Container Farms on School Campuses – Community Supported Agriculture

With a foundation in technology and science, there’s greater interest in container farming among students of all ages. Controlled-climate farming enables people to grow food almost anywhere in the world, helping to eliminate food deserts.

Container Farms on School Campuses – School districts and teachers are always looking for new and innovative tools to capture their students’ attention and promote enthusiasm for learning.

Teaching students how their education is interwoven into later professional success just might bring purpose to those who currently find none in a traditional classroom.  When you place students in a setting with engaging hands-on projects that give them practical experience, the potential for future success is limitless.

An operating container farm has a unique ability to touch multiple subjects and areas of interest for young students, especially those who want to find ways to better our world through science and tech.  A container farm shows the next generations how to do more with fewer resources by engineering concrete solutions that promote sustainability.  These applications have positive real-world implications, including improving our ability to feed people in food deserts and reducing the use of fossil fuels for shipping food over long distances.

Emerging technologies, including those that rely on sensors, have opened up new avenues and ideas and solutions for longstanding problems.  This is an exciting prospect for a generation that increasingly is looking to eschew the typical 9-to-5 office grind and, for lack of a better term, get their hands dirty.

From using cultivation methods that require less energy and water, to developing a solid business plan, to maintaining the mechanisms that enable containerized farms to thrive, to demonstrating and quantifying the sustainability of such operations, there are many skill sets needed to make the endeavor a success.  

Adding a container farm to a school campus offers high-level learning opportunities in perpetuity and equips students with expertise and experience that few other young professionals or college applicants can claim.  It’s a tech-driven differentiator for schools and districts that pride themselves on thinking outside the educational box, and it could produce a wave of future entrepreneurs.

Today, container farming is a glimpse into the future.  Soon, it will be the new normal, and it’s time that students of all ages get introduced to concepts that can help achieve progress that will benefit humankind.

What are the benefits to schools?

  1. Equipping future generations with the ability to use science and technology to grow food for underserved populations.
  2. Feeding students fresh, nutrient-dense foods. 
  3. Reducing costs associated with purchasing transported foods while enabling schools to cheaply grow their own.
  4. Providing foods for students in need to take home with them so they will have quality food they grew themselves.
  5. Create revenue streams for the school through school farmers markets all year long.
Container Farms on School Campuses
An operating container farm has applications to almost every school subject imaginable, from math to science to engineering.

View The FarmBox Gourmet Mushroom Container Farm


View Mushroom Farm

Food Waste Could Soon Be a Thing of the Past

Container farming near the consumer can help reduce food waste.

A 2010 assessment by the USDA’s Economic Research Service put food waste at the retail and consumer levels at 31 percent of the food supply, equaling approximately 133 billion pounds and $161 billion worth of food. It’s mind-boggling stats like this that leave us with one burning question: Why?

Given our integrated systems and ability to identify efficiencies in the supply chain, it’s hard to fathom how this has come to be. How can this much food be wasted, when there are so many who struggle for access to nutritious food?

Communities are starting to learn that they can take control of their own food supply. Farming year-round in upcycled shipping containers has vegetables growing right in the community they serve, so instead of lettuce (for example) withering away on a truck or in a distribution center, it’s being put on a plate the day it’s harvested. 

Talk about decentralization has ramped up in the face of a global supply chain break that has companies and shoppers scrambling. Those who struggled with access to farm-fresh produce prior to the pandemic are much worse off, and there are few signs that the issues are relenting. Meanwhile, food is being wasted at record levels in American homes and restaurants.

So what can be done to reduce the amount of food waste in America? It’s going to take collaboration, innovation and a new way of thinking about how food is sourced. Grocery stores can take a cue from Natural Grocers, which is now placing vertical hydroponic containers right behind their stores, cutting out transportation altogether.

Now, imagine if five businesses in an underserved community came together to buy a container farm: what would the impact be, and how many generations would be affected by a decrease in food insecurity? What if the city government helped facilitate this venture by revamping its code and permitting system to allow for more container farms? What if grant money could help pay for year-round growing operations in low-income areas?

Slowly but surely, it’s happening. The opportunity for further improvement is there for the taking, and assembling the right partners is key. 

The Natural Resources Defense Council is using its national Save the Food campaign to try and instill daily behaviors in consumers to put a dent in food waste. Go to https://www.nrdc.org/food-waste to learn more.

Likewise, the Environmental Protection Agency has planning, storage and prep tips on its website to reduce food waste at home, which saves money, reduces methane emissions from landfills, and lowers one’s carbon footprint. Go to https://www.epa.gov/recycle/reducing-wasted-food-home for more information.