• Once I can secure some land to construct a vertical farm, I’ll need to know how to make it a sustainable business. Below is the start of that research.

    Microgreens Business… Is It ACTUALLY PROFITABLE?? * Video (6 minutes)

    If you are thinking of growing microgreens for profit or starting a microgreens side hustle, you probably want to know how profitable microgreens really are. In this microgreens video I reveal exactly how much microgreens profit you can make from a tray when growing microgreens as a microgreens farmer. Learn microgreens how to with donnygreens for all the best microgreens advise and microgreens tips so you can have a profitable microgreens business plan. Micro greens are a great option for indoor farming, and urban farming. Learn how to grow microgreens, microgreens farming, growing microgreens at home, and indoor microgreens through my content.

    The REAL TRUTH About Growing Microgreens For Profit * Video (6 minutes)

    Want to know the real truth behind microgreens business and microgreens farming? I’m a microgreens farmer myself, and I’m going to use this microgreens video to tell you about the fun facts and hard truths of farming indoor microgreens. Growing microgreens indoors is a fun way to learn organic gardening and indoor farming while starting your microgreens business plan and understanding the real truth about health. If you already know how to grow microgreens, this will provide some insight as to whether your indoor garden can become a real business for you. This isn’t necessarily a microgreens how to video, but it relates to the benefits and drawbacks of urban farming and the microgreens industry.

    $20,000 a month growing microgreens (Started in a basement!) * Video (13 minutes)

    How to Sell Microgreens (part-time) * Video (18 minutes)

    Check out my website with free microgreens tools and more https://www.microgreensmaster.com/

    Here is pretty much everything I know about marketing and selling microgreens. I hope this video is helpful and not too boring. Thanks for watching!

    Microgreen Economics * Video (62 minutes)

    Microgreens FARM TOUR With Donny Greens * Video (16 minutes)

    When food becomes scarce – high-tech farms of the future * Video (26 minutes)

    Agriculture will have to change drastically in the future if it is to meet global demand. Food production will become increasingly difficult in the face of growing challenges like rapid population growth, climate change and soil exhaustion.

    In Berlin, too, you can find lettuces growing in beds without soil and under artificial lighting next to restaurant kitchens or in some supermarkets. But in Japan and the US the practice of growing vegetables in huge factory buildings has been around longer. These are a world away from your normal greenhouses. The plants are grown in sterile conditions without the use of any pesticides. The fruit and vegetables produced can be eaten without being washed. And the yield is 100 times greater than in a same-sized area outdoors. The Japanese maker of such high-tech farms is successfully exporting them around the world - to customers in the Arab Emirates and in Asia’s megacities, for example.

    We will all have to wake up to the fact that food production methods will have to change if our food supplies are to be secure in the future. Increasingly, our cities will have to come up with ways of growing more for themselves and becoming less dependent on rural areas and global food supply chains. At the same time it is imperative to reform conventional farming to make it more weather resistant and less resource intensive.

    Microgreens FARM TOUR With Donny Greens * Video (16 minutes)

    3 Most Profitable Microgreens * Video (16 minutes)

    Custom HydroCycle NFT Rack “how-to” for Microgreens * Video (40 minutes)

    In this video, CJ shares how to build a Nutritent Flow Technique system for Microgreens from scratch!
    BUILD COST ➽The estimated total for this is about $1,537.50 for all components (not including tools)!

    How to be a Successful Small Scale Mushroom Farmer * Video (12 minutes)

    The Truth Behind Container Farm Yields * Video (15:06 minutes)

    Over the past two or three years, we’ve seen many numbers listed for the production ability of container farms. Most of them have become unrealistic and in some cases totally absurd. The problem? These unrealistic numbers are adversely affecting the success of aspiring farmers.

    Today we’re going to give a simple and realistic breakdown of actual production numbers from outdoor production (by the acre) and two types of container farms.

    An acre is about 44,000 square feet.
    A container farm is 400 square feet, or 1% of an acre.

    Just to be clear, that means that to produce an acre of food (we’re going with a standard crop, lettuce) in 400 square feet, you’d have to multiply production by about one hundred times as much. To produce five acres of food in 400 square feet, you’d have to multiply production by five hundred times. If you skip ahead you’ll see that at best container farms could be expected to produce more like a quarter of an acre of produce, or twenty five times as much.

    So how much CAN a container farm produce?

    Let’s work through this… Arizona and California combined represent 96% of U.S. lettuce production with 2 harvests per year. We’re also going to be conservative and assume the numbers for leaf lettuce, which is lighter than head lettuce.

    For leaf lettuce, most producers harvesting 12 tons/acre/harvest. At two harvests per year, that’s 24 tons/acre/year. (48,000 pounds) It’s slightly over one pound per square foot per year.

    Shipping container farms with vertical technology use 256 ZipGrow Towers per container with 13 heads per Tower and 10.4 harvests per year (using 5 week turns). Depending on the size of the heads being grown (determined mostly by growing conditions and care), this could result in anywhere from 2.16 tons to 6.48 tons per year.

    At 2 oz/head… 2.16 ton/year (this is the most realistic number)
    This would equate to 9% of an acre, or 10x the production per square foot of outdoor production. Not bad. We don’t need to exaggerate it to have a great production number.

    At 4 oz/head… 4.32 ton/year
    This would equate to 18% of an acre, or 20x the production per square foot of outdoor production.

    At 6 oz per head… 6.48 ton/year
    This would equate to 27% acre, or 30x the production per square foot of outdoor production.

    A lot of folks will say that vertical container farms don’t represent container farms well - that stacked is different. So let’s run through the numbers and see.

    We’ll use a generic stacked container farm as an example, but we’ll be extra generous with the numbers, assuming a 14-foot width (rather than the 10-foot width of most shipping container farms) and a 2 foot access aisle. (Most would have a wider aisle.)

    That leaves two 6-foot swaths of space on either side of the aisle for growing space. With a 6-inch trough, we could fit 12 troughs side by side. A normal plant spacing would leave 8 inches between each plant site. (That’s 2/3rds of a foot.)

    We’re assuming 5 layers with 18 inches between layers. Also, not all of the footprint of the container is growing space. A conservative number leaves 70% of the footprint to be used for growing, while 30% is being used for storage, work tables, tanks, etc.

    That’s 2520 plants growing in the layout at any given time. Using the same 10.4 turns per year, this is what we end up with:

    At 2 oz heads… 1.6 ton/year
    This would equate to 7% acre, or 7x the production per square foot of outdoor production.

    At 4 oz heads… 3.25 ton/year
    This would equate to 14% of an acre, or 14x the production per square foot of outdoor production.

    At 6 oz heads… 4.9 ton/year
    This would equate to 20% of an acre, or 20x the production per square foot of outdoor production.

    As you can see, the production potential of container farms is good. The goal is not to say that indoor isn’t productive- it’s incredibly productive! 7 to 20 times the production is an incredible number. But 5 acres in 400 square feet? Not realistic.

    If we’re honest about these numbers, then the industry as a whole can move forwards, and producers can be more successful as a result.

    This is an important conversation to have. Please comment, ask questions, share, and add your own stories and concerns in the comments.

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