Engineering the Indoor Farm
In 2023, I was watching the healthy food industry grow. Organic was on the rise. The first thing I studied was growing cannabis in shipping containers. It was an interesting new trend, but it was a 24-hour job — you could lose your entire crop in a week. Fungus is the most common killer, caused by high humidity and poor circulation. Then there's bud rot (Botrytis), root rot (Pythium), Fusarium wilt, severe pest infestations — spider mites, caterpillars, fungus gnats, aphids, and thrips. And that's before you even get to overwatering, incorrect pH, heat stress, and burns. Too much risk for too little reward.
So I pivoted to aquaponics — a sustainable farming method that combines aquaculture (raising fish) with hydroponics (cultivating plants in water) in a symbiotic, closed-loop system. Fish waste provides organic nutrients for the plants, and the plants filter and purify the water, which gets recirculated back to the fish. I worked with that system for a few weeks, but then I started studying hydroponics — a soilless, water-based method that delivers nutrient-rich solutions directly to the roots in a controlled environment. It uses up to 90% less water and produces higher yields than traditional farming, with precise management of nutrients and oxygen, often using growing mediums like perlite or coconut coir. After studying both methods, I went all in on hydroponics.
Everyone else in the industry was buying old, used refrigerated shipping containers and converting them into indoor growing pods. After looking into that method, I decided I wanted to build my own containers from start to finish. Starting from new, purpose-built shells instead of converting old ones eliminates an enormous amount of work and investment — and it lets me implement fabrication techniques nobody else in the industry was using.
I've been fabricating for over 35 years. I have some of the most advanced equipment in the industry. And while most of the indoor-farming world was building with various plastics, I built mine in stainless steel. It hadn't been done in the industry before — too costly, most felt it wasn't necessary. But I was set on getting maximum longevity out of my Grow Pods. So I founded AmeriGrow Labs.
I started with a 20-foot design. It took a couple of months to fabricate from scratch, and I had to research huge amounts of an industry I'd had very little prior knowledge of. After a few months, I had a solid working prototype, and I could start growing. No soil. Faster growth. Higher yields. Water-efficient. Minimal footprint. Year-round production. A 40-foot container produces the equivalent yield of one acre of traditional farmland. Climate-controlled. Capable of operating in urban centers, deserts, or cold climates — cutting transportation costs to zero on the back end.
I was knee-deep in the business and bringing prospects through to see the new designs. Right as I was about to scale, I got an offer from an Australian company to buy the entire business. After some thought, I sold it. It would have been a great business, but my other businesses were producing far higher profit margins, and a profit at the right time is always better than a loss at the wrong one. AmeriGrow Labs accomplished what I set out to do — prove that the next generation of indoor farming should be built in stainless steel, engineered to last, and ready for the future of food.
