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Transfarmation

Reinventing the Farm: How Transfarmation Is Turning Industrial Animal Operations into Indoor Opportunity

For many farmers, leaving industrial animal agriculture—often referred to as factory farming—isn’t about ideology; it’s about survival. Mounting debt, limited autonomy, and shrinking margins are forcing producers to rethink their future. As Director of The Transfarmation Project, Katherine Jernigan works directly with farmers to repurpose existing animal-ag infrastructure, identify viable specialty crops, and build plant-focused businesses that offer both economic stability and renewed control. In this Indoor Ag-Content Q&A, Katherine shares what sparks these transitions, how controlled environment agriculture fits into the equation, and why farmer-to-farmer solidarity is central to Transfarmation’s work.

Katherine, you work with farmers who are thinking about a major life and business pivot—moving away from industrial animal agriculture into plant-focused production. When a farmer first reaches out, what usually sparks that conversation, and how do you start shaping a transition plan that feels both realistic and hopeful for them?

Transfarmation 2When farmers first reach out, the conversations are almost always sparked by a deep sense of financial and emotional distress, alongside a critical lack of autonomy in their own operations. The industrial contract farming model traps farmers in a cycle of debt, known as the “debt treadmill,” which can take farmers decades to escape.

We work together to shape a realistic plan by focusing immediately on the practical aspects: we examine their existing infrastructure and geographic area to determine which specialty crops will actually sell in their region. We bring in technical consultants to help map out exactly what the conversion looks like, from construction costs to crop performance.

The hope comes from recognizing they’re no longer trying to tackle this in a silo, but as part of a broader, collective effort.  Transfarmation is a farmer-led movement. We connect them directly with other farmers in our network who have successfully made the switch. There is immense power in that solidarity. Knowing they aren’t alone and being able to talk to someone who has walked this path before is often the most important tool we offer.

One of the most fascinating parts of Transfarmation’s work is reimagining existing barns and livestock facilities as indoor growing spaces. From your vantage point, what kinds of structures make farmers say, “Wait… this could actually work for CEA”? Any early “aha moments” you can share?

Part of the power of Transfarmation lies in its ability to see potential in spaces that others feel are single-use. In our early days, before we had physical examples of farmers transitioning their structures, people told us the buildings were useless liabilities–that we should tear them down and build from scratch. But we knew the expense farmers had put into building the structures and the additional expense that a teardown and rebuild would entail. We view the buildings as a blank canvas, and we are committed to repurposing and exploring viable options within a farmer’s budget.

Poultry and hog barns are actually perfect starting points for CEA, particularly for mushroom and greenhouse production. These facilities often already have some of the core components we’d look to install for a CEA system, such as climate control, utility connections, and, in the case of hog barns or dairy parlors, concrete floors similar to what you’d see in mushroom facilities. They are also very similar in structure across the country, so the solutions and infrastructure changes Transfarmation recommends are highly replicable.

One of our team’s favorite “aha” moments was working with the Hamilton family in Indiana. Paula is so brilliant that she not only retrofitted her dairy parlor, but she has also adapted equipment like the balk tank cooler to cultivate mushrooms. She manages the entire process of growing mushrooms, from spawn to creating her own substrate, to colonizing, fruiting, and processing. Paula really illustrates the ingenuity of farmers and their ability to creatively utilize the resources available to them.

At Indoor Ag-Con, you’ll be part of our Field to Future workshop, helping traditional farmers unpack the real costs, labor needs, and ROI of stepping into indoor ag. When you sit down with farmers exploring this shift, what tends to surprise them the most—and what support ends up mattering most as they weigh their options?

I think the biggest surprise is often the difference between the bottom line and the sheer labor involved. We know from the Census of Agriculture that the median income for contract poultry farmers has been less than $5,000 a year. When you run the numbers on high-value specialty crops like mushrooms, the return on investment can be significantly higher.

But beyond the finances, the major shift is in lifestyle and autonomy. You go from being on call 24/7 for livestock—where an integrator dictates your feed, schedule, and equipment upgrades—to managing a controlled environment where automation handles watering and climate. That shift frees farmers up to actually run their business. They get to decide who they sell to, whether that’s local families or regional distributors, rather than being locked into a single buyer who controls their entire operation.

Your fireside chat at the show spotlights a family in Iowa that turned a former hog operation into a specialty mushroom business. For people who haven’t heard the story yet, what about that transformation stands out to you? And what might indoor growers learn from farmers who’ve successfully reinvented their operations like this?

The Faaborgs’ story stands out because it illustrates a smart, risk-managed approach to a massive operational pivot. After 30 years in the hog industry, they were facing the common reality of high input costs and diminishing returns. When they transitioned in 2022, they didn’t try to convert the entire facility overnight.

Instead, they started with a pilot operation growing reishi, lion’s mane, and oyster mushrooms in a smaller setup to prove the concept before scaling up. For indoor growers, the lesson here is critical: you don’t have to do everything at once. You can build with intention, test your market, and expand as you succeed. Beyond the business case, they are also revitalizing their land by planting trees and pollinator plants. They even remediated their former cesspool, which had held hog waste, turning a pit of waste into a beautiful pond filled with fresh water. That is a transformation you have to see to believe!

You often talk about food systems in a way that blends sustainability, community, and new market opportunities. As you look at where Transfarmation is headed, what trends or partnerships excite you most—and where do you see CEA playing an even bigger role in helping farmers transition into resilient, plant-forward businesses?

We are entering a really exciting phase of scaling our impact. We are moving beyond one-on-one pilot projects and launching a new incubator program. This allows us to combine self-paced training with specialized technical consulting, enabling us to equip significantly more farmers with the actionable tools they need to grow thriving plant-focused businesses.

What excites me most is the solidarity we are building, bringing together what some might call ‘unlikely allies’. We are seeing farmers, environmental advocates, and policymakers come together to build the market channels and policy support sustainable farms need to thrive.

As for CEA, it is the game-changer for resilience. It offers a climate-smart way to stabilize production and income, regardless of the weather outside. Ultimately, CEA enables us to transform infrastructure that was once a burden on the farmer and the environment into a center of creation—growing healthy food and revitalizing the local rural economy.

Katherine will bring these perspectives to Indoor Ag-Con 2026, where she’ll participate in the Field to Future: Exploring Indoor Ag Opportunities for Traditional Field Farmers pre-conference workshop, speaking candidly about the business realities of cost, labor, and ROI when transitioning away from industrial animal agriculture. She’ll also take part in a fireside chat in the new Conventional Agriculture Track, spotlighting a real-world transformation of a former industrial hog operation into a specialty mushroom business. Together, these sessions offer a grounded look at how controlled environment agriculture can help farmers rethink existing infrastructure, reduce risk, and build resilient, plant-focused operations.

Learn more about The Transfarmation Project, www.thetransfarmationproject.org,   p: 919.307.1819

Trend Report 2 | Indoor Ag-Con 2025: Smart Greenhouses, Climate Control Matters, Sustainable Storage

Indoor Ag-Con, the largest show dedicated to indoor agriculture, is the place to find the latest trends shaping the future of farming. Come March 11-12, farmers, growers, ag tech leaders, suppliers, advocates and enthusiasts will converge at Westgate Las Vegas to experience an expanded Expo Hall with 200+ exhibiting companies offering the most cutting-edge products, services and tools on the market.

The indoor agriculture industry is undergoing rapid innovation, driven by sustainability, technological advancements, and shifting consumer demands. As food security and environmental concerns continue to shape the global agricultural landscape, industry leaders are embracing new strategies to enhance productivity, efficiency, and profitability.

Here are the top trends shaping indoor agriculture in 2025:

Smart Greenhouses Enhance Productivity

Advanced climate control technologies are making greenhouses more efficient and resilient. Innovations such as smart ventilation, automated shading, and energy-efficient heating and cooling systems help maintain ideal growing conditions year-round. By integrating real-time weather data and IoT-powered sensors, greenhouse operators can significantly reduce energy consumption while maximizing crop yields.

Rimol Greenhouse Systems (Booth 903) is a family-owned commercial greenhouse manufacturer based out of Hooksett, New Hampshire. They have been serving the industry for over 30 years with customized greenhouse kits designed for growers of all sizes, in the agricultural, horticultural, educational, cannabis and homesteading markets. They work closely with growers to design a complete greenhouse to fit their needs, including the structure, covering, heating and cooling systems, environmental controls systems and more.

Lubing Horticulture’s (Booth 225) mission is to bring effective and efficient products to greenhouses of all sizes. They offer OptiCOOL evaporative plastic cooling pads, High Pressure Fogging System, and a NEW Automatic Gutter System (AGS). At Indoor Ag-Con, they will showcase AGS made to fit small – medium sized greenhouses with one of the primary design requirements for this system is to keep both the germination and harvesting at the front of the greenhouse to increase operational efficiency for small growers.

Borlaug (Booth 634) is a horticultural service company specializing in the engineering design, service, and construction of greenhouses and indoor farms. They specialize in Crop Climate Systems, Water Systems and Facilities’ construction, installation, and commissioning.

Climate Control Yields Better Crops

Indoor agriculture is increasingly reliant on advanced climate control systems to optimize growing conditions and improve crop yields. As unpredictable weather patterns and climate change impact traditional farming, growers are turning to precision-controlled environments where temperature, humidity, CO₂ levels, and lighting can be finely tuned to maximize efficiency. Technologies such as hydroponics, aeroponics, and vertical farming integrate AI-driven sensors and automated climate regulation to maintain ideal growing conditions year-round.

VT Dry & Cure Technologies (Booth 317) stands at the forefront of drying, curing, and storage, harnessing patented Vaportrol® technology to reliably and effectively dry, cure, and store agricultural products with consistent, repeatable outcomes. Their vapor pressure-based systems for drying, curing, and storage are critical in various industries such as agriculture, pharmaceuticals, and food processing, offering precise control over environmental conditions to optimize product quality and integrity. Their systems regulate the vapor pressure between the product and its surroundings, effectively managing the moisture removal rate and never over-drying, so producers can maximize product yields and profitability. This controlled environment minimizes the risk of product degradation, inhibits mold growth, ensures consistent drying and curing, and provides stable, long-term storage.

DryGair (Booth 916) develops innovative dehumidification solutions for commercial-scale horticulture, including greenhouses, indoor grow rooms, vertical farms and more.

Since 1985 Climate Control Systems Inc. (Booth 503) has provided automation to CEA growers for flowers and vegetable crops, vertical farm operations, and cannabis growers. They help growers tachieve better crop production using computer automation in their operation. These systems improve crop yields, save on energy costs, and save 30% – 40% on water and fertilizer costs. Nebula Group proudly announces the acquisition of the Delta 9 Grow Pod business from Delta 9 Biotech. This acquisition paves the way for the formation of Nebula Grow a new company with the new firm “The Horticulture Company”.At Indoor Ag-Con, they will have an actual working 20′ Nebula Grow Pod on the show floor, as well as continue to showcase the Fertigation Manager featuring PPM targeting of nutrients with live demos on the actual machine.

At Indoor Ag-Con, Hoogendoorn (Booth 803) is showcasing how IIVO’s Intelligent Algorithms are transforming greenhouse operations. These algorithms empower growers to make precise, data-driven decisions, forecasting conditions and autonomously adjusting climate settings. Additionally, they are introducing IIVO Compact+, a powerful yet accessible solution designed for smaller-scale growers who want to leverage the same advanced automation and data-driven insights as large-scale operations. With over 100 installations worldwide, IIVO and IIVO Compact are proving their ability to enhance sustainability, boost profitability, and simplify greenhouse management. Look for live demonstrations of IIVO’s capabilities, showing how its Intelligent Algorithms adapt in real-time to changing greenhouse conditions.

Bosman Van Zaal (Booth 216) is a leading specialist in horticultural technology, with more than 100 years of experience and currently 300 employees worldwide. Whether it’s cultivation systems, climate control, lighting, irrigation, construction, vertical farms or software: Bosman Van Zaal is the one-stop-shop partner for Turnkey projects, all in the field of Controlled Environment Agriculture (CEA). Introducing Polariks – your gateway to the future of data-driven excellence. Discover the power of this cutting-edge data platform, designed to seamlessly integrate sensors, machines, and systems at Indoor Ag-Con

Sustainable Storage and Containment Solutions

Storage and containment in indoor agriculture are critical for maintaining efficiency, sustainability, and food safety. Proper containment systems help regulate nutrient solutions, water, and growing media, ensuring crops receive consistent and optimal conditions. Advanced storage solutions, such as modular vertical racks, temperature-controlled seed banks, and airtight nutrient reservoirs, prevent contamination and improve resource management. In hydroponic and aeroponic setups, specialized tanks store nutrient-rich water, while automated distribution systems deliver precise amounts to plants, minimizing waste.

Da Ros (Booth 1034) offers a complete package of solutions for indoor farms: produce harvesting, tray washing, automatic tray warehouse, tray filling-seeding transplanting. At Indoor Ag-Con, Da Ros will showcase its new tray for baby leaf production.

MFG Tray (Booth 1116) has more than 60 years of experience in designing and molding an extensive line of trays, flats, and containers. The company is continually developing new products to meet specific growing, storing, and processing requirements. Success in vertical farming and insect rearing results from a carefully balanced mix of pH, nutrients, light, temperature, and humidity. MFG Tray Farming products provide solutions and consistent benefits regardless of harsh environmental conditions.

Anu (Booth 1111) specializes in advanced hydroponic farming solutions, providing modular, aeroponic container farms that enable sustainable, high-yield food production in any environment. Our USDA-NIFA SBIR-funded Pure Produce Container is a fully self-contained, rapidly deployable system designed for urban agriculture, educational institutions, food security initiatives, and commercial growers. By leveraging Rotary Aeroponic® technology and Self-Nurturing Seed Pods, their systems maximize efficiency, reduce labor costs, and create climate-resilient farming opportunities. We also offer customizable solutions for schools, businesses, and community organizations, integrating technology, automation, and sustainability to revolutionize local food production.

Hydrofarm|Innovative Growers Equipment (Booth 1008) is the Growtainers® manufacturing and marketing partner. IGE manufactures racking, lighting, greenhouse benches and other horticulture/hydroponic supplies. Hydrofarm markets and distributes those products plus soils, fertilizers, etc. Growtainers® are custom made Container Farms available worldwide. At Indoor Ag-Con experience the , the Growtainers® Tissue Culture Labs, a cutting-edge tissue culture shipping container, These state-of-the-art laboratories, nestled within 40’ or 53’ insulated tissue culture shipping containers, are at the forefront of tissue culture innovation.

As these trends continue to evolve, the indoor agriculture industry is poised for significant growth and innovation, reshaping how food is produced and distributed globally. With technological advancements and sustainability at its core, the future of indoor farming is brighter than ever.

For more information on the 2025 exhibitors and Trend Report 1, please visit https://indoor.ag/trend-report-2025/

 

Trend Report Part Two – Indoor Ag-Con 2024

Climate Control, Smart Irrigation, Healthy Super Food

(Photos L-R from Hoogendoorn, FabricAir, NGS, Pure Life Carbon and Dramm)

Indoor Ag-Con returns March 11-12 to Caesars Forum Las Vegas offering attendees an insider look into the driving forces behind the ever-evolving vertical farming | greenhouse | controlled environment agriculture industry. Boasting an expanded Expo Hall with 200+ exhibiting companies showcasing the most cutting-edge products, services and tools on the market, Indoor Ag-Con will offer an immersive experience to farmers, growers, ag tech leaders, suppliers, advocates and enthusiasts.

As a follow-up to Indoor Ag-Con Trend Report One issued earlier this year, below are some of the latest trends shaping the indoor agriculture industry today and a selection of product highlights from Indoor Ag-Con 2024 exhibitors.

Climate Control

In recent years, climate control has emerged as a pivotal trend in indoor agriculture, revolutionizing the way crops are grown in controlled environments. With a heightened focus on sustainability and food security, growers are increasingly turning to sophisticated climate control systems to optimize growing conditions regardless of external weather patterns. These systems integrate advanced technologies such as sensors, automated ventilation, and LED lighting, to create tailored environments that mimic ideal growing conditions. By fine-tuning factors like temperature, humidity, CO2 levels, and light intensity, indoor farmers can achieve higher yields, faster growth cycles, and superior crop quality while conserving resources and minimizing environmental impact.

Groupe Eode, (Booth 1306) in partnership with ECU Plus, ATC, and GPS, offers a comprehensive precision climate solution, assisting growers in increasing yields while minimizing risks and energy costs. The ECU plus is a new product line offering a HVAC system capable of delivering the most precise temperature and humidity control in the industry, with exceptional energy efficiency. GPS is a new product line reducing and controlling mildew and pathogen by generating ions in the space. Cost effective and without any maintenance or replacement parts.

Hoogendoorn Growth Management’s (Booth 600) flagship product, IIVO, is a revolutionary climate computer equipped with Intelligent Algorithms, streamlining greenhouse management. IIVO not only simplifies climate optimization but also stands out with proactive Intelligent Algorithms that continuously fine-tune climate control based on forecasted weather conditions, ensuring peak efficiency in greenhouse operations.

Microclimates (Booth 701) is an innovative technology firm specializing in environmental automation tailored for the controlled agricultural sector. In an era where automation systems often operate independently, lacking seamless communication, Microclimates introduces a groundbreaking solution. Unlike traditional siloed approaches, the platform transcends hardware dependencies, providing a unified ecosystem. Through the platform, disparate systems—ranging from climate control and lighting to irrigation and fertigation—are seamlessly integrated onto a single user-friendly interface, facilitating harmonized data management and optimal operational efficiency. Microclimates partnered with Veea Inc. to launch  LoRaWAN (Long Range Wide Area Network) as the wireless solution for sensing and controlling and its low price point allows for easy deployment in any facility.

DryGair (Booth 207) develops and manufactures a patented dehumidification solution for commercial-scale horticulture, including greenhouses, nurseries, indoor grow rooms, drying rooms, and more. DG dehumidifiers combine powerful and efficient dehumidification with a unique air circulation mechanism to ensure uniform, optimal conditions in the grow space.

DesertAire (Booth 1305) offers highly efficient, purpose built integrated HVACD equipment specifically designed for indoor agriculture. Desert Aire’s GrowAire™ GreenAire™ and DriCure™ HVACD solutions provide integrated HVAC control of temperature and humidity in order to provide stable VFD to enhance and protect crops. The new Chilled Water Integrated HVACD System for CEA will be shown at Indoor Ag-Con.

FabricAir (Booth 702) provides complete air solutions for indoor farming and vertical grow operations. Their fabric-based air delivery systems are custom engineered to prevent microclimates, facilitate uniform temperature and humidity within the grow space, and allows plants to flourish through every stage of the grow cycle. FabricAir ducts are lightweight, hygienic, washable, and they don’t condensate which eliminates corrosion issues. The Rack Flow system offers custom designed airflow solutions for multi-tiered grow spaces.

A new partnership between Wageningen University & Research and Skytree (Booth 903), focuses on the use of direct air capture (DAC) technology in the Dutch horticulture industry. The project aims to explore how DAC-generated CO2 can affect plant growth, the energy efficiency of producing CO2, and the optimal integration of DAC into existing greenhouses.

  • Quality: The project investigates the impact of DAC-generated CO2 on plant growth, which is crucial for greenhouse quality improvements.
  • Energy: It measures the energy required to produce 1kg of CO2, a key factor in the sustainability of greenhouse operations.
  • Integration: The research focuses on optimizing DAC integration, which is essential for modernizing greenhouse infrastructure.

MJTech (Booth 320) is a leader in providing high-pressure fog systems, from breeding to propagation and/or cultivation. To manage humidity, to have adiabatic cooling (lower temperatures) all in the most flexible way with your overall climate computer steering.

Smart Irrigation

Irrigation in indoor agriculture has undergone a notable transformation, driven by advancements in technology and a growing emphasis on sustainability and efficiency. Traditional irrigation methods, such as flood and drain systems or hand-watering, are being replaced by more precise and automated techniques. Hydroponic and aeroponic systems, utilizing nutrient-rich solutions or misting mechanisms, have gained popularity due to their ability to deliver water directly to plant roots while minimizing waste. Moreover, the integration of sensors, data analytics, and smart controls enables growers to monitor and adjust irrigation schedules in real-time, optimizing water usage and crop health. This shift towards precision irrigation not only conserves water, but also enhances crop yields and quality in indoor farming environments.

Dramm (Booth 613) is pleased to announce their partnership with CE-Line to provide in-line nutrient testing to irrigation water in North America. CE-Line is a unique, laboratory quality, nutrient analysis system that automatically samples water throughout the day. This in-line testing solution provides accurate data within an hour, eliminating the wait for test results from a remote laboratory. Sample results are securely stored in the cloud with APIs available to connect to your climate control and fertigation systems. This connectivity allows for automated optimization of nutrient levels in real-time.”

In the Controlled Environment Agriculture (CEA) sector, Siemens’ (Booth 1400 and 1501) advanced controls systems, innovative infrastructure, and building automation systems empower growers to optimize crop growth, conserve resources, and increase yields—all while harnessing the power of automation and data-driven insights—leaving customers more sustainable, from the field to the table.

FGM USA (Booth 321) offers automated NFT growing systems including all irrigation and water treatment systems, as well as a propagation/vertical grow system manufactured by FGM. FGM a Danish and USA Company is a leading designer and mfg. of horticulture equipment since 1979.

HANS® (Booth 1522) has reinvented every component used to treat water – from the redundant pump to reverse osmosis elements into intelligent, efficient, space-saving devices. They are designed to work together in modular, scalable systems to meet every need. So even if your customers have brackish water, or need de-ionized water, or use a million gallons per day, HANS components can be assembled to get the job done – quickly, easily and effectively.

Super Food

Indoor agriculture presents a promising avenue for exploring alternate food sources, particularly in the realm of sustainable and innovative farming practices. Vertical farms, hydroponics, and aquaponics systems are just a few examples revolutionizing how we grow food. These methods not only maximize space but also offer opportunities to cultivate unconventional crops like microgreens, edible flowers, and specialty herbs. As indoor agriculture continues to evolve, it provides a fertile ground for experimenting with diverse food sources, offering resilience against climate change and bolstering food security for future generations.

Pure Life Carbon (Booth 1222) is a private Canadian clean AgTech firm that has developed the first re-usable, carbon sequestering, soilless growing medium for the controlled environment agriculture market. The products utilize Advanced Carbon technology to solve problems for growers that were unsolvable in the past. Pure Life Carbon is among a high-performing group of global innovators and visionaries working to feed the populations of tomorrow while healing the environment. Pure Life Carbon has developed the first re-usable, carbon sequestering, soilless growing medium for the controlled environment agriculture market.

Klassman-Dielmann’s (Booth 812) focus will be on the presentation of a genuine innovation for modern horticulture: Nygaia. Nygaia is a new and groundbreaking substrate fiber based on biopolymer technology that is biodegradable and is particularly suitable for use in hydroponic systems.  Under the theme “The magic of innovation,” the completely newly developed, innovative substrate solution will be brought to life with plant examples grown in Nygaia, test kits distributed to interested guests at the Klassman-Dielmann booth or with the appearance of magician Rob Anderson during the Indoor Ag-Con Expo Floor Day One Cocktail reception!

Royal Gold (Booth 505) is the Original Coco soils company, pioneering Coconut based soils and growing mediums for nearly 2 decades. They are leaders in quality and consistency in the marketplace and focus on industry leading customer support for both hobby and commercial cultivation of all crops. Featuring a variety of soils and soilless mediums and offering OMRI/CDFA organic fertilizers and amendments, Royal Gold is the gold standard in gardening. They will be displaying the new All-purpose fertilizer and new 70/30 Coco-Perlite Blend as well as sharing information on its forthcoming Planting Mix and Potting and Propagation Mix.

BIO520 (Booth 1212) is an all-natural essential liquid mineral nutrient for optimal plant cultivation. Derived from a combination of ancient volcanic magma and sea sediments, and free of any harmful chemicals, BIO520 contains an abundance of vital minerals to help plants thrive. BIO520 is beneficial for all plants and crops, indoor or outdoor. Developed from Mother Nature for Mother Nature.

NGS (Booth 1023) manufactures hydroponics for Strawberries, Lettuces and Leafy Greens. NGS is an engineering firm which has been developing automated systems to optimize growing production both by reducing labor and by incrementing production. NGS builds greenhouses that grow lettuce in the desert as well as indoor systems for strawberries. NGS is presenting its patented rotational system for strawberries which doubles normal tabletop production. This new system is revolutionizing the way strawberries are being grown while reducing labor and production costs.

Supreme Perlite (Booth 1216) horticultural perlite products are the ideal indoor, CEA, or hydroponic growing media made here in the U.S.A from domestic raw material sources. The products are sterile, 100% natural, non-toxic, lightweight, pH neutral, durable and insulating. Used as a standalone product, expanded perlite offers clear advantages such as excellent capillarity, water-holding capacity, and air-filled porosity. Combined with other media, perlite boosts drainage rates and aeration, holds moisture and nutrients close to roots, and resists compaction as other substrates begin to break down.

 

EPM (Booth 521) stands at the forefront of eco-friendly plant protection, manufacturing natural solutions in the USA. They excited to debut a 3in1 plant wash, ECO Green, an innovative solution that cleans plant leaves, roots, and acts as an effective pest management alternative. Its unique blend of catalytic enzymes and citric acid not only removes dirt and biofilm but also guards against pests.

For more information on the 2024 exhibitors, please visit www.indoor.ag.

ABOUT:

Founded in 2013, Indoor Ag-Con has emerged as the largest trade show and conference for vertical farming | greenhouse |controlled environment agriculture. Its events are crop-agnostic and touch all sectors of the business, covering produce, legal cannabis | hemp, alternate protein and non-food crops. More information, visit www.indoor.ag

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Glenn Behrman and Chris Mayer. Photo compliments of Vertical Farm Daily

Hydrofarm and CEA Advisors Announce Strategic Alliance

hydrofarm and growtainer Hydrofarm Holdings Group, Inc. (“Hydrofarm”), a leading manufacturer and distributor of equipment and supplies for controlled environment agriculture (“CEA”), today announced that it has entered into an exclusive strategic alliance with CEA Advisors, a global design/build consultancy to the vertical farming industry and manufacturer of Growtainers® and Growracks®, to accelerate their expansion into the growing and evolving CEA space for both food and non-food production.

(Photo above — (L-R) Glenn Behrman and Chris Mayer – compliments of Vertical Farm Daily)

Hydrofarm’s Innovative Growers Equipment (“IGE”) commercial division will serve as the North American manufacturing and marketing hub for Growtainers® and Growracks®. IGE’s Sycamore, Illinois facility combines manufacturing, research and development, and warehouse space serving the global market.

“We are excited about our relationship with Glenn Behrman and CEA Advisors. It will bring great enhancements to the creative solutions and support we provide to the CEA market,” said Chris Mayer, SVP and Head of Hydrofarm Commercial. “Our priority is to be one of the most important global providers of CEA products and services. We believe that the CEA industry has tremendous potential, and we are very excited to have a 50-year veteran of the global horticulture industry on our team.”

“Working with the Hydrofarm team, IGE, and Chris Mayer is a dream come true for a company like CEA Advisors,” said Glenn. “I’m convinced that collaboration is the key to success in today’s challenging economic environment. We strongly believe that in CEA, there is great opportunity for new farmers globally, and that is why our first initiative will be the design and distribution of an affordable entry level Growtainer®. The beginning CEA farmer can learn and experience this type of production with minimal investment and then move on to other more sophisticated systems that are available.”

About Hydrofarm Holdings Group, Inc.

Hydrofarm is a leading independent manufacturer and distributor of branded hydroponics equipment and supplies for controlled environment agriculture, including grow lights, climate control solutions, growing media and nutrients, as well as a broad portfolio of innovative and proprietary branded products. For over 40 years, Hydrofarm has helped growers make growing easier and more productive. The Company’s mission is to empower growers, farmers and cultivators with products that enable greater quality, efficiency, consistency and speed in their grow projects.

www.hydrofarm.com

www.innovativegrowersequipment.com

About CEA Advisors LLC

CEA Advisors provides Consulting services on the global development of turnkey innovative investment grade indoor farming projects from concept to implementation, including design, engineering, technology procurement, installation, and hands on project management for a wide variety of international clients including Start-Ups, Biotechnology firms, Government Agencies, Universities, Commercial Growers, Researchers, Pharmaceutical Manufacturers, Food Manufacturers, Food Processors and Grocery Retailers.

Glenn Behrman has always been a disruptor and an industry pioneer, a hands-on “C’ level executive in the Horticulture industry for over 50 years and laser focused for the past 13 years on Controlled Environment Agriculture as founder and President of CEA Advisors LLC.

www.cea-advisors.com

www.growtainers.com

Ceres GS Presents The SunChamber™

Ceres GS Presents, The SunChamber™ – a Sealed Geothermal Growhouse, Powered by the Sun, the Earth, and Data

Indoor Ag-Con Exhibitor News From Ceres GSIndoor Ag-Con Exhibitor News Ceres GS:  Ceres Greenhouse Solutions , a company specializing in smart greenhouse design and engineering, has named their new sealed growhouse design, the SunChamber™ – characterized by its sun harvesting and climate control capabilities.

The SunChamber™ is more than a greenhouse, it’s a catalyst to a new way of food production. The SunChamber™ is a holistic system design for farmers looking to achieve maximum climate control in order to consistently yield the highest quality crop. The design includes the following components into one superior growing solution:

  • The Ceres EcoLoop™ geothermal HVAC system
  • A Ceres smart controller that monitors greenhouse conditions for continued optimization of the grow environment
  • QbD (Quality by Design) principles applied throughout both the grow houses and processing facility commonly called the headhouse
  • Ozone water treatment and water reclamation
  • Fertigation systems
  • Customized grow systems, including air purification, CO2 enhancement and clean in place (CIP) sanitation systems
Complete and Precise Climate Control Within Each Grow Environment

The sealed and insulated properties of the SunChamber™ envelope, combined with the full system automation of a Ceres smart controller, allow for complete and precise climate control within each grow environment. Growers can precisely monitor and adapt the growhouse according to the needs of the plants (i.e., genetics, evapotranspiration rates, etc.), while maintaining optimal Vapor Pressure Deficit (VPD)—maximizing plant growth and yield while minimizing operating costs. VPD-based climate control significantly reduces energy consumption without compromising plant health. Full growhouse automation also reduces the need for labor and lowers the potential for human error.

The SunChamber™ is designed to be built on a modular scale to grow with your business. As each greenhouse is sealed from the rest of the facility, there is complete biosecurity as well as independent climate control in each greenhouse unit.

SunChamber™ design also integrates seamlessly with Ceres’ innovative and highly energy-efficient ground-coupled heat pump HVAC system called the EcoLoop™. The EcoLoop™ heats, cools and dehumidifies the SunChamber™ by utilizing the steady temperature of the earth. This geothermal HVAC system is up to 60% more efficient than a traditional HVAC system and can be replicated for each greenhouse environment. Additionally, the ground coupling component of the system allows for a 10% federal tax credit. For the time being, the EcoLoop™ functions exclusively with the Ceres SunChamber™, however Ceres may be expanding its use to other products and applications in the near future.

The SunChamber™ includes custom system integrations to align with each client’s individual growing needs. After understanding the client’s site information and growing goals, Ceres designs an optimized facility that combines all the technology and grow systems needed for the cultivator to achieve the highest possible yields for the lowest energy input.

Bringing the Sun Indoors

Ceres applies QbD (quality by design) principles to all SunChamber™ facilities. QbD is a systematic approach to product and product development in order to deliver safe, consistent products while emphasizing manufacturing efficiency. Some QbD design considerations include biosecurity, employee workflow, environmental consistency, measurability and manufacturing efficiency. These principles ensure less crop failure, a more user-friendly workflow, and the ability of the facility to become GMP certified if need be.

The SunChamber™ is bringing the sun indoors by combining controlled environment agriculture with the productivity of sunlight. In a time when crops are more and more vulnerable to changes in the climate, the SunChamber™ provides year-round crop security and consistency. This also means more yield per square foot than traditional agriculture. On top of biosecurity, growing in a SunChamber™ will reduce water, land and energy usage, and will make local food production more accessible.

For more Indoor Ag-Con Exhibitor News Ceres GS  like the SunChamber™, email Ceres Greenhouse Solutions at  info@ceresgs.com