Learn from testing.
We want to understand where Good Growth helps, share what we find, and use those results to improve the system.
Why Good Growth exists
Better tools should leave
growers better off.
Good Growth started with an interest in making biological inputs more practical to produce and use locally. We want to build something that fits growers’ work and is worth the time and money they put into it.
Ian Goodall
Founder · Chemical engineer
M.S., NC State
The idea behind the company
Why we’re building local production.
The idea behind Good Growth is to produce agricultural biology as close to its point of use as practical. That could mean a reactor at a farm—or a nearby retailer or co-op serving growers who would rather purchase the output.
What began as a reactor engineering effort has grown into a broader question: how can the equipment, inputs, measurements, and local relationships work together to give growers a dependable, understandable option?
For us, getting the equipment to work is only part of the job. It also needs to be manageable day to day and make sense for the farm’s budget.
What matters to us
Built with growers in mind.
Keep it understandable.
You should be able to understand how the system works, what it needs from you, and whether it fits your operation.
Listen and follow through.
We care about the experience after setup: answering questions, learning from problems, and making the equipment easier to use.
What that means in practice.
Why local production interests us
Producing closer to use could give farms another way to access biological inputs, whether they run a reactor themselves or buy from someone nearby. The possibility of supporting soil health while building useful local relationships is a big part of what keeps us working on this. Testing will help us understand where that approach makes sense.
How we make decisions
When we consider a change, we ask a few practical questions: Is it safe? Does the evidence support it? Will it make the system easier to use, and is the added cost worthwhile?
Feedback from the people using the reactor matters just as much as what we learn at the workbench. We want to build a business growers can keep coming back to because the product and support are useful to them.
Where development stands today
Good Growth has early prototype experience. The next stage combines biological evaluation with practical pilot planning to understand output quality, equipment fit, operator effort, and the full cost of local production.
Controlled efficacy results are not yet established. Future findings will explain the conditions, comparisons, and limitations of the work.
Find your fit