for is three to five years out,” Matt Peterson, the head of The Climate Pledge Fund at Amazon, told CNBC. “We try to look around corners to see where our needs are going to be and where the needs of other companies are going to be. I mean, with with a 2040 time horizon, you know, you can’t really afford to look one or two years out, you have to think long term.”
The Climate Pledge Fund, which was announced in June 2020, is funded entirely with money from Amazon’s own balance sheet. For Amazon, the priority is more about incubating the technologies it will need to meet its own climate objectives — making money is good, too.
“If happens to be that the companies we invest in do well and they become the next Tesla or they return a multiple of our investment, then that’s great. It shows that it’s a validation of what it is, but it’s not the main focus of the fund relative to the broader strategic goal,” Peterson told CNBC.
It’s also open to investing in companies at many different stages, and has invested from seed-stage up to series B rounds. “We can invest a million dollars in the company or invest over $100 million in the company,” Peterson said.
Amazon is not alone in investing in climate tech. The space has seen a five-fold increase in investment dollars to $32.3 billion in 2021, up from $6.6 billion in 2016, according to a recent report.
Amazon is still accepting applications for start-ups looking for funding. The company plans to make investments both large and small.
Here are five areas within climate tech that Peterson told CNBC Amazon is looking to invest in and how those areas track with Amazon’s current or future goals.
Food and agriculture investments
Food production requires a ton of land and fuel, food waste and spoilage result in methane emissions, and dairy and meat production releases in CO2 and methane emissions — all of which are problems for Amazon if it plans to get further into food production.
“People forget that Amazon owns Whole Foods,” Peterson told CNBC. “We have a number of opportunities and new business models around Amazon Fresh, which is our physical stores, as well as our home delivery of foods.”
He added, “If you look at where we are going in the coming years with growth in grocery and growth in meals and food in general, it’s something we want to get ahead of.”
As part of that electrification push, Amazon invested in Resilient Power, which is developing technology that builds electric vehicle charging infrastructure at one-tenth the size and installation time of existing charging technology.
“It’s not as sexy as, say, an EV manufacturer, but it’s just as important in my opinion,” Peterson told CNBC. “The technology that they’re really trying to update hasn’t been changed in probably 30 to 50 years. It’s ’70s-’80s style technology, with these large power stations or substations,” he said.
For electricity to go from the grid to an EV charger, it has to go through a step-down process, and Resilient Power uses semiconductors and a software control as opposed to large physical, mechanical hardware.
“We have a big need for this and as we’re mapping out our own needs for doing this, this solution is really interesting to us,” Peterson told CNBC.
Water can be split into its chemical pieces, oxygen and hydrogen, with electrical current in a process called electrolysis. That hydrogen can then be used in various ways to generate carbon-free energy.
If the energy used to power an electrolyzer is carbon-free, then the hydrogen created is called “green hydrogen.” Amazon has made several investments in this space.
ZeroAvia is building airplanes that are powered by hydrogen fuel cells — particularly important, says Peterson, as aviation will be one of the hardest industries to decarbonize.
Infinium makes electro-fuel, which would replace diesel or kerosene in aviation fuel. “The difference is instead of being extracted from the ground and refined like fossil fuels, it’s made from synthetic components. And the synthetic components are green hydrogen and captured carbon dioxide,” Peterson said.
The fuel Infinium makes is 95% carbon neutral because it uses carbon dioxide that was captured, not extracted from the ground. But he acknowledges it’s a bridge technology toward a longer-term goal of finding completely carbon-free energy sources.
“At the end of the day, we would like not to burn fuel to begin with, and release CO2, but at least the CO2 that is being released is recycled for orbit captured previously. So it’s, it’s an a net basis, it’s, it’s, it’s very close to zero.”
To use renewable energy like wind and solar on a large scale depends on battery technology to store energy when the wind isn’t blowing and the sun isn’t shining.
Amazon is looking into long duration battery technology of various sizes and scales. Many long-duration batteries are very large and Peterson said Amazon will need batteries at sizes that are “appropriate” for the many use cases Amazon will need.
For many consumers, Amazon is most visible through the packages that are delivered to their doorstep. In aggregate, those packages create a lot of waste.
The CMC Machinery system
CMC Machinery, one of the investments announced Wednesday, has developed an automated packing machine that reduces the volume of boxes by approximately 24%. That lets Amazon reduce the size and number of plastic air pillows that go into the boxes, Peterson said. Overall, that could let Amazon reduce the use of as many as 1 billion plastic pillows by the end of 2022.
Longer term, Amazon is interested in technologies that can create more sustainable plastic alternatives, Peterson said.
“Can you create a plastic that’s not extractive? That does not use fossil fuels? And also, can you create of plastic that is biodegradable and compostable at scale?”