1000 SQM NFT Hydroponics Farm in Greater Noida | NHB
Status: Operational
System Type: NFT (Flat Bed System)
Capacity: 20,000 Plants
Greenhouse: Fan & Pad (NHB-Compliant)
Automation: IoT-Based Auto-Dosing
Crop Focus: Leafy Greens & Herbs
Execution Model: Turnkey Design–Build–Commission by INHYDRO
Area: 1,000 SQM
Commercial 1000 SQM NFT Hydroponics Farm in Greater Noida | NHB Climate Controlled Greenhouse
This commercial NFT hydroponics greenhouse project in Greater Noida follows NHB guidelines for protected cultivation and climate controlled farming in India. The automated hydroponics farm is designed to support high-density crop production using a recirculating NFT hydroponic system, precision nutrient management, and sensor-based environmental control. With a focus on sustainable water usage, operational efficiency, and reliable year-round yields, the project is well suited for commercial leafy greens and herbs cultivation under modern hydroponics farming practices.
The 1000 SQM NFT hydroponics farm in Greater Noida is planned as a scalable commercial hydroponics setup suitable for long-term operations and expansion. By combining climate controlled greenhouse infrastructure, automated irrigation scheduling, and IoT-enabled monitoring, the project supports consistent crop performance with minimal manual intervention. This NFT hydroponics greenhouse model is ideal for commercial growers seeking predictable output, optimized resource utilization, and reliable production of fresh leafy greens and herbs for institutional and retail markets.
The objective of this project was to establish a compact yet scalable, technology-driven hydroponics facility for consistent production of leafy greens and herbs. The farm is engineered to optimize plant density, maintain stable environmental conditions, and reduce manual intervention while complying with NHB standards for protected cultivation.
System Type: NFT Hydroponics
Configuration: Flat Bed NFT System
Total Plant Capacity: 20,000 plants
Channels: Food-grade HDPE NFT channels
Design Features: Optimized channel slope for uniform nutrient flow and enhanced root oxygenation
Plant Density: High-density commercial cultivation layout
Fully Automated 1000 SQM NFT Hydroponics Farm | Project Description
The 1,000 SQM NFT hydroponics farm in Greater Noida is a fully automated, NHB-compliant commercial hydroponics project designed for efficient and consistent production of leafy greens and herbs. The flat-bed NFT system ensures uniform nutrient delivery, ease of operation, and reliable crop performance across the entire cultivation area.
The fan & pad climate-controlled greenhouse provides stable growing conditions throughout the year, minimizing external climatic variations. IoT-based automation enables precise control over nutrient dosing and environmental parameters, resulting in uniform crop growth, reduced labor dependency, and predictable harvest cycles. The project was executed on a turnkey basis by INHYDRO, covering design, installation, commissioning, and operational support.
- NHB-compliant fan & pad climate-controlled greenhouse
- Flat-bed NFT system optimized for commercial cultivation
- 20,000-plan high-density production capacity
- IoT-based auto-dosing and automated climate control
- Water-efficient recirculating hydroponics system
- Designed for scalable commercial production of leafy greens and herbs
Our Greater Noida facility represents the future of sustainable commercial hydroponics in India, combining 1,000 SQM of high-density NFT engineering with NHB-compliant automation to deliver a 20,000-plant capacity turnkey solution that ensures pesticide-free, year-round harvest consistency under controlled greenhouse conditions.
- NHB-compliant fan & pad climate-controlled greenhouse
- Flat-bed NFT system optimized for commercial cultivation
- 20,000-plant high-density production capacity
- IoT-based auto-dosing and automated climate control
- Water-efficient recirculating hydroponics system
- Designed for scalable commercial production of leafy greens and herbs.
- Project feasibility assessment and farm layout planning
- NHB-compliant greenhouse design and execution
- Flat-bed NFT system design and installation
- IoT-based automation and auto-dosing integration
- System commissioning and performance validation
- Training and technical handholding for farm operations

