A Fully Controlled-Environment Hydroponic Laboratory Designed to Bring Agriculture, Technology, Science, and Hands-On STEAM Learning Directly Into K-12 Classrooms and School Communities
The GreenMind Labs Educational Container Farm is a 40-foot, high-cube, controlled-environment hydroponic laboratory built specifically for schools. Students manage a real growing operation — adjusting light, water, nutrients, and climate — while exploring biology, chemistry, engineering, data, and sustainability in one connected environment, under teacher supervision.
2,800
Planting Positions
10 Towers
Vertical Towers
5-Level
Tray System
2 Independent
Nutrient Circuits
Dual-Zone
CLIMATE CONTROL (HVAC)
PLC Touchscreen
CONTROL PANEL
Emergency Shutoff
SAFETY SYSTEM
Full-Spectrum LED
GROW LIGHTING
Every system inside the lab is a doorway into a different experiment — students don’t just read about these concepts, they operate them.
10 vertical hydroponic towers supporting up to 800 mature-plant positions — built for full-cycle growth studies, yield comparisons, and long-term crop projects.
A 5-level tray system supporting up to 2,000 seedling and young-plant positions — built for propagation, germination studies, and high-volume classroom experiments.
Because the towers and trays run on separate nutrient circuits, students can compare variables side by side — different nutrient concentrations, crops, or conditions — in a true controlled experiment.
Full-spectrum LED grow lighting is tuned to support every growth stage, from germination to harvest, with adjustable photoperiods that let students design experiments around light duration and intensity.
A dual-zone HVAC system independently manages heating, cooling, dehumidification, and fresh-air ventilation across two separate growing zones — enabling side-by-side environmental comparisons inside the same lab.
Every system inside the lab is a doorway into a different experiment — students don’t just read about these concepts, they operate them.
Recirculating water system with filtration and UV sterilization supports safe water management in lab.
Automatic EC/pH dosing keeps solution chemistry balanced in real time for consistent plant growth now.
Two independent circuits support isolated experiments, helping students adjust variables and compare.
Water-level and leak detection provide protection with automatic pump shutoff when the issues arise.
Temperature and humidity sensors monitor growing conditions and help to maintain a controlled environment for healthy crop growth.
CO₂ and light intensity sensors track environmental conditions, helping students study how plants react to light and air.
EC, pH, nutrient solution temperature, water level, and leakage sensors help monitor water chemistry and system performance today.
PLC automation, HVAC and pump status monitoring, and touchscreen controls provide safe, supervised access to critical lab systems.
One lab brings multiple disciplines together, giving students opportunities to connect classroom learning with real-world applications. Students explore different subjects through one connected learning environment, where ideas come together through hands-on experience.
The 40 ft High Cube container provides a purpose-built environment for controlled growing, hands-on learning, and integrated STEAM education programs.
The lab provides approximately 9.4 m² of growing area, plus a separate lockable technical area for equipment, systems, and controlled student access.
The system provides up to approximately 2,800 planting positions, giving students capacity to explore crops, experiments, and growing cycles in the lab.
Ten vertical towers provide up to 800 mature-plant positions, creating a high-density growing environment for hands-on student learning and study.
A five-level tray system provides up to 2,000 seedling and young-plant positions for organized propagation, observation, and hands-on learning.
Two independent nutrient circuits support isolated growing conditions for controlled experiments, comparisons, and hands-on investigation by students.
Dual-zone HVAC provides heating, cooling, dehumidification, and fresh-air ventilation to maintain controlled growing conditions inside the lab.
Full-spectrum LED grow lighting provides controlled illumination for crops while giving students opportunities to explore plant growth and light conditions.
The water system includes filtration, UV sterilization, recirculation, and automatic EC/pH dosing to support controlled and consistent water management.
PLC touchscreen control, remote monitoring, and teacher/student access levels provide structured system management and supervised interaction inside the lab.
Safety features include an emergency stop, leak detection, access permissions, and emergency lighting to support supervised student use inside the lab.
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