Building the Future of Commercial Hydroponic Farming.

For high-density crops like leafy greens and culinary herbs (NFT systems), commercial viability typically begins at 10,000 sq ft (~1,000 sq. m) to justify on-site staffing, cold storage, and delivery logistics. For vine crops like bell peppers and tomatoes (Dutch bucket substrate systems), commercial operations generally target 0.5 Acre to 1 Acre (~2,000 to 4,000 sq. m) to achieve optimal economies of scale.

Water is the foundation of hydroponics. Before finalizing system design, we mandate a comprehensive laboratory water test measuring pH, Electrical Conductivity (EC), Total Dissolved Solids (TDS), Sodium (Na), Chlorides (Cl), Bicarbonates (HCO3), and Heavy Metals. If borewell water exhibits high salinity or alkalinity, we design an appropriate filtration and blending system (such as Reverse Osmosis or sand/disc filtration) into the initial infrastructure package.

Naturally Ventilated Polyhouses (NVPH) utilize thermal buoyancy with continuous top ridge and side curtains to release heat, representing lower capital and operating costs with zero reliance on heavy electrical cooling power. Climate-Controlled (Pad-and-Fan) Greenhouses employ motorized exhaust fans and cellulose evaporative cooling pads to actively reduce internal air temperatures by 6°C to 10°C during dry hot months, requiring stable 3-phase grid power and ongoing water supply for the pads. We help clients select the structure that best matches local climate data and crop heat thresholds.

Summer management in regions like Delhi NCR, Haryana, and Rajasthan requires a multi-layered engineering strategy:

• High-Ridge Height: Designing structures with 6m+ ridge height to create a substantial hot air buffer above the crop canopy.
• Retractable Thermal Shading: Deploying 50% aluminized heat-reflective screens that block intense infrared radiation while maintaining diffuse light.
• Evaporative Fogging: Installing high-pressure micro-misting systems that cool the air without wetting plant foliage.
• Root Zone Temperature Control: Keeping nutrient reservoirs underground or insulated, and scheduling frequent short irrigation cycles during peak afternoon hours.

Yes. Protected cultivation infrastructure (polyhouses, shade net structures, and micro-irrigation systems) is eligible for financial assistance under the Mission for Integrated Development of Horticulture (MIDH) and the National Horticulture Board (NHB). Subsidy norms typically cover 50% of the recognized benchmark cost norm (or higher in special category states). You can use our on-site Subsidy Calculator to view eligible cost caps under official guidelines.

Commercial viability is determined by proximity to metropolitan consumption hubs and year-round market demand. High-performing commercial categories include:

• Exotic Salad Greens (NFT): Romaine, Butterhead, Iceberg, Lollo Rosso, Rocket (Arugula), and Kale.
• Culinary Herbs (NFT): Genovese Basil, Spearmint, Thyme, Oregano, and Parsley.
• High-Value Vine Crops (Dutch Buckets): Red & Yellow Bell Peppers (Capsicum), Heirloom Cherry Tomatoes, and European Seedless Cucumbers.
• Microgreens: High-margin culinary garnishes with rapid 7–14 day turnaround cycles.

For a typical 10,000 sq ft to 1 Acre polyhouse facility, the end-to-end execution typically spans 8 to 12 weeks: 2 weeks for site feasibility and CAD layout; 4 to 6 weeks for civil foundation, structural erection, and poly cladding; 2 weeks for hydroponic channel assembly and fertigation skid commissioning; and 3 to 4 weeks from seedling transplant to first leafy green harvest.

Yes, absolutely. Our commissioning process includes hands-on training for your on-site farm managers and operational labor. We provide structured Standard Operating Procedures (SOPs) covering nutrient preparation, pH/EC calibration, daily sanitation, nursery seeding, and IPM pest monitoring. We also provide ongoing agronomic consultation to support recipe adjustments as seasonal temperatures shift.