Xiamen Wellgain Greenhouse Engineering Co., Ltd. recently partnered with a leading urban farming initiative in Southeast Asia to implement a state-of-the-art NFT hydroponic growing system for lettuce production. The goal was to optimize yield, reduce water usage, and establish a scalable model for year‑round cultivation.
Despite favorable climatic conditions, traditional soil‑based agriculture in the region was facing:
Variable yields due to pests and fluctuating temperatures
High water consumption and nutrient runoff
Limited control over nutrient delivery and pH balance
The customer sought a solution that could deliver consistent, high‑quality lettuce while minimizing resource consumption.
Our team designed and supplied a customized NFT hydroponic growing system featuring:
Precision nutrient delivery via recirculating channels to ensure optimal growth conditions
Food contact grade PVC grow pipes with 22 cm plant spacing for maximum canopy coverage
Automated pH and EC monitoring to maintain nutrient solution stability
Modular frame design for easy expansion and maintenance
This setup was housed within a protected greenhouse environment, allowing for fine‑tuned climate control and year‑round operation.
After One month of operation, the project achieved:
100 % higher lettuce yields compared to local soil‑based farms
90 % reduction in water usage, thanks to the closed‑loop nutrient system
Consistent leaf quality, free from soil‑borne diseases and pests
Scalable layout, easily replicable for future urban farms
The success of this pilot project has paved the way for further rollouts across the region, demonstrating the power of urban farm solutions and NFT hydroponic systems in delivering sustainable, profitable agriculture.
If you’d like to explore how an NFT hydroponic growing system can transform your lettuce production, let’s talk! I’m Jamie Feng from Xiamen Wellgain Greenhouse Engineering Co., Ltd.
Xiamen Wellgain Greenhouse Engineering Co., Ltd. recently partnered with a leading urban farming initiative in Southeast Asia to implement a state-of-the-art NFT hydroponic growing system for lettuce production. The goal was to optimize yield, reduce water usage, and establish a scalable model for year‑round cultivation.
Despite favorable climatic conditions, traditional soil‑based agriculture in the region was facing:
Variable yields due to pests and fluctuating temperatures
High water consumption and nutrient runoff
Limited control over nutrient delivery and pH balance
The customer sought a solution that could deliver consistent, high‑quality lettuce while minimizing resource consumption.
Our team designed and supplied a customized NFT hydroponic growing system featuring:
Precision nutrient delivery via recirculating channels to ensure optimal growth conditions
Food contact grade PVC grow pipes with 22 cm plant spacing for maximum canopy coverage
Automated pH and EC monitoring to maintain nutrient solution stability
Modular frame design for easy expansion and maintenance
This setup was housed within a protected greenhouse environment, allowing for fine‑tuned climate control and year‑round operation.
After One month of operation, the project achieved:
100 % higher lettuce yields compared to local soil‑based farms
90 % reduction in water usage, thanks to the closed‑loop nutrient system
Consistent leaf quality, free from soil‑borne diseases and pests
Scalable layout, easily replicable for future urban farms
The success of this pilot project has paved the way for further rollouts across the region, demonstrating the power of urban farm solutions and NFT hydroponic systems in delivering sustainable, profitable agriculture.
If you’d like to explore how an NFT hydroponic growing system can transform your lettuce production, let’s talk! I’m Jamie Feng from Xiamen Wellgain Greenhouse Engineering Co., Ltd.