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Ashlen Wilder

October 25, 2021

Edete Precision Technologies Increases Pistachio Yields With Pollinator Robots

Many plants and trees rely on natural phenomena like bees and wind to be pollinated and produce fruit. However, bee colony collapse and climate change threaten the ability of these crops to be pollinated. An Israeli ag-tech start-up called Edete Precision Technologies addresses this mounting concern using robots and artificial pollination technology.

This week, the company announced in a press release sent to The Spoon that it has successfully used its robot pollinators to increase yields in pistachio orchards by 24 percent. 

The start-up’s robot is called the 2BeTM pollinator, and it disperses a precise amount of pollen into flowers during the pistachio tree blooming season. Normally, pistachio trees are naturally pollinated by the wind blowing pollen (male sperm) into the female ovule. However, climate change may be contributing to the desynchronization of male and female trees blossoming, which results in lower crop yields. 

For pistachio farmers, this 24 percent increase in yields equates to an additional $1,850 in income per acre.

The last time The Spoon wrote about Edete, the company was addressing the problem of bee colony collapse and the role this plays in the crops that depend on this. In Australia and California, Edete uses its technology to artificially pollinate almond trees. 

Robots and automation are becoming more prevalent in agriculture. Tevel, another Israel-based ag-tech company, developed flying robots for harvesting fruit. Farmwise, Small Robot Company, and Greenfield Robotics all have different variations of autonomous weed-picking robots.

Edete completed its pilot run of artificially pollinated pistachio trees in Sacramento, California on an 82-acre orchard. Now, the company is gearing up to offer its pollination technology to other growers in California for when the pistachio blooming season starts in April 2022.

You can see how Edete’s robotic pollination works in the video below:

Edete Artificial Pollination 2020

October 25, 2021

Cometeer’s Flash Frozen Coffee is the Best Thing in My Freezer

Despite my few years of working as a barista in the past, I definitely don’t consider myself a coffee expert of any sort. In fact, I am someone who loves the flavor of a generic-tasting dark roast. What is important to me, however, is the quality of the coffee I’m drinking. I am willing to spend a few extra bucks on coffee from a local roaster, organic coffee beans, or just a quality cup of coffee made with care.

So when I caught wind of a company called Cometeer that not only works with some of the best roasters in the country, but also delivers the brewed end product using flash-frozen pucks, I was more than a little intrigued.

The company’s frozen coffee pucks contain 26 grams of coffee, and are brewed with Cometeer’s proprietary extraction process. To preserve the flavor and aroma, the coffee extract is flash-frozen at negative 321 degrees. The pucks, which are individually packed in aluminum capsules, can be stored in a freezer for up to 18 months.

Cometeer is strict with its verbiage when it comes to describing its product, and for good reason. Its coffee pucks are neither instant coffee nor coffee concentrate, but just flash-frozen, coffee extract. Instant coffees can have that old, and even burnt, flavor. Coffee concentrates, in my opinion, can be too acidic and make me feel jittery. 

The company shipped me five boxes, with each 8-puck box offering a different roast:

  • Bird Rock Coffee Roasters, Timor (decaf)
  • Counter Culture Coffee, Indido (light)
  • Equator, Mocha Java (dark)
  • George Howell Coffee, Alchemy (dark)
  • GGET, Chelbesa (light)

In total, I received 40 coffee pucks, which were kept frozen in the shipping process with dry ice. The instructions had me run hot water over the capsules for 10 seconds, peel the lid back, and plop the frozen coffee puck into a glass mug. I then poured 8 oz of boiling water over the puck and, just like that, I had a fresh cup of hot coffee.

As a dark coffee lover, my favorite roasts were the Mocha Java (dark roast) and Alchemy (medium roast). I loved how convenient and consistent the coffee was. I’ve never figured out the perfect ratio for making french press or pour-over coffee, and I enjoyed not having to measure anything except for the water when making Cometeer’s coffee.

I’ve avoided using a Keurig due to its plastic pods, but appreciated that Comeeter’s 100 percent aluminum capsules are fully recyclable. Keurig pods must be separated apart to be recycled, but the aluminum pods have no plastic and can just be dropped in the recycling bin.

When it comes to price, each puck costs $2, which ends up being cheaper than a coffee from a coffeeshop. However, using the pucks ends up being more expensive than making coffee from grounds. In my opinion, the taste and convenience make it worth the price, and see this product as something handy to keep in the freezer.

Although we have officially entered hot coffee season, the pucks would also be a great way to make a quick iced coffee or iced latte. Once the pucks are melted, they can simply be poured over ice and water, or ice and milk.

My boyfriend, the coffee snob between us, thoroughly enjoyed the light roasts and was soon making two cups of the Cometeer a day. A friend who I offered the Alchemy dark roast thought the flash-frozen coffee was freshly brewed in my kitchen. 

This week, Cometeer raised $35 million in a Series B round of funding, and plans to use the new capital will be used to increase manufacturing capabilities and expand its relationship with roasters. They’ve also dropped the waitlist from its website so now anyone can order a box of coffee pucks, so if you want to try Cometeer, the first box purchased costs $48 ($64 after your first order) for four boxes containing eight capsules and free shipping.

October 24, 2021

Alt. Protein Round-Up: Hybrid Chorizo Sausages and Impossible’s Burger Stand

Government programs around the globe are increasingly getting more involved in the alternative protein space. This month, the Danish government allocated 1.25 billion kroner (~$194 million USD) for research into plant-based proteins. A few weeks ago, the USDA awarded Tufts University $10 million to establish “a cultivated protein center of excellence”. Most recently, a European agency called REACT-EU set aside $2 million in funding to help decrease the costs of producing cultivated meat (see below).

In this Alt. Protein Round-up, we also have news pieces on Mission Barns’ product unveil, Black Sheep Foods plant-based lamb, Impossible Meat’s burger stand, and ADM’s investment into precision fermentation.

Mission Barns and Silva Sausages unveil first product

Cultivated fat producer Mission Barns and sausage manufacturer Silva Sausages unveiled their first product produced in partnership: chorizo sausages. The sausages are a hybrid product, made with undisclosed plant proteins and Mission Barn’s proprietary cultivated fat. This is the first production run of the product, and this trial exemplified that the companies have the capabilities to produce the sausages on a large scale. In the multi-year partnership, Mission Barns will use Silva’s facilities (which can produce up to 50,000 lbs of sausage per day) and distribution network. There is no date set for an official launch of the hybrid chorizo sausages

European REACT-EU grants $2 million for “Feed for Meat” project

The “Feed for Meat” project was started by Nutreco and Mosa Meat, and it aims to lower the cost of producing cultivated meat. The European REACT-EU recovery assistance program just awarded the project $2 million to support efforts in commercializing cultivated eat throughout Europe. This funding will specifically be used for R&D efforts for reducing the costs of cultured cell media. This component is typically the most expensive part of cultured meat; however, Mosa Meat has shared that it has successfully reduced the cost of one of the growth nutrients by 98 percent.

Black Sheep Foods Launches Plant-Based Lamb in San Francisco Restaurants

This week, alternative protein startup Black Sheep Foods’ plant-based lamb made its debut in San Francisco restaurants. The launch is a big step for the Black Sheep team, which wants to offer more variety to plant-based meat eaters. “Our first product is lamb because it’s both alien and familiar in America,” company co-founder Sunny Kumar told The Spoon this week over Zoom. “Everyone knows about lamb, but no one really eats it at a high cadence.” Read the full article here.

ADM Invests in Acies Bio to expand precision fermentation capabilities

Global nutrition and agriculture company, ADM, invested in the Slovenian biotechnology company, Acies Bio through its venture capital arm ADM Ventures. One of Acies Bio’s specialties is precision fermentation technology for food and agricultural applications, and this technology will be used to assist ADM accelerate its own precision fermentation projects. Making use of Acies Bio’s microbial capabilities and contract manufacturing services, ADM aims to meet the growing demand for products developed through microbial fermentation.

Impossible Foods Opens a Burger Stand in Seattle’s Climate Pledge Arena

This week Impossible and Climate Pledge Arena, the world’s first net zero-carbon sports arena, announced that the Impossible patty had been named the venue’s official burger. They also announced Impossible is opening two branded food stands in the home of the NHL’s newest franchise, the Seattle Kraken. Read the full article here.

October 21, 2021

Fruit Cells, Space Bread, and Cultured Meat Cartridges: Deep Space Food Challenge Announces Phase 1 Winners

On planet Earth, we face the challenge of feeding a rapidly growing population that is set to reach 9.7 billion people by 2050. In space, we face the challenge of feeding astronauts traveling through the galaxy for an extended period of time. Novel and innovative food technology could offer viable solutions in both realms.

For the first time ever, NASA and CSA (Canadian Space Agency) have come together this year to host the Deep Space Food Challenge. Companies competing in the challenge must be able to offer a solution to feeding at least four astronauts on a three-year space mission. The solutions should be able to achieve the greatest amount of food output (that is palatable and nutritious) with minimal input and waste. In addition to being used in space, the solution must also improve food accessibility on Earth.

This week, the winners of Phase 1 were announced:

MANUFACTURED FOODS

  • Astra Gastronomy
  • Beehex
  • BigRedBites
  • Bistromathic
  • Cosmic Eats
  • SIRONA NOMs
  • Space Bread
  • µBites
  • ALSEC Alimentos Secos SAS
  • Electric Cow
  • Solar Foods

BIO CULTURE FOODS

  • Deep Space Entomoculture
  • Hefvin
  • Mission: Space Food
  • KEETA
  • Natufia x Edama

PLANT GROWTH

  • Far Out Foods
  • Interstellar Lab
  • Kernel Deltech
  • Nolux
  • Project MIDGE
  • RADICLE-X
  • Space Lab Cafe
  • AMBAR
  • Enigma of the Cosmos
  • JPWORKS SRL
  • LTCOP
  • Team π

Many companies that were selected as Phase 1 winners use technologies that have steadily gained popularity in the food tech space, like 3D printing, using bioreactors for cultured protein, and vertical farming. In-demand “future food” ingredients like fungi, microbes, cultured cells/meat, and insects were also popular amongst competitors.

Out of the 28 winners, here are some of our favorites:

Beehex (Columbus, Ohio) – Some of you may remember Beehex for their work on a 3D pizza printer for NASA. For this competition, Beehex is proposing a UFF (Universal Food Fabricator) which can dehydrate plants and cultured meats into powder form foods, store them into hermetically sealed cartridges for 5+ years, and 3D print with the stored food in cartridges when needed.

Deep Space Entomoculture (Somerville, Massachusetts) – In this company’s proposed food system, dry-preserved insect cells will be brought up into space. Using a suspension bioreactor, the insect cells, along with other ingredients, will be reactivated and used to create traditional meat-like analogs.

Space Bread (Hawthorne, Florida) – As the name aptly suggests, this company’s tech allows for crew members to create bread in space. This food system includes a multifuntional plastic bag that is used to store and combine ingredients, and then bake a roll.

Mission Space Food: This company is making a system that will cultivate meat in space using pluripotent stem cells using cell cryopreservation and bioreactor. The creators say the system can can grow beef as well as be adapted to grow other meats such as pork or lamb.

AMBAR – (Bucaramanga, Colombia) – Operating as a small-scale ecosystem, AMBAR’s growing cabinet contains different compartments for various plants. Within this system, both terrestrial and aquatic are able to be grown for food.

Hefvin (Bethesda, Maryland) – This company produces berries by growing fruit cells in a nutrient rich media. Spherification (the culinary process used to shape liquid into squishy spheres) is used to encase different cells to create a full berry, complete with skin and pulp.

Space Cow: (Germany) – this company makes a system converts CO2 and waste streams straight into food, with the help of a food grade micro-organisms and 3D printing.

Each U.S. winner of Phase 1 has been awarded $25,000 to continue working on their solution and is invited to continue on to the Phase 2 competition.

October 15, 2021

Supplant is Expanding its Fiber-Based Sugar Throughout the US Following $18M Raise

Americans have a problem: we consume way too much sugar (about 57 pounds a year on average) and not nearly enough fiber (only about 5 percent of the population ingests enough). The Supplant Company aims to offer a solution to this issue with its sugar made from the fibers of agricultural side streams like corn, wheat, and rice.

At the start of this week, The Supplant Company announced that it has raised a $18 million Series A funding round. Celebrity investors like Ayesha Curry (actress) and Chris Paul (Basketball player) joined this round, along with Manta Ray, EQT, Khosla, Felicis, Coatue, Y Combinator, Agfunder, and more. This brings the company’s total funding to $27 million.

I spoke with Dr. Tom Simmons, the CEO and founder of The Supplant Company, earlier this week to discuss the latest funding round and what the next steps will be for the company. When asked what the next year will look like for the company, Simmons said the “…we’re really sort of focused on driving further rollouts of the product, so more products, and more places more consumers having them. And of course the scale-up size. There’s a whole load of technical work going on behind the scenes by all the scientists to ramp up production and use different feedstocks as well.”

The Supplant Company launched in the U.S. in June 2021 in partnership with Chef Thomas Keller and his restaurants in California and New York. The company’s sugar is currently still being used in the dessert dishes at these restaurant locations. Now, Supplant’s sugar is being used at You’re a Cookie (Illinois), Cookie Fix (Alabama), Sweet Republic (Arizona), Bakeology (California), and RiverSea (Virginia).

The Supplant Company is both business-to-business (B2B) and business-to-consumer (B2C), although it has primarily focused on business partnerships since its launch. I asked Simmons when I could buy a bag of Supplant’s sugar in say, my local Whole Foods, and he said, “We’re not planning to sell sugar anytime soon directly to consumers, maybe at some point in the future. We don’t think it’s where the big business opportunity nor the big social opportunity is.” Americans consume a shocking average of 71 grams of sugar per day, and Simmons sees most of this sugar consumption mostly stemming from foods, like cookies, cake, ice cream, and other sweets, that the consumers purchase outside of the home.

A few other companies in the food tech space are attempting to tackle the issue of individuals consuming too much added sugars. DouxMatok uses sugar reduction technology for its Incredo Sugar product, and launched its sugar-reduced products in April of this year. Better Juice uses enzymatic technology to reduce the amount of sugar in natural juices. Siggi’s, a company known for its Icelandic skyr cultured dairy products, released what it called a “Palate Training Kit” to help consumers reduce their sugar intake.

As The Supplant Company continues to rollout its sugar in the U.S., it will also work on developing new products. Simmons mentioned that the company will release new products in the not-so-distant future, including some that are not sugar.

Update: This article previously stated that The Supplant Company had raised $25 million USD in its most recent funding round, but the correct amount it has been updated to reflect is $18 million.

October 14, 2021

Oishii is Bringing its Specialty Indoor Strawberries to Los Angeles

The Omakase Berry is a varietal of strawberry grown in Japan known for its creamy texture, level of sweetness, and aromatic qualities. Courtesy of Oishii, a controlled environment agriculture (CEA) company that grows strawberries, Omakase Berries are coming to Los Angeles.

Oishii currently has two indoor farm locations on the East Coast in New York and New Jersey, and the new Los Angeles facility will be the first on the West Coast. According to the press release sent to The Spoon, Oishii is the “only vertical farming company to have perfected the strawberry at commercial scale”. Its indoor farms use zero pesticides, and its strawberries are a carbon-neutral crop.

When we last wrote about Oishii in April 2021, an eight-pack of the Omakase Berries cost $50. Unfortunately, heading west hasn’t resulted in lower prices, despite the company’s stated plans that it had plans to start growing an “everyday berry” that would be offered at a more affordable price. If you want to order the berries in Los Angeles, they are still set at the same expensive price.

With its focus on strawberries and other fruits and vegetables, Oishii stands apart from other indoor farm companies which mainly grow leafy greens and herbs. In October 2020, Driscoll and indoor farm company, Plenty, announced their partnership to start growing strawberries indoors. Hopefully, once Plenty makes it berries commercially available and Oishii develops an “every day” strawberry, consumers will have access to a more affordable indoor-grown strawberry.

The Omakase Berries are available for pre-order on Oishii’s website. The berries are available at a restaurant called Destroyer in Los Angeles.

October 13, 2021

I Tried THIS PKN Pecan Milk, the Latest Plant-Based Milk in the Alt. Dairy Space

With 41 percent of all households purchasing non-dairy milk, a carton of almond milk is no longer a fringe product but a mainstream staple. So it’s no surprise that the alternative milk category is now the largest in the plant-based space. One of the most recent companies to join this space is Texas-based Lifestock. 

Lifestock launched its first two products at the beginning of October: shelf-stable Original and Chocolate pecan milk called THIS PKN. Laura Shenkar, the founder of the company, worked in Central Texas to preserve freshwater ecosystems. She worked closely with local farmers that tended pecan orchards, a crop indigenous to the U.S. and Texas. After seeing how pecan trees can tolerate drought and grow with regenerative farming practices, Shenkar realized that the buttery pecan would be a great ingredient to use to develop sustainable plant-based milk.

The company recently reached out to me and offered to send me samples of its products. I am a daily oat-milk drinker and am hesitant to try new alternative milks due to some sub-par products I have tasted. However, having never tried pecan milk before, I happily obliged. 

The Original pecan milk on the left, the Chocolate pecan milk on the right

When trying new non-dairy milks, I first pour a cold glass of it and drink it straight up (full disclosure: I sometimes just take a quick chug straight out of the carton). I sipped on the Original pecan milk first and immediately noticed the pecan flavor. With some nut milks, like almond milk, in my opinion, you don’t really get the flavor of the nut, but just a generic nutty flavor. The milk also had a “buttery” flavor and creamy texture as the company promised. 

The Chocolate pecan milk tasted lightly sweetened, and it was enjoyable to sip cold. And while the chocolate flavor overpowered the pecan taste, it was nonetheless tasty. Both milks contain zero grams of added sugar, instead relying on monk fruit extract and stevia to add sweetness.

The next test was heating and attempting to froth the milk. While Lifestock did not state whether their pecan milks are capable of frothing, I figured I would try it anyway. I used my hand frother as I heated the milk up on the stove. Unfortunately, the milk remained relatively flat and I did not get the level of froth that oat and soy milk can provide. Despite this, it still tasted delicious in my coffee.

The possible downside for some people is that THIS PKN milk does not taste like dairy milk at all. As someone who hasn’t had milk in eight years, this did not bother me in the slightest. Someone looking to transition from dairy milk to alternative milk might be bothered by this. But in the company’s defense, Livestock makes no claims of trying to be a direct replacement for dairy milk (unlike NotCo and others).  

At this point, we’ve seen alternative milk made from every possible ingredient, including oats, barley, kabocha squash, walnuts, and hemp and other ingredients. However, the only other company we are aware of producing pecan milk is Malk Organics. Still, while alt-milk consumers often experiment with different types, many have standardized on their favorite oat, almond or soy brand, meaning THIS PKN will face competition from big players like Oatly, NotCo, Ripple, and So Delicious.

If you’d like to try out THIS PKN for yourself, it is currently available for purchase on the company’s website. Both the Original and Chocolate flavors cost $5.99 for 32 fluid ounces.

October 11, 2021

Paul Lightfoot of BrightFarms Discusses the Trajectory of Carbon-Neutral Foods

In 2011, Paul Lightfoot founded BrightFarms, an indoor hydroponic farm for growing leafy greens. BrightFarms is alive and well, and this past August, the company was acquired by one of its investors, Cox Enterprises. I had the opportunity to catch up with the serial entrepreneur to discuss his latest passion and project: advocating for carbon-neutral foods in his newsletter, called “Negative Foods Newsletter“. Here is our conversation:

The transcript has been lightly edited for clarity

Ashlen: Do you want to start by discussing what you’ve been working on and what your newsletter is about?

Paul: The thesis for the newsletter, and for my future book, is that the food system is responsible for, depending on who you ask, about a third of global greenhouse gases. Food, however, is unique. It’s unique in the sense that we all have to eat constantly to survive, but it’s also unique that food can be grown regeneratively, crops can be grown in a way that doesn’t release carbon into the atmosphere, and can actually draw carbon down out of the atmosphere. So if, as a society, we continue to make changes so that we eat food that draws carbon on a net basis, the food system can actually be a lever to reverse climate change. Food is sort of different, and I would say it’s better than energy let’s say, or transportation. You can eliminate your emissions with energy, with things like wind or solar or hydro, but it doesn’t actually pull carbon out of the atmosphere and that’s what is sort of magical about food, that it can, I think, can be a lever to go backward on climate change. So that’s what I’m working on and that’s what I’m excited about.

Ashlen: Could you briefly describe the process of what it might look like to go carbon neutral? I know that’s going to look different for a lot of different crops and companies.

Paul: I’m going to answer your question two ways. The first part is, with respect to a particular category of food, and the second is with respect to society, our society in America, I’ll use, beef as an example, and I like to make this example because it’s pretty well studied and well known and because the stakes are so high. So industrial meat, in my opinion, although it’s, I would say it’s a fact, it’s true, but industrial meat is the worst actor in terms of climate in our food system.

It’s grown in a way, typically that releases incredible amounts of greenhouse gases. Part of it is that we’re generally feeding grains like corn and soy, to our cattle, and the fertilizer for those, those grains are generally made from natural gas. And often, a lot of those grains are grown in places that used to be carbon sinks and the worst parts of those stories are like the Amazon rainforest that’s burned down to grow corn and soy for cows in the United States.

It’s a disaster, not only did we burn down 1000s of years of stored carbon, but every year there’s not more carbon stored in that case. The cattle themselves, of course, release methane, because they’re eating the wrong food. And so you’ve got those three reasons why there’s an enormous amount of greenhouse gases released with industrial beef. 

Now, on the other hand, there’s beef that can be grown regeneratively and people might think of words like grass-fed. This is truly having pastures, and a low enough density of animals per space and pastures, that the grass itself is the product, and the beef is sort of a byproduct. The grass itself is grown naturally in a way that on a net basis results in more carbon being taken from the atmosphere than released. So, if people convert their beef, eating away from distribution toward regenerative beef, they’re actually making climate change, better. 

It’d be fine if you got rid of all beef compared to industrial beef as well but you can actually become a lever for good. 

So that’s one example, and we could give examples for perennials, like olives and lots of different ways as well, and even examples in row crops like wheat, but I’ll move on now to think about how do we do this as a society, right. And, I think that consumers will be a big part of what changes things and I’m pretty optimistic. I think that when consumers have more understanding of the carbon footprints of their food choices, they will make choices, such that foods with a lower carbon footprint, which will have a competitive advantage. 

I say this based on recognizing that over the last 20 years, consumer demand for organic skyrocketed. People paid more and people bought more organic foods, even though there wasn’t really clear data that organic was better for the environment, or for your health. And that gives me confidence that when they understand foods are better carbon footprints, they’ll be willing to pay more and choose those foods. I think when that happens, when consumers start choosing foods that are carbon negative or carbon-neutral, you’ll see this massive shift in consumer demand, and then you’ll have farms and food companies racing to meet that demand and that’ll result in changing the practices to more regenerative practices.

 So I’m excited about that. The one thing that’s missing, by the way, is that knowledge for consumers, I do think we need to get a paradigm in a place where there’s some standardization, about what labels being what and where you can give consumers knowledge about their foods carbon footprints.

Ashlen: I think you make such a good point about the organic movement. I was in Whole Foods actually the other day and I saw a box of cereal that said it was made with regenerative grains, and thought whoa, I have not seen that yet.  

Paul: That’s interesting, I wonder what brand it was. Maybe General Mills. It’s such early days for that, and if you stop 100 People walking through that aisle in Whole Foods, I think 90 of them won’t really understand what your regenerative is, which is part of the challenge today. I think there’s a risk that if we don’t define it, it could get sort of watered down in a way like the word “natural” is now, which would be a real shame. But it’s great to see that big food companies are not in, you know, in my pattern recognition famous for innovation, or for cannibalizing their existing portfolios of brands, but there have been some massive investments and announcements made by big food companies. Maybe my favorite is that Unilever intends to roll out carbon labeling voluntarily, pretty soon on 1000s and 1000s of products. I’m hoping that is the rest of the industry.

Ashlen: Many companies are making claims and pledges to go carbon neutral. What should look for, and should we trust all of them? How do we avoid greenwashing as consumers? 

Paul: I don’t judge companies or people by their motives, so I don’t think to myself, this company is bad because of what they’ve done in the past, I judge them by their actions. I do think that there are good people working at Unilever and General Mills that want to do the right thing. It’s hard to change big companies. It’s hard to cannibalize your revenue stream, it’s hard to innovate. PepsiCo was, I remember famously, would say, we’re making our food so much healthier, “Look at the reduced calories” when they were just changing the unit sizes and their products. That’s one of these cases where I think that’s B.S. that’s not making food healthier. 

So I do think we need to worry. I do think that the consumer demand for regenerative food and carbon-friendly food is so strong, that there will almost certainly be claims made that don’t bear out. So I think we should judge people less than what they say and what they’ve done in the past and more on what they do. I’m pushing the world to get good labeling and pushing the world to get good definitions and standardization. In the meantime, we probably have to be a little bit circumspect and really analyze what companies are doing and say.

Ashlen: Are there certain foods and beverages that are easier to make carbon-neutral? I’m thinking along the lines are animal-based products more difficult to make carbon-neutral than say cereal or something.

Paul: Yeah. Oh, such an interesting question. I think the starting point by the way is that eating whole and unprocessed plants is almost certainly way better on a Planet basis. Right, so the carrot is not screaming for attention on the shelf, but if you’re eating a carrot, that was, you know produced thoughtfully, especially if it was produced without synthetic fertilizers which generally would be if it was organic. You likely have a very small carbon footprint, certainly, relative to processed food like cereals or relative to meat that’s grown in CAFOs, or in any sort of an industrial system. 

There are some rules of thumb that you can follow, you can go back to Michael Pollan’s old “how to eat” phrase, which is “eat real food, mostly plants, and not too much”, that probably goes a long way and of course, when he said food he was implying that it was real food and not processed. With that being said, this is a nuanced topic. Like I said with beef, it can be produced in a way that’s climate positive, what I would call it negative food. It’s just not what you generally find in supermarkets today, so it’s unfortunately, a little bit complex for consumers right now.

Ashlen: As you said, this is still very new, we’re still figuring out a lot and it’s exciting to see it unfold. 

Paul: It’s new, but it’s pretty urgent, so I feel like there’s a little bit of a race on, and we got to get people thinking about it, talking about it more. 

Okay, so I’m thinking of a Pennsylvania grocer called Giant, it’s like the supermarket in Pennsylvania, they have a big push for regenerative sourcing. I hope that retailers have an important role to play in this. I think we all need to be out there, getting people to understand this, and holding them accountable for any greenwashing as well.

Ashlen: Do you want to just briefly discuss some brands and companies that you like to support? 

Paul: I’d love to. Yeah. So, one that I just learned about was at the regenerative food systems, investment forum in Oakland last week, which was fun, and there was a beer brand at a cocktail party from Patagonia Provisions, Patagonia’s food investment group. Basically, they’re sourcing the main ingredients like wheat that were grown regeneratively to get a regenerative beer. And I thought that’s awesome. I don’t know that I can buy it here in New York yet but I’m going to have someone, you know, drive a truck across the country for me so that’s one of my favorites. 

There’s a beef company near Asheville North Carolina called hickory nut gap. And that’s a multi-generation family-owned business that buys regenerative animal products from farms that are following certain practices, run by a guy I trust and with a good brand and I think that’s an example of one of my favorites.

I do like the olive oil story, that’s Corto, that is the company that I covered in my newsletter. I actually made one of my kids a fried egg, in their olive oil this morning. Maybe another company is not a food brand itself but it is sort of a platform is in Northern Virginia. There’s a company called for 4P Foods, and it’s this digital platform that’s connecting the buyers that care about this stuff so the universities, the corporate campuses, the school districts that have these mandates to source regenerative food, and it’s connecting them with the farmers that are growing regenerative food because those farmers are having a hard time getting through the bigger national distribution networks. And so far 4P Foods is creating a new network essentially because there’s demand out there, and they’re bringing the farms to these buyers. It’s not just online, they have warehouses and trucks so they’re really trying to be everything. And I think that’s a pretty exciting business as well.

October 9, 2021

Alt. Protein Round-Up: Kingdom Supercultures Raises $25M, The EVERY Company Launches Animal-Free Eggs,

Plant-based foods and alternative protein products are often associated with a reduced carbon footprint. This week, the government of Denmark hopped on board with this ideology: the government will invest 1.25 billion kroner (~$194 million USD) into plant-based foods as part of a climate agreement aimed at reducing greenhouse gas emissions.

For this week’s alternative protein round-up, we gathered up some of the top news of the week from around the alt-protein world, including Clara Foods’ rebrand and the launch of The EVERY Company, Kingdom Supercultures’ Series A round, Burger King’s new menu item, and Revo’s plan for a 3D printer factory.

Clara Foods Becomes The EVERY Company, Launches Animal-Free Egg Protein

Clara Foods, one of the early pioneers building nature-equivalent proteins using precision fermentation technology, announced this week it is rebranding to the EVERY Company and is launching its first animal-free egg product called ClearEgg, an egg protein product targeted at the protein beverage market. Read full article here.

Kingdom Supercultures raises $25 million

New York-based Kingdom Supercultures announced this week that it has raised $25 million in a Series A round to fund the development of microbial cultures. The company is developing what it calls “Supercultures”, which are microbial-based ingredients to improve the texture, flavor, and functionality of plant-based products and consumer packaged goods. The new capital will be used to expand its ingredient portfolio and R&D facilities in Brooklyn, New York.

Burger King will soon serve up Impossible nuggets

Burger King made headlines when it first began serving the Impossible Whopper two years ago. This week, the fast casual restaurant chain announced it will begin trialing Impossible nuggets in three U.S. cities on October 11:  Des Moines, Boston, and Miami. The nuggets are made from a base of wheat flour and soy protein, and will be served in a pack of eight. Burger King is the first fast food chain to offer Impossible’s newest product, and the nuggets will be available for a limited amount of time.

Revo Foods shares plans for 3D-printed factory

Austrian startup Revo Foods produces plant-based fish products, and some of its prototypes are created with a 3D printer. The company is in the process of developing a plan to boost its production capacity and scale its 3D printing technology. The company’s idea is to have a production-scale facility wit interconnected 3D printers stacked on one another. This week, The Spoon spoke with te CSO of Revo Foods, Theresa Rothenbücher to hear more. Read the full article here.

October 8, 2021

Scientists Discover How to Manipulate Plants’ Response to Light for Food Growth

What if you could turn a plant’s genes on and off depending on changes in light and temperature? A group of scientists from UC Riverside has done just that in a recent study that could have important implications for farmers in an era of rapid and unpredictable climate change (reported on by UC Riverside News).

Plants need light to develop and grow, and the protein found in plants that detects light is called phytochrome B. This particular protein changes the expression of genomes and alters plant growth based on light information received. Additionally, phytochrome B can control the activity of a group of proteins called PIFs. If the activity of the PIF proteins are reduced, this could lead to the plant’s stem slowing in growth.

According to the researchers, this discovery can assist in increasing food production and crop yields. When plants are too close together in a field, they compete for light. Shorter plants that end up in the shade of other plants exert extra energy to grow their stems taller than their neighbors. This extra energy is taken away from growing the “food part” of the plant, like the seeds, leave, or fruit.

The scientists, led by UCR botany professor Meng Chen, reduced the activity of the PIF proteins and reduced the stem growth. In turn, they discovered that plants with shorter stems can free up energy for the more desirable edible portions to grow more rapidly and robustly. They also found that manipulating a plant’s response to light can allow plants to be grown closer together and in the shade.

With the human population rapidly approaching 8 billion and expected to hit close to 10 billion by 2050, finding alternative solutions to growing high crop yields is prudent. Indoor farming, as companies like CropOne, AeroFarms, and BrightFarms practice, allow for a fully controlled environment and can result in consistent crop yields. A company called InnerPlant edits plant DNA to turn the plant into a living sensor to mitigate crop loss.

Climate change is expected to affect growing seasons and the ability to grow certain crops worldwide. However, studies like this give hope that one day crops will better adapt to fluctuations in light and temperature, making them viable in a rapidly changing environment.

October 1, 2021

SIMPLi Uses Sensory Technology to Increase Transparency in the Supply Chain

Launched in 2019, SIMPLi is an ingredient company that works directly with farming communities worldwide to eliminate unnecessary middlemen, shorten and streamline supply chains, and reduce fraudulent activity. To achieve that aim, SIMPLi uses IoT technologies to help farmers in places like Greece and Peru who use regenerative farming techniques and helps them command an above-market premium for their crops. SIMPLi has helped 560 farmers transition to more sustainable farming techniques.

“Right now, our vision as a company is to have a seamless traceable platform that our clients, from a B2B perspective, and our consumers, can leverage directly to see the full international supply chain for each ingredient that they either consume or purchase from us,” said Matthew Cohen, SIMPLi cofounder told me recently.

SIMPLi’s data tracking starts at the farm, where it tracks soil and crop health. In processing facilities, the company’s sensors ensure that nothing is tampered with. Once loaded onto cargo ships, SIMPLi uses GPS tracking and sensors that track the temperature and other environmental metrics are implemented. Arriving at facilities in the U.S. is one of the last steps before reaching the client.

There is “a lot of different touchpoints where we’re using technology and there’s a lot of data along these touchpoints that we want to capture, which we’re already doing today,” said Cohen.

Murky supply chains can hide major issues like slave labor, animal welfare, food fraud, child labor, ingredient sourcing, and environmental pollution. With emerging reports of these issues, consumers are asking for better options. They’re rewarding companies that give it to them; A recent survey found that 94 percent of consumers are more likely to stay loyal to a completely transparent brand. Additionally, 55 percent of customers shared that social responsibility and sustainability were important factors when deciding what product to buy.

SIMPLi recently raised an undisclosed seed round and launched its regenerative organic red, white, and tri-colored quinoa in 49 Whole Foods locations on the East Coast. Its e-commerce site hosts products such as sustainability-grown olives, olive oil, and quinoa. If you’ve eaten food from Sweetgreen, Daily Harvest, or &pizza, there’s a good chance you may have already eaten SIMPLi’s quinoa, gigante beans, artichokes, or olive oil.

September 30, 2021

Danone North America to Launch “Dairy-Like” Segment

One common complaint amongst those trying to make the switch to non-dairy milk is that some alternatives have a “plant-y” flavor; meaning, it doesn’t quite taste like cow’s milk. Some alternative milks might taste distinctively like soy, almonds, or coconut. That being said, companies like Oatly and NotCo have produced some pretty great milk alternatives that give conventional milk a run for its money.

Danone North America is the latest company to attempt to create a “dairy-like” segment of plant-based products in hopes of providing alternative milk that dairy-drinkers can enjoy. Through its two brands, Silk and So Delicious Dairy Free, it will launch Silk nextmilk™ and So Delicious Wondermilk™ in January 2022.

According to an email sent to The Spoon, the company’s scientists deconstructed the attributes of real dairy and the sensory experience, like the mouthfeel, of drinking milk. These characteristics were then recreated by blending different plant-based ingredients, including soy, coconut, and oats.

Both brands will offer a whole fat and reduced-fat version of plant-based milk. Silk Nextmilk will contain six key nutrients found in dairy (Calcium, Vitamin D, Vitamin A, B12, Riboflavin, and Phosphorus), with each serving offering 4 grams of protein.

Little information was disclosed in regards to the So Delicious Wondermilk. However, the Wondermilk line will also include frozen dessert (a vegan way to say ice cream) pints and cones.

Alternative milk, already a $2.5 billion market, is the most established category in the plant-based food space. Another company that aims to be a direct replacement for dairy is NotCo, which uses AI to develop its whole fat and 2 percent alternative milk. Other big players in the space that Danone’s brand will face competition from include Oatly, Ripple, Good Karma, and possibly Beyond Meat in the future.

When launched in grocery stores early next year, both Nextmilk and Wondermilk will retail for $4.99 per carton.

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