At Nuravine, our team is dedicated to pushing the boundaries of automated farming. Our vision is to be a component of cities of tomorrow, where large, indoor facilities can grow and process all of the food needed to feed the population. To make this vision a reality, we’ve been working hard to create cutting-edge technology that helps farmers increase efficiency and overcome the challenges they face.
One of the key factors that has helped us achieve our goals has been our participation in the National Science Foundation’s Innovation Corps (ICORPS) program. This program allowed us to travel the country and visit farmers, learn about their challenges, and figure out how we could build technology to solve their current pain points. It was through this program that we discovered the need for better and more affordable ways to run farming facilities, and saw an opportunity to provide farmers with the technology they needed.
Our flagship product, the Aurora, is a nutrient dosing system that optimizes the performance of recirculating systems for growers. The system includes a smart controller, peristaltic pump modules (Elixirs), and a suite of sensors that measure pH, conductivity, temperature, dissolved oxygen (DO), and oxidation-reduction potential (ORP) of the water in which the plants are living. With its cloud connectivity, growers can monitor real-time conditions of the plants and control the system remotely.
What’s really exciting is that the Aurora is versatile enough to be used in both small and large vertical farms, making it a great solution for a wide range of growers. Our platform is designed to continually improve, and we’re working towards making it a full automation platform that will control lights, HVAC, cameras, and other critical elements of a vertical farm. By making decisions based on multiple variables simultaneously, we believe we can revolutionize the way food is grown.
Our newest product, Flux, is a controller that multiplies the functionality of our dosing systems for both recirculating and drain to waste applications. We are also showcasing Nuravine Cloud 2.0, which gives growers an incredible amount of control in an easy to use and intuitive interface.
We are thrilled to be a part of the exciting and rapidly-evolving field of vertical farming. We’ve made it our mission to help farmers overcome the challenges they face and build a more sustainable and efficient future.
After receiving tremendous interest in our crustacean waste-based form of ReNu Terra while exhibiting at Greentech Amsterdam, we felt it was necessary to reveal our progress and introduce several new form factors at Indoor Ag-Con. The Re-Nubleteam spent the last eight months strictly testing the combination of materials and the attributes of most concern to growers that have been shared with us based on market demand. Now that we can offer a solution that is more sustainable than current alternatives, while guaranteeing lower pricing and a secured supply, now is the time to share how we were able to reach this milestone. Below are the tenants we felt that we need to be comparable or better at in order to truly make something innovative that currently resolves a meaningful grower problem.
SUSTAINABILITY
Compostability
It’s no secret that sustainability is very high on our list of priorities here at Re-Nuble, and we have kept it in focus with the development of ReNu Terra, our fully compostable grow media.
What happens to grow media once farms are done with it is just as important as where it originates. With the exception of rockwool and biochar, most grow media are manufactured using natural or synthetic materials that are organic in nature and therefore degrade over time under the right conditions. While most of these are compostable, many require an industrial composting process to break down completely within a reasonable amount of time. At Re-Nuble, our ReNu Terra line has been designed to be composted in any standard residential or commercial compost within a few months. The same goes for the packaging it comes in. This way, we help indoor farms become closed-loop, while the waste is turned into value simply and quickly. At the end of it, our grow media and its packaging can be put to use and recirculated into the food system that much sooner.
Logistics
Another product development focus was to format ReNu Terra sheets and case sizes to achieve maximum growing impact with minimum carbon footprint. From a transportation perspective, we’ve designed it whereby each of our cases, containing 4000 plugs each (1” plugs), stack to fill pallets completely. By doing so, this allows us to stack two-high in semi trailers. For indoor farms, this means that when a truckload of ReNu Terra is ordered, there is no wasted space in the trailer and farms are getting the most out of the fuel, minimizing GHG emissions resulting from logistics. In addition, because our dimensions allow us to stack pallets and completely fill trailers, this means that logistics companies don’t need to unload our cargo in transit to reconfigure their loads. This saves time and fuel. From the procurement of our raw materials, to the production of our products, to the delivery to your doorstep, we take pride in ensuring that our carbon footprint and ecological impact are minimal without reducing shelf-life stability.
PERFORMANCE
Durability
ReNu Terra is organic, light, durable and clean. We also thought about the experience for a farm from the minute they touch our grow media. We have made it as easy as possible to remove that first sheet of ReNu Terra from the case through a special design, leading to zero abrasion or damage to the product and no dust or fiberglass whatsoever. With our ReNu Terra line of grow media, we have worked diligently to provide all of the advantages that the best alternatives provide without any of the disadvantages associated with each of them. This is a result of years of experience that our team has accumulated growing as many types of crops in as many ways as possible, making us very familiar with the upsides and downsides that come with grow media. We want to ensure that farms don’t have to deal with grow media durability or design issues ever again.
Sourced from Transparent and Natural Raw Materials
ReNu Terra is made from natural and sustainable organic fibers specially formulated for the task of pampering an indoor farm’s seedlings and plants. The range of options, from plugs, to blocks, to slabs, are all wrapped in an organic bio-polymer that prevents any and all loose fibers and particulates from making a mess in your grow space or creating an issue in your cultivation systems.
VERSATILITY
Clean
We have formulated the ReNu Terra line of products to provide a clean start, the perfect balance of air and moisture, and to maintain their ideal physical properties as long as they are in use. Any indoor grower will tell you that great grow media needs to be pathogen and pest free. It also needs to be able to provide ideal conditions for healthy root growth in a stable manner for as long as an indoor farm’s crop cycle lasts. Compared to the alternatives, our grow media creates the conditions that support optimal germination and root development, while avoiding holding too much moisture at the stem where wet rot and opportunistic microorganisms are a concern.
Fits All Growing Systems
ReNu Terra grow media and substrates are designed to provide optimal performance regardless of whether they are used in NFT, DFT, Aeroponic, SAEF, drip systems or any other method. The nature of the fibers, the way the internal matrix is structured, and the density of the materials all ensure that the balance between air and moisture will be maintained and that undesirable microorganisms and insects will be prevented from gaining a foothold. We know that the indoor farms we serve have many ways of doing what they do, growing crops using various cultivation systems and techniques. But one factor remains the same: all of them need grow media that consistently works well in all scenarios. We test our products in various locations, simulating scenarios that apply to diverse growers and settings, to ensure that we have perfected our approach and can confidently offer the high performance solutions that we would want to use ourselves.
Ridderis committed to providing growers with the solutions they need to maximize their crops’ potential and prepare them for future challenges. Ridder collaborates with global partners to create and deliver Connected Smart Solutions which enable the operations for sustainable food and flower production in Controlled Environment Agriculture across the world.
Wil Lammers, Ridder’s Managing Director of the Americas, points out that a part of Ridder is best known for its drive systems – Operating air vents, sidewall ventilation, and screen systems in greenhouses. “The customer base for our drive systems is typically the major greenhouse manufacturers in Europe and North America. We are also working more with smaller regional greenhouse builders. But today Ridder is so much more than drive systems. We offer a complete line-up of connected smart solutions by providing a unique plant-centric suite of technologies that work in close harmony to master the major crop balances and processes in a controlled environment.”
According to Lammers, it is increasingly desired by advanced greenhouses and indoor growing environments to look for a complete holistic solution – managing plant growth and ensuring business continuity with a smarter use of energy, water, labor and knowledge. “Not only from a growers-perspective, but also from a business owner point of view. There is clearly more demand for a more integrated approach when it comes down to greenhouse automation and other technologies.”
“We offer individual components such as drive systems, screen cloths, climate computers and water treatment systems to guarantee optimum crop quality through controlled and precise growth. In addition, we ease work with robotics, labor registration and other smart innovative technologies. Of course each individual solution is high-level, but when they work together, they are perfectly tuned to each other to create the optimal growing conditions and controlled in one go”
Lammers explains that Ridder has a unique position with regards to what it takes to produce plants. “In the indoor environment, there must be a perfect balance between photosynthesis and the energy balance around the plants. There is also the moisture balance, which involves transpiration and the vapor pressure deficit around the plants. On top of this you will also need to consider the irrigation and fertigation of the plants and integrated pest management to maintain plant health. Since a controlled environment is a micro-climate, adjustments in one of these plant or climate parameters will influence another. Therefore, it is important that the technology used in indoor farms or greenhouses work in close harmony to master these balances and processes in a more effective and sustainable way.”
The process of managing and balancing irrigation, ventilation, heat and light will provide business owners and growers with a profitable bottom-line result of their venture. “Please come visit us at Indoor Ag-Con booth 704. We look forward to discussing your challenges and provide you with the latest insights on how both our connected smart solutions allow you to future-proof your business and help you grow your way.
Discover the latest insights on CEA automation, irrigation, energy and management at Ridder’s knowledge sharing platform: https://blog.ridder.com/
(Verona, Virginia February 15, 2023) – HYVE Indoor Farming Systems, a solutions-based, manufacturer of Controlled Environment Agriculture (CEA) systems and AGEYE, a preeminent leader in automated platform monitoring for vertical farms and greenhouses, today announced a strategic partnership aimed at bringing unmatched complete technology to the CEA industry and commercial growers.
HYVE is Central Virginia-based and offers complete hydroponic growing solutions with an emphasis on hardware, design, and system infrastructure. AGEYE, from the greater Raleigh, North Carolina area provides sophisticated artificial intelligence capability that monitors every plant within a system for more predictable harvest outcomes and the resultant effect of more profitable harvests.
According to Ron Acorn, President of HYVE, “Our goal remains to provide a total and complete scalable solution for indoor farming. We trace our origin to the LED lighting industry and initially began in CEA by offering a range of LED grow lights. Over time this has evolved to complete systems that include everything from heavy duty racking, controls, food grade trays with automated movement, robotics, nursery, seeding, harvesting equipment, automated tray cleaning, and more. The strategic partnership with AGEYE will now further enhance HYVE systems by providing growers with the choice for a comprehensive integrated artificial intelligence capability that will allow for revolutionary plant and system monitoring.”
Nick Genty, Co-Founder and CEO of AGEYE says about the alliance: “AGEYE’s focused core competency has been software and artificial intelligence (AI). Our AI systems utilize visual inputs and growth development insights and essentially turn them into autonomous actions within a system’s architecture. What this means for a grower is that we have a sophisticated means to monitor the health and development of crops through every stage of the growth process and invoke actions that will help to identify abnormal growth patterns that may adversely affect harvest and profitability. We can mitigate issues at an early stage leading to much better outcomes for the grower.”
He adds: “We are excited to partner with HYVE as we view their systems to be the perfect fit for our artificial intelligence solution. Their platform is a complete and robust scalable technology answer and our system as an integration will provide those in the controlled environment sector an unmatched choice. Together we will create truly exceptional outcomes by bringing to market an automated turn-key solution that can really be viewed as the standard for the next generation of vertical indoor farming systems.”
HYVE will be exhibiting at Indoor Ag-Con in booth 619. AGEYE Technologies is a platinum partner of Indoor Ag-Con and Nick Genty will serve as a moderator for a discussion on “Avoiding Nutrient Imbalances” the second day of the show.
More information on HYVE can be found at www.growhyve.com while additional information on AGEYE can be found on the company’s website www.ageyetech.com.
At this interesting phase where the vertical farming industry currently stands, Netled took a deep dive into the retailers’ and food service distributors’ minds to find out their perspective and future plans regarding sourcing from vertical farms. The results look promising.
For Indoor Agriculture, 2022 ended on a down note, providing much fodder for speculation on the well being of our industry. It was unsettling to those of us dedicated to improving the modern agriculture system and provided no clear direction on where to turn. Often market indicators can be found outside the narrow scope of a single business sector. We thought it wise to tune out the chorus of opinions from indoor agtech experts and gain perspective from other members of the fresh produce supply chain.
Netled partnered with Iowa State University CyBiz Lab to perform a deep dive on market interest in vertical farming from U.S. grocery retailers and food service distributors. How did they interpret the consolidation of CEA growers / suppliers in the last several months? What are their expectations for the market in the short term and the long term? What can their insights tell us about the need for indoor agriculture in the coming years?
In January 2023, a team of four student researchers from agriculture, finance and management disciplines at Iowa State completed U.S. market research on the CEA industry for lettuces and herbs. The CyBiz Lab is lead by Program Direct Mr. Alex Andrade with research and analysis work from Mr. John Imerman, Ms. Morgan Hawkins, Mr. James Chism and Mr. Ian Johnson. The research focused on buyers interest in sourcing vertical farm grown produce and the factors of greatest influence on that interest. The research also sought to understand the dynamic between lettuce and herb buyers and growers.
Reasons not to source from vertical farm depend on the region
Survey participants included category buyers, merchandisers, business development managers, and directors of fresh produce from the top ten US food service and retail distribution companies based on annual sales volume as well as the top fifty US grocery retailers based on regional market share. 42% percent of participants identified as having operations in the Mid-Atlantic states, 27% in New England, 27% in the Mid-west or South and 4% in the West.
Majority of the respondents had sourced from vertical farm grower suppliers in 2022.
All participants confirmed they currently source organic lettuce and herbs, however only 57% are currently sourcing lettuces from CEA growers and 43% are currently sourcing herbs from CEA growers. 67% had sourced from vertical farm grower suppliers in the last year while 33% had not looked into this sector at all.
As for reasons why this group had not sourced from vertical farms already, the answer seemed to depend on the region. For those in the southern most states, there was lack of demand for high quality product during the winter months and a disbelief that vertical farms could operate successfully in areas of high heat or humidity. To the north, it seemed that the growers were unable to meet the consistent supply of high quality product required. Others said that they were satisfied with seasonal products from local suppliers and did not yet have demand for local product in the colder months. There was also a group of respondents who were still researching options and had not determine which vertical farm company to partner with yet.
Nearly 70% of the group who had not sourced from vertical farms yet, said it was likely or somewhat likely that they would do it in the future.
It is also interesting to note that of the group who has not sourced from vertical farms yet, only 17% said it was somewhat unlikely that they would ever source from a vertical farm grower. Of those who are currently sourcing from vertical farms, 33% responded that they are extremely likely to expand sourcing from this sector in the future while the remaining 67% said they were somewhat likely. No respondents replied that they were undecided or not likely.
Of those who are currently sourcing from vertical farms, everyone was either somewhat or extremely likely to keep doing it in the future.
When asked the reasons why these buyers had sourced from vertical farms in the first place, most respondents listed concerns about supply from California, Arizona and Mexico as well as higher costs that they must pass along to their customers. Consistency and reliability of supply are the key
Although there are concerns about the consistency and reliability of lettuce and herb supply from vertical farms, there is equal or greater concern about conventional supply for the same reasons. There may not be direct demand from end consumers for vertical farm grown produce yet, but there is hesitation on the part of the retailer and distributor in not offering these alternatives to their customers. It is reasonable to infer that there will be forgiveness in the supply chain as the vertical farm industry improves upon growing techniques and financial planning to ensure the success of their businesses. As one retailer noted, “it is now the responsibility of the grower and the retailers to successfully market vertical farm grown produce and educate the consumer on the benefits”.
At Netled, we interpret that as a sign of great things to come for our industry. We recognize the importance of building strong partnerships with our business customers and focusing efforts on promoting our industry and educating our end consumer. We are also confident in both our proprietary Vera® vertical farm technology and our farm management abilities. The data points we are monitoring at our two commercial scale farms in the Nordics as well as our demo farm in Canada continue to outperform expectations. This is on levels of energy consumption as well as quality of the product. We look forward to discussing our research findings and sharing information on our commercial scale Vera® vertical farm systems at Indoor Ag-Con and The NGA Show later this month. You’ll find Netled at the booth #517 and CEO Niko Kivioja speaking at the panel ‘Hardball: The State of the Vertical Farming Industry’ on Monday at 2:00pm.
Kasey Snyder is Sales Operations Manager at Netled, supporting new business development globally. As a native of New Jersey, she has lived in Finland for the last seven years and enjoys exploring international opportunities to expand vertical farming.
With the Cayman Islands’ beauty comes a challenging food supply chain. The islands only produce about 1% of their own food, with the rest of the food they consume sourced from Jamaica, Honduras, and, largely, the United States. Relying on shipped produce results in precarious food security. To make matters worse, there are very few direct shipping lines from food-producing Caribbean islands to the Cayman Islands. With lengthy shipping routes, the fresh food that the Cayman Islands ultimately receives is no longer very fresh … and it’s also very pricey.
Enter Freight Farms’ vertical shipping container farms. Codi Whittaker, a young recent college grad, and business partner Kerry Lawrence purchased three container farms from Freight Farms to launch their business,Primitive Greens, with the goal of increasing the sustainability of life on the Cayman Islands.
A Lettuce Wall in Primitive Greens Freight Farm
The three Freight Farms allow Primitive Greens to defy the very things that make fresh food so scarce on the island: a lack of arable land, extreme weather which makes farming near-impossible, and those long shipping lines. Instead, Primitive Greens grows right near consumers, inside high-tech shipping containers right on Grand Cayman island. They work the container farms’ perfectly climate-controlled environment to their advantage to grow beautiful, coveted produce. This, they sell to grocery stores and restaurants on the island at a competitive price — offering island establishments and residents reasonably priced, long-lasting, quality produce.
A school group visits Primitive Greens
To increase the sustainability of the business, Primitive Greens plans to install a solar and energy storage microgrid that will fuel the farms with 100% clean energy. Energy cost is up everywhere, and the Cayman Islands are not immune. Currently, Primitive Greens pays the equivalent of $0.40 USD per kilowatt hour of electricity — mostly from dirty diesel fuel offered by the local utility. (By comparison, the current average cost of energy in Los Angeles is about $0.26 USD per kilowatt hour.) The solar project, which features solar panels floating in the water of an old quarry, will not only make growing food more sustainable. It will also provide resiliency to the island, through power that is available 24/7 and independent of the electrical grid.
“We’re basically selling the community cheaper, healthier, more sustainable, locally grown food; we’re providing power for less than half the cost of diesel; we’re creating food security; we’re creating jobs; and we’re not clearing any land.” — Codi Whittaker, Co-Founder and Operator of Primitive Greens
Primitive Greens intends to send Freight Farms to each of the three Cayman Islands, to alleviate food security for the entire territory. Ultimately, they strive to be the providers of fresh produce for Cayman.
Freight Farms has seen incredible growth in the adoption of their technology in the Caribbean islands, many of which face challenges similar to the Cayman Islands’. From Turks and Caicos to the Bahamas, islanders are discovering the power of controlled environment agriculture to revolutionize food quality and access for themselves and their communities.
Founded in 2012, Freight Farms debuted the first vertical hydroponic farm built inside an intermodal shipping container with the mission of democratizing and decentralizing the local production of fresh, healthy food. Since its inception, Freight Farms has refined its product offering to arrive at the Greenery™ S container farm. With global customers ranging from small business farmers to the corporate, hospitality, retail, education, and nonprofit sectors, Freight Farmers make up the largest network of connected farms in the world. AgTech Breakthrough named Freight Farms the 2022 “IoT Monitoring Solution of the Year” for its farmhand® IoT automation software.
Indoor Ag-Con 2023 Exhibitor & Sponsor Kekkilä-BVBdiscusses how the performance of substrates is one of the factors that determine the success of your cultivation. To get the best out of your leafy greens, it’s crucial to create an optimal environment for the plant’s roots to develop. Many factors work together to determine if a root zone is suitable. For example, we should take physical characteristics like pore size into account. However, factors like microbial activity within the substrate and buffers for pH and nutrients also play a big role in the happiness of your crop’s roots.
As a kid and even into my college years, when asked what my parents do for a living, I would say, “we grow sprouts” and people would make a bewildered face and ask “Brussel sprouts?” I would proceed to say, “no, like bean sprouts, alfalfa, wheatgrass…” and I was met with indifference and a quick end to that conversation. Fast forward a couple of decades and overwhelmingly I am met with amazement and smiles. We must thank the trendiness of Controlled Environment Agriculture (CEA), indoor farming, hydroponic farming, vertical farming, urban farming… take your pick of names and we fall under all of them.
What I find most humorous is that we have been doing it for generations and now is when it is being widely talked about. Sprouting is an ancient practice going back centuries in Asia and the Middle East. All sorts of legumes and other vegetables are sprouted for their digestibility and as a protein and fiber rich food source. Sprouts are the first few days of growth and therefore the origin of all vegetables. The same broccoli sprouts we grow can become full grown heads of broccoli.
How my father, Manny Wong, and I got started in CEA is that my grandfather grew bean sprouts for a few years back in the late 1930s-1940s. My father started commercially growing in 1978 and I joined the family business full time in 2010. Sprout farms have always been mom and pop or family businesses with tiny budgets and a lot of heart. We were forced to think outside the box and reconfigure equipment or experiment with processes because there were no CEA books to reference and few resources. Even 10 years ago, financial institutions and insurance companies denied our applications or quoted us high interest rates or premiums and asked for collateral because they did not understand CEA or thought it to be a risky investment.
Ingenuity plus modest (mostly self-funded) investments have resulted in our superior quality sprouts and our being recognized as industry leaders. It did not happen overnight. Little by little through the decades we added equipment to help with the growing process, harvesting and packing. The entire growing process (except for planting) is automated with watering systems, fans, lights and rotating machines. We monitor the temperature of the water, growing rooms, packing rooms, coolers, and delivery trucks. Water is purified in house with a 4-step system and PH is monitored. Air flow and humidity is taken into account. Wash tanks and centrifuges aid the harvesting process. We have packing machines, labelers, coders… Many of these have become standards for CEA in general, but that was not the case when we started implementing them, and especially not for the sprout industry.
I am truly amazed at the progress we have made by being creative and innovative without major outside investment (and not that we had much personally to invest either.) It took baby steps and really picking and choosing where to spend funds plus a lot of literal blood, sweat and tears. My father designed and built or modified a lot of the tools and equipment we use out of necessity since not much was out there for C.E.A. or it was too expensive. While it is wonderful that so many are willing to invest in CEA, it is also possible to start on a small scale. Yes, some equipment will be expensive and necessary, but you also do not need to buy all of it or get fancy. We are proof of that.
One of the most important keys to success in CEA is an understanding of plant growth. Having that as a basis will allow you to literally grow the business. That is not to say shun capital investors, but that understanding / knowledge coupled with a lot of heart will go a long way. Do not be disillusioned by thinking you will not succeed if you do not secure millions in funding. Money helps, but more important is knowledge, wise spending, creativity and a will to succeed. I welcome you to challenge yourself.
After 45 years of owning and operating a sprout farm, my father is passing his knowledge down through our consulting business. We invite you to reach out. For more information, visit www.letushelpyougrow.comand www.fulleifresh.com.
As we usher in the New Year, a reflection on the dynamic last few months in indoor farming news provides some insight for what to expect in 2023 and beyond. We’ve seen both contractions by organizations like Fifth Season, Kalera and Infarm reevaluating and restructuring under financial pressure, and expansion, with others like GoodLeaf, Crop One and Freight Farms securing additional funding and growing.
Some observers have suggested we’re in the “Trough of Disillusionment” (the third of five phases in the Gartner Hype Cycle) but we’re right where we should be in the development of a healthy new market. Some first movers are finding success and others are still trying to achieve operational efficiency — and in an industry based on unit economics and efficiency (particularly yield per kilowatt hour), it’s all about efficiency.
Vertical farm operations are equal parts ag and tech, and they require incredibly complex systems, including climate control, lighting, irrigation, automation and, most importantly, systems integration. That last one, systems integration, is the linchpin. It is no small task to bring together disparate technology in a cohesive and coherent way that increases productivity and reduces costs, yet “operational efficiency” is generally not highly valued by venture capital investors. Nonetheless, the most successful vertical farming organizations to date have been those closest to achieving “systemness” — a concept most often applied to the healthcare system but also applicable to modern agriculture (both traditional outdoor and controlled environment indoor). Systemness is the highest achievable state of a complex system, with interconnecting elements working together to operate in ways that go beyond the operation of its component parts. In other words, one plus one equals three.
Bowery,an innovation partner of Unfold, is an instructive example. They’ve developed their own “operating system” that harmonizes data from across their facilities and finely tunes growing conditions based on that data. The BoweryOS, as they call it, brings all their systems together under one umbrella and helps them achieve systemness. Some observers are skeptical of claims made about the development of new operating systems and the use of artificial intelligence (AI), but you can’t argue with success. Bowery has doubled their revenue for the second year in a row and is on track to double their number of farms in 2023. Their success demonstrates a high degree of operational efficiency through a data-driven approach.
Unfold is an industry-leading seed and digital solutions company advancing the vertical farming industry.
But even when optimal efficiency is achieved, most vertically farmed products today still fill a premium niche, which is why strong marketing programs are key to communicating value to both consumers and investors. Singapore based vertical farming company Sustenir, another Unfold innovation partner, is such an example. Introducing the concept of “Superfoods for Supercities,” Sustenir continues to elevate the discussion around nutrient-dense produce and the role vertical farming can play in the health and wellness of consumers. With additional operations in Malaysia and Hong Kong, Sustenir utilizes social media to connect with consumers and promote their own brands. In addition to fresh leafy greens, they “upcycle” waste streams into other products, like their Spectacular Spinach Noodles. This focus on branding and consumer packaged goods mindset is not unique to Sustenir in the vertical farming space, but they lead the Asian market in their emphasis on nutrition and sustainability.
The exciting thing to watch for over the next few years will be the shift toward parity with outdoor growers — at least in the product categories most conducive to vertical farming. We’re going to see a gradual but significant reduction on the cost side, as operations become more efficient, more data is collected and used, and technology costs decline. The very technology that made vertical farming possible in the first place — climate control systems, irrigation systems, and especially LED lighting systems — has steadily fallen in cost and is continuing a downward trend even in the midst of global inflationary pressures. Do you recall when the traditional A-shape LED bulb was introduced at a cost of around $30? Now they’re $3-4 — a 10-fold drop. Here’s how United Nations Environment Programme (UNEP) partner U4E describes the advancement: “Technologies for artificial lighting have made tremendous progress … from incandescent lamps, with a visible efficacy of about 10 lumen/watt, to compact fluorescent lighting with 50 lumen/watt, to the LED lamps as we know today of 110 lumen/watt to finally, this new LED breakthrough with incredible efficiency levels – 210 lumen/watt” (emphasis mine).
Even energy — the often-cited Achilles heel of vertical farming — will drop in cost over time as more renewables come online and farms become even more efficient in their energy use. Granted, the average retail price of electricity has risen over the past several years, which is why operators work so hard to secure a stable energy price. In the US, commercial electricity costs have risen roughly 7% from 2014 to 2021 according to Statista and remain on an upward trajectory, while industrial electricity has gone up about 2% over the same time frame. The increase is even higher in other places like Europe and Singapore. We believe co-location of large vertical farms with energy production will drive further efficiencies and cost reductions. This concept, advanced initially by Unfold CEO Sonia Lo, is captured in part in her interview by Greenhouse Grower, titled “Four Concentric Circles of Controlled-Environment Agriculture.” Keep in mind that these things are taking place in the context of an increasingly volatile climate that makes the predictability of indoor farming more and more attractive.
Just as important as reducing costs, we need to continue to boost vertical farming’s productivity. That’s where Unfold’s work comes in to play. We adamantly believe that productivity starts with better seeds, because even the most efficiently operated and technologically integrated vertical farm can’t afford to produce products from seeds that don’t perform optimally indoors. Our first step has been to screen existing seed libraries to identify the varieties most likely to succeed in indoor environments. With our exclusive license to Bayer genetics in lettuce, spinach, tomatoes, peppers, and cucumbers, we have a world-class library from which to choose. Using this approach, we will launch a few new romaine varieties in 2023 based on seed lines showing promising traits for vertical farming. Initial tests indicate strong harvest yield numbers and highly consistent saleable yield.
Our second step is to use all the tools of modern breeding to develop novel varieties with the most desired traits. Most genetics for leafy greens thus far have been developed for open field environments, with traits that protect plants from diseases and pests, as well as certain environmental stresses. Unfold is focusing on traits critical for indoor production both from an agronomic and produce quality perspective. In addition to utilizing existing Bayer germplasm, Unfold can access the full Bayer pipeline of genetic diversity to develop novel products honed for indoor production. Finally, as we accumulate performance data across our selection and breeding pipelines, we’re building our AI and data analytics platform to produce new high-performing products for indoor farming customers more quickly.
Tasty romaine lettuce grown from Unfold seeds
For all of these reasons, Unfold is as confident as ever in the long-term success of vertical farming. As the industry matures, some organizations will succeed and expand while others struggle, contract, restructure or even ultimately fail. Over time, the balance will shift, as companies demonstrating operational excellence will continue to grow and new players learn what works and what doesn’t. That’s the development of a healthy new market. You can see it in the fact that the vertical farming industry is expanding beyond leafy greens into strawberries, tomatoes, and other high value crops.
Vertical farming will always be a supplement and not a replacement for traditional agriculture, but with a global population recently surpassing 8 billion and showing no sign of slowing, it will become an ever more important one — particularly as climate change creates additional pressures on the global food supply. Protected from the ravages of flood, drought, and pests, and closer to the urban centers demanding more fresh, local food, the niche that vertical farming fills right now will only grow. The headwinds currently slowing the industry’s growth are not permanent. Energy prices will eventually stabilize as farms secure their own renewable sources while continuing to improve efficiency through peer learning and technological advancement.
So, let’s be clear-eyed and not disillusioned moving forward. The vertical farming industry is right where it should be. Let’s continue to work together to address some key market needs and add value to consumers.
Have a taste for more? Please visit our website at www.unfold.ag and follow us on social media: Twitter, LinkedIn, and YouTube. Let’s seed the way forward, together.
People work and harvest in Freight Farms’ container farm, the Greenery™ S
Hi, I’m Rick Vanzura, CEO of Freight Farms. Our vision is a world in which resilient and self-sufficient communities grow through local food and sustainable food systems, which we strive to make a reality through our indoor farming technology. We build our hydroponic farms inside 40’ x 8’ shipping containers that are precisely controlled and climate independent. Each container farm enables farmers to produce 2+ acres of fresh, hyper-local food annually, no matter where in the world they put the farm. This distributed model is central to Freight Farms’ mission. As part of a decentralized network, Freight Farmers — who make up the largest IoT-connected network of commercial farms — have access to the knowledge and support of other growers from around the world via our farmhand® software. This includes hundreds of for-profit, educational, and nonprofit farmers.
A container farm in transit to the Bahamas, where it is being put to work growing produce for the community.
Over the last year, an increased focus on a return for the billions of dollars invested has put the indoor agriculture industry under pressure. This was inevitable and is, to some extent, welcome. It will force all of us to be much more focused on strong business models, energy consumption, and wise allocation of resources. It also will encourage the industry to work together to highlight the advantages of controlled environment agriculture and indoor farming in both the near and distant future. Issues of declining land and water availability will not go away. The population will not stop increasing. Climate change is a reality. We will need all forms of agriculture to mitigate these issues and feed the planet.
Freight Farms’ container farm, the Greenery™ S, alight with high-power, high-efficiency LED grow lights.
I hope to see many of you at Indoor Ag Con, where we can continue to explore the issues and opportunities facing the industry and find ways to collaborate. CEA and indoor farming take many forms, but we share a common goal of providing climate-independent access to food around the world. Let’s tackle the pressing issues of energy usage and business model viability to continue to prove our value to both consumers and the planet. As the current investor climate illustrates, we have no time to waste. A win for any of us is a win for all of us.
Founded in 2012, Freight Farms debuted the first vertical hydroponic farm built inside an intermodal shipping container with the mission of democratizing and decentralizing the local production of fresh, healthy food. Since its inception, Freight Farms has refined its product offering to arrive at the Greenery™ S container farm. With global customers ranging from small business farmers to the corporate, hospitality, retail, education, and nonprofit sectors, Freight Farmers make up the largest network of connected farms in the world. AgTech Breakthrough named Freight Farms the 2022 “IoT Monitoring Solution of the Year” for its farmhand® IoT automation software.