At INHYDRO, our advanced infrastructure supports the development and manufacturing of innovative agricultural solutions. Our facilities combine modern manufacturing capabilities, engineering expertise and quality-focused processes to meet the evolving needs of modern agriculture.
From hydroponic systems and agricultural structures to customized farming solutions, our infrastructure gives us greater control over quality, precision and production. With a focus on technology and continuous innovation, we deliver reliable and professionally engineered solutions for farmers, commercial growers and large-scale agricultural projects.
Real Farms. Real Systems. Real-World Validation.
INHYDRO operates a diverse portfolio of in-house farming infrastructure spanning hydroponics, protected cultivation, high-tech nursery, indoor farming and controlled-environment agriculture (CEA) across Uttar Pradesh.
These facilities are not demonstration structures alone. They give INHYDRO practical environments for crop production, technology validation, agronomy research, system testing, training, process development and commercial farm management.
Our infrastructure includes NFT hydroponic farms, Dutch Bucket systems, grow-bag cultivation, drip-irrigated shade-net houses, high-tech nurseries, rooftop farms, vertical indoor farms, climate-controlled cultivation facilities and specialised controlled-environment units.
INHYDRO Farming Infrastructure
Supporting indoor farming, controlled-environment agriculture and specialised cultivation applications through advanced cultivation systems, protected environments, efficient production methods and practical farming infrastructure.
Dhankaur, Greater Noida — Integrated Hydroponics & Protected Cultivation Facility
Our Dhankaur facility in Gautam Budh Nagar, Uttar Pradesh is one of INHYDRO's primary field-level infrastructure hubs. The site brings multiple cultivation technologies together within the same operational ecosystem, letting us compare systems, crops, growing methods and farm-management practices under practical conditions.
Commercial-Scale Systems Under Real Operating Conditions
Dhankaur brings multiple cultivation technologies together within one operational ecosystem, creating a practical platform for comparing crops, growing systems, irrigation, fertigation and farm-management practices.
NFT Hydroponics Farms — 2 × 2,000 sqm (Total 4,000 sqm)
These two units are a commercial-scale proving ground for NFT hydroponics, not a pilot plot. Running them in parallel lets us benchmark yield, nutrient efficiency and system design against each other, not just against a single control. The infrastructure supports:
- Leafy vegetable production
- Crop trials and NFT system optimisation
- Nutrient-management research
- Irrigation and fertigation trials
- Commercial production validation
- Training and demonstrations
High-Tech Nursery Infrastructure — 2 × 600 sqm (Total 1,200 sqm)
Every crop that moves into our commercial systems starts here. INHYDRO's two high-tech nursery units combine multiple propagation and establishment methods, including growing beds, NFT systems, Dutch Bucket systems, dedicated nursery production areas, and crop-establishment trials.
Testing establishment methods at nursery stage — before crops move into commercial production — reduces risk and improves consistency once they reach the farm.
Naturally Ventilated Polyhouse — Dutch Bucket Hydroponics for Vine Crops — 2 × 3,000 sqm (Total 6,000 sqm)
Vine crops need height, ventilation and precise root-zone control. Two Naturally Ventilated Polyhouse (NVPH) units at Dhankaur pair that structural design with Dutch Bucket hydroponics, built for tomato, cucumber, capsicum and other high-value vine crops. The infrastructure supports:
- Crop trials
- Irrigation and fertigation research
- Crop-support system evaluation
- Protected cultivation practices
Together, NVPH structure and Dutch Bucket cultivation give us a practical platform for evaluating soilless vine-crop production under protected conditions, at commercial scale.
Shade-Net Houses with Drip Irrigation — 2 × 3,000 sqm (Total 6,000 sqm)
Not every crop needs a fully enclosed greenhouse. Two shade-net units at Dhankaur, fitted with drip irrigation, let us study protected cultivation in a lower-cost structure — closer to what many commercial growers actually build. They support:
- Protected crop production
- Crop trials
- Irrigation management and drip-fertigation trials
- Agronomy research and comparative cultivation studies
This infrastructure lets INHYDRO evaluate crop performance under protected cultivation without relying exclusively on greenhouse environments.
Shade-Net Grow-Bag Infrastructure — 2 × 1,500 sqm (Total 3,000 sqm)
Two more shade-net houses at Dhankaur run grow-bag cultivation instead of buckets — a substrate-based alternative that suits different crops and budgets. These units let us evaluate:
- Soilless substrate cultivation and grow-bag crop production
- Drip irrigation and fertigation
- Root-zone management and substrate performance
- High-value crop cultivation
This gives INHYDRO a practical platform to compare grow-bag, Dutch Bucket and other soilless production systems side by side.
Bilaspur, Gautam Budh Nagar — 8-Acre Shade-Net Farming Infrastructure
Dhankaur proves a technology works. Bilaspur proves it works at scale. INHYDRO's Bilaspur facility, in Gautam Budh Nagar, covers approximately 8 acres of shade-net cultivation across 6 units, all fitted with drip irrigation.
This larger, multi-unit site provides an expanded environment for commercial crop production, irrigation management, drip fertigation, crop trials, protected cultivation, agronomy validation and farm-management practices.
The scale of this infrastructure lets INHYDRO work with cultivation practices beyond small demonstration farms and evaluate technologies under real, larger-scale operational conditions.
Sector 59, Noida — INHYDRO Research & Technology Facility
INHYDRO's facility at Sector 59, Noida functions as a research, development, training and technology-validation environment, including rooftop, indoor and specialised controlled-environment farming infrastructure.
Rooftop Hydroponics Facilities
2,000 sq ft rooftop hydroponics unit — a fully equipped urban farming setup combining Dutch Bucket systems, NFT systems and Vertical Wall Garden systems, used for urban farming research, rooftop agriculture, system demonstrations and technology validation.
1,000 sq ft rooftop hydroponics unit — a second rooftop facility providing additional space for hydroponic trials, demonstrations and system development.
Together, the two rooftop facilities show what hydroponics can do in space-constrained urban environments — relevant for terrace farms, commercial rooftops and institutional installations alike.
Indoor Vertical Farming Facilities — Climate-Controlled Vertical NFT Systems
INHYDRO operates three indoor cultivation facilities at its Sector 59 research facility. Two run vertical NFT systems, each engineered for approximately 9,000 plants, combining:
- Vertical NFT systems
- Climate control and LED grow lights
- Controlled irrigation and nutrient management
- Environmental monitoring and indoor crop production infrastructure
These facilities give us a controlled environment for studying indoor vertical farming, crop performance, lighting, climate management and nutrient optimisation — the same variables that determine whether a commercial indoor farm succeeds.
Controlled-Environment Dutch Bucket Facility — 500 sq ft
One specialised indoor facility of approximately 500 sq ft incorporates a vertical Dutch Bucket system within a controlled cold-room environment, used for specialised crop and technology trials where environmental conditions need to be more tightly controlled — including vertical Dutch Bucket cultivation, controlled-environment production, crop-specific climate requirements, root-zone management, and experimental cultivation systems.
Specialised Controlled-Environment Facility — 500 sq ft
INHYDRO also operates another approximately 500 sq ft controlled-environment facility designed for specialised cultivation research, including saffron cultivation research, mushroom cultivation, controlled-environment trials, environmental parameter studies and new cultivation technology validation.
This facility supports INHYDRO's ongoing work in alternative and emerging controlled-environment cultivation technologies.
Our NFT channels are made from 100% virgin FDA-approved HDPE (High-Density Polyethylene), ensuring they are food-safe and durable for long-term use.
Yes, all our NFT channels are UV stabilized to withstand direct sunlight, making them suitable for both indoor and outdoor farming environments.
We offer multiple standard sizes and channel designs (Flat Bed, A-Frame, Vertical) to suit different farm scales and crop types. Custom configurations are also available upon request.
Yes, our NFT systems are designed for easy installation with plug-and-play fittings, lightweight materials, and modular support structures.
Simply flush the channels regularly to avoid nutrient buildup. The smooth inner surface helps prevent clogging and algae growth, making maintenance minimal and hassle-free.
Our NFT channels are ideal for leafy greens like lettuce, spinach, and basil, as well as herbs and some shallow-rooted crops. They’re optimized for high-yield, pesticide-free growing.
Our HDPE NFT channels have a lifespan of 40–50 years, depending on usage and environmental conditions, making them a long-term investment for hydroponic farming.
Yes, HDPE channels offer significant long-term savings due to their durability, minimal maintenance needs, and resistance to chemical and water damage.
Yes, absolutely. Our NFT channels are manufactured using 100% virgin FDA-approved food-grade HDPE, which is non-toxic, BPA-free, and safe for growing all types of edible plants. They do not leach harmful chemicals, ensuring clean, healthy produce for consumers.
Yes, all our NFT channels are proudly made in India at our in-house manufacturing facility. This ensures strict quality control, faster delivery, and supports the vision of Atmanirbhar Bharat by promoting local innovation and production in agricultural technology.
Contact Us For More Information Regarding our Hydroponic projects with our team which consists of experts and well-trained professionals to provide services of the highest quality.