DriFlower Is Adding to the POD-Farming Advantage with a High-Performance Post-Harvest Workflow
In cultivation, efficiency isn’t just an operational advantage, it’s a competitive edge. And nowhere is that more evident than in the post-harvest phase, where time, space, and labor collide with product quality and profitability.
As the industry expands its use of modular and container-based infrastructure for cultivation, one challenge remains universal:
How do you streamline and organize harvests inside a POD while protecting quality and maximizing throughput?
DriFlower has the answer. And few people understand the importance of organized, repeatable post-harvest workflow better than Jay Larkins, whose work across cultivation facilities and container-based infrastructure has consistently championed process-driven efficiency. His insights and operational experience continue to shape how growers think about drying environments in constrained spaces.
Turning Containers Into Optimized Dry Rooms With Zero Guesswork
DriFlower’s Shipping Container Conversion Kit brings structure, speed, and consistency to post-harvest processing inside 20’ and 40’ containers. By integrating the patented HangHarvesting™ System, growers can turn any standard container into a fully optimized dry room engineered for flow, capacity, and trichome preservation.
The result? A dramatically more efficient and profitable harvest cycle.
Why Growers Are Converting Containers with DriFlower
1. Streamlined & Organized Harvest Workflow
The modular cross-bars, slot supports, Dri-Sticks, and J-Hangers create an orderly, repeatable layout that transforms chaos into clarity. Crews move confidently and consistently, following a process that eliminates bottlenecks and reduces handling.
2. 50%+ Reduction in Labor, Hanging & Unloading Time
Traditional drying setups require unnecessary touchpoints and manual adjustments. The HangHarvesting™ System doubles operational efficiency by allowing teams to hang, stage, and unload with minimal contact all while maintaining plant integrity.
3. Space Maximization Inside the Container
Unlike improvised racking or temporary hanging lines, the DriFlower configuration is engineered to extract maximum cubic-foot value from the container. Growers can process 90 - 120+ lbs of premium dried flower per 20 feet, with airflow and spacing dialed in by design.
4. Minimizing Touchpoints Protects Quality
Every unnecessary touch risks trichome loss. The DriFlower method reduces physical interaction and keeps harvested material supported from cut to cure. Better structure equals better quality, and better revenue.
A Natural Fit Within Nebula Grow’s Modular Ecosystem
As the industry shifts toward PODs, modularity, and containerized infrastructure, one truth has become clear: Your drying strategy must evolve with your facility.
DriFlower’s system integrates seamlessly with Nebula Grow’s infrastructure and ecosystem, including CCS automation, vertical grow solutions from Pipp Horticulture, and facility optimization across every square foot of canopy and post-harvest space.
Nebula’s POD Farm infrastructure offers speed, scalability, and mobility, reducing risks and adding flexibility to the balance sheet. But DriFlower ensures the post-harvest workflow inside those walls is just as powerful, efficient, and refined.
Dry Smarter. Move Faster. Protect Quality.
If you’re using containers today, or planning your Nebula POD expansion, DriFlower gives you the structure and performance you need to stay competitive in an industry where every minute and every gram matters.