Fatikchhari, Chattogram: Solving Groundwater Iron Toxicity in Polyhouse & Drip Farming with DIBL Iron Filtration Plant
🏡 Greenhouse / Polyhouse & DIBL High-Tech Engineering Profile
1. Greenhouse / Polyhouse Establishment & Regional Agricultural Challenge
Across Fatikchhari and large parts of Bangladesh, shallow and deep tubewell water contains high dissolved ferrous iron (3 to 8 ppm). In hydroponics and polyhouse drip systems, high iron oxidizes into reddish-brown ferric sludge that clogs 1-liter/hour drip emitters, stains leaves, and precipitates phosphate and calcium in nutrient solutions.
2. Drip Irrigation BD Ltd. (DIBL) High-Tech Engineering & Soilless Implementation
Drip Irrigation BD Ltd. (DIBL) designed and commissioned a dedicated agricultural Iron Removal Filtration Plant in Fatikchhari. Raw tubewell water undergoes aeration/oxidation followed by dual pressurized catalytic media vessels and backwash manifolds, stripping dissolved iron below 0.2 ppm before entering the polyhouse fertigation tank.
3. Agronomic Yield, Resource Savings & Commercial Return on Investment
Drip emitters and fogger nozzles remain completely free of rust deposits, plant roots stay bright white instead of brown-stained, and nutrient uptake efficiency improved by 35%.
💧 Recommended High-Tech Products & Technology — Drip Irrigation BD Ltd. (DIBL)
If your tubewell water turns yellowish-red or leaves rust stains on buckets, install Drip Irrigation BD Ltd.’s Agricultural Iron Removal Filtration Plant before running NFT hydroponics or polyhouse drip lines.
- DIBL Commercial Iron Removal Filtration Plant for Agriculture — Official Hardware & Turnkey Engineering Support
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- BARI Stock Solution A & B (Chelated EDTA Micronutrients) — Official Hardware & Turnkey Engineering Support