Combination of Aquaculture (raising fish) and hydroponics (the soil-less growing of plants). 100 Pots and 400 fishes (2000 Litre capacity with filters, one months feed, pump and basic water testing kit)

High quality hydroponic system with necessary accessories - 1. 100 mm x 100 mm uPVC food grade channel, 2. Clay balls , 3. 60 nos 50 mm net pots, 4. Submersible AC pump, 5. 02 Nos grow light tubes, 6. Required piping, 7. Water reservoir, 8. 03 Kg NPK & Micro-nutrients, 9. Germination tray, 10. 100 spinach seeds 11. Manuals

New advancements in water filtration and circulation make it possible for indoor fish farms to dramatically grow in size and production. indoor aquaculture could play a critical role in meeting the needs of a swelling human population. The system comprises of 1. Tanks, 2. Filtration system, 3. Water pumping system, 4. Oxygen generator, 5. Manual Feeding system, 6. Water quality testing kit, 7. Electronic weighing bridge, 8. Water treating chemicals, 9. Sample Fingerlings 10. Manuals

Indoor aquaculture could play a critical role in meeting the needs of a swelling human population. The system comprises of 1. Tanks, 2. Filtration system, 3. Water pumping system, 4. Oxygen generator, 5. Manual Feeding system, 6. Water quality testing kit, 7. Electronic weighing bridge, 8. Water treating chemicals, 9. Sample Fingerlings 10. Manuals

Indoor aqua or fish culture could play a critical role in meeting the needs of a swelling human population. The system comprises of 1. Tanks, 2. Filtration system, 3. Water pumping system, 4. Oxygen generator, 5. Manual Feeding system, 6. Water quality testing kit, 7. Electronic weighing bridge, 8. Water treating chemicals, 9. Sample Fingerlings 10. Manuals

Product Specifications Indoor Aqua or Fish Culture could play a critical role in meeting the needs of a swelling human population. The system comprises of - 1. Tanks (50000 Litre) 2. Filtration system 3. Water pumping system 4. Air generator 5. Manual Feeding System 6. Water Quality Testing Kit 7. Electronic Weighing Bridge 8. Water Treating Chemicals 9. Sample Fingerlings 10. Manuals

Product Details: Minimum Order Quantity 100 Square Meter Structure Galvanized Structure Area 200 sq mtr Type Agriculture Polyhouse Gutter Height 4 mtr Color White Covering Polyfilm Film Thickness 200 micron Total Height 5 mtr Banking on our enriched industry experience, we are engaged in offering a huge gamut of Controlled Playhouse. The air will be at its lowest temperature immediately after passing through the pads. We provide and construct these types of systems according to client requirements. As the air moves across the house to the fans, the air picks up heat from solar radiation, plants, and soil, and the temperature of the air gradually increases. The resulting temperature increase as air moves down the greenhouse produces a temperature gradient across the length of the greenhouse, with the pad side being coolest and the fan side warmest. It is suitable for hardening propagation unit of tissue culture plants and high-value ornamental plants. Other Details : Pads: 4” thick Cellulose cooling pads. Fans: Axial flow belt driven fans with louvers Suitable for: Hardening and Propagation unit of Tissue culture plants & high-value ornamental plants

Product Description

Nutrient solutions

There are twenty mineral elements considered necessary or beneficial for plant growth. Carbon (C), hydrogen (H), and oxygen (O), nitrogen (N), phosphorus (P), potassium (K), calcium (Ca), magnesium (Mg), and sulphur (S) are required by plants in large amounts. are supplied by air and water

The rest are required in trace amounts (micronutrients). Essential trace elements include boron (B), chloride (Cl), copper (Cu), iron (Fe), manganese (Mn), sodium (Na), zinc (Zn), molybdenum (Mo), and nickel (Ni).

Beneficial mineral elements include silicon (Si) and cobalt (Co). The beneficial elements may only be essential for some plants. Cobalt for instance is essential for nitrogen fixation in legumes. It may also inhibit ethylene formation and extend the life of cut roses. Silicon, deposited in cell walls, has been found to improve heat and drought tolerance and increase resistance to insects and fungal infections. Excess silicon can cause strawberries to remain white when ripe. Silicon can help plants deal with toxic levels of manganese, iron, phosphorus and aluminum as well as zinc deficiency.

The most productive approach includes mineral elements at levels beneficial for optimum growth.

As plants grow their requirements change and so the nutrient solution must also be changed to keep the plants growing at their optimum. Ammonia has an adverse effect and needs to be kept to a minimum.

Iron and Manganese ions oxidize and precipitate out of solution causing problems of staining and nutrient deficiency. This process is exacerbated when the water is sanitized with UV light or chemicals. Magnets in the nutrient flow will attract and remove Iron oxide (it is magnetic) keeping the plant root systems and sterilizers cleaner.

Plants use some nutrients like nitrates at a faster rate than other nutrients. This causes the solution pH to increase requiring the addition of acids like Phosphoric Acid or Nitric Acid.

A major difficulty in using recirculating solutions is management of the nutrient balance. This is much more difficult than with non-recirculating systems.

Open systems do a run to waste with the nutrient solution. Closed systems collect the nutrient solution and reuse it. For closed systems a wide range of collection systems are in use, many developed and sold by supply companies.  They can vary greatly in initial cost and no type yet dominates the market. The basis of the operation of a typical closed substrate system is as follows: about 30% excess is run off from the medium, collected in channels and stored in a tank. This is then pumped through a sterilizer. The sterilized solution is mixed with fresh nutrient solution to make the feed to the drippers.

Most growers still use A and B concentrated nutrient tanks, but using the single liquid fertilizer makes changing formulations much easier.

Please find below a basic recipe for preparation of Hydroponics Nutrient Solutions for various stages of plant growth (Vegetative, Flowering & Fruiting). This is a general purpose recipe.

Chelated Mixture

Specification:

Uses:

Chelated Micronutrient Mixture / Micro-elements are solid micro-granulated formulation recommended for preventing or correcting plant deficiencies caused by a lack of iron, manganese, zinc, copper, boron and molybdenum in agriculture, horticulture, floriculture.

It gives all essential six elements to the crop, which helps in correcting various deficiencies of the plant & in turn benefits it with a higher yield & healthy crop."

How to Prepare the Solution

Iron Chelate Solution – Take 10 Liter can with water and add the 1000 gm Chelated Iron and dissolve it. Once dissolved, this is good for 1000 L of feed water. Use it as 1:100 ratio.

A note about Water Quality and pH.

Water Quality – It is very important that the quality of water is good. Softened bore water is a big no no for Hydroponics due to the addition of NaCl during the ion exchange process. Ideally you should be using RO water or Rain water. In case you have to use municipal water let it sit for a day to get rid of the chlorine. pH – It is important to maintain the correct pH. You would need a pH meter to check for pH. So far no  need to decrease the pH (acidify) of the solution when using RO water. You can use Cooking Soda for increasing the pH while vinegar or citric acid or diluted Sulphuric acid (battery acid) for decreasing the pH.

Product Details: Dimension: 3000 mm X 110 mm X 83 mm Lid With Pre-punch Cavity for Net Pot Diameter of Cavity 2 inch Material Type UPVC,Food Grade Lead Free HSN Code 3916 Shelf Life / Product Life 2 Years / 25 Years Material Code SIKCO001 SIKCOPlastic NFT Channel with Lid gully facilitates the Nutrient Film Technique by allowing a thin film of the oxygenated nutrient solution to flow along the base of a flat bottom gully surface from which the plant root system can be fed. These UV-stabilized NFT gullies have a long life with proper maintenance and care. They have a perfectly modulated lid and have optimum growth space in the channel that enables sufficient root growth as well as headspace to meet the oxygen requirements of a rapidly growing plant.

NFT Hydroponics (Piping Based) The NFT system including – Coco peat and Pallets, • 100 x 100 channel • Stand & Support Structure, • 125 Watts Pump, Piping & Clamps, • Container, • Piping & Distribution board • Nutrients (5000 gms), 48 Piping (576 Plants)

The NFT system including – Coco peat and Pallets, · Plastic Tray (LWH 22" x 15" x 6"), · Stand & Support Structure, · 125 Watts Pump, Piping & Clamps, · Container, · Piping & Distribution board · Nutrients (3000 gms), 16 Trays (192 Plants)

The NFT system including – Coco peat and Pallets, · Plastic Tray (LWH 22" x 15" x 6"), · Stand & Support Structure, · 40 Watts Pump, Piping & Clamps, · Container, · Piping & Distribution board · Nutrients (1000 gms) 08 Trays (96 Plants)

The NFT system including – • Coco peat and Pallets • Plastic Tray (LWH 22" x 15" x 6") • Stand & Support Structure • 125 Watts Pump • Piping & Clamps • Container • Piping & Distribution board • Nutrients (9000 gms) • 48 Trays (576 Plants)

NFT Hydroponics (Piping Based) The NFT system including – • Coco peat and Pallets, • PVC Pipe (100 mm X 100/83 mm), • Stand & Support Structure, • 125 Watts Pump, Piping & Clamps, • Container, • Cabling & Distribution board • Nutrients (3000 gms) •??12 Pipes x 10 ft (192 Plants)

NFT Hydroponics (Piping Based) The NFT system including – • Coco peat and Pallets, • PVC Pipe (100 mm X 100/83 mm), • Stand & Support Structure, • 40 Watts Pump, Piping & Clamps, • Container, • Cabling & Distribution board • Nutrients (1000 gms), 06 Pipes x 10 ft (96 Plants)

A variation of media bed techniques, Dutch buckets break the media bed system down into smaller components (the buckets).  Each bucket can be set up separately, allowing growers to space out larger crops (like tomatoes or eggplants) without wasting media. 

15 Litre buckets, clay balls, 3" Net Pots, piping (supply & return), draining system, pumping all completes.

A variation of media bed techniques, Dutch buckets break the media bed system down into smaller components (the buckets). ... Each bucket can be set up separately, allowing growers to space out larger crops (like tomatoes or eggplants) without wasting media. 

20 Litre buckets with dual 3" dia  net pots, clay balls, all piping (supply and return), draining system, pumps etc. complete.

Product Description Oasis Cubes Oasis® Cubes are a commercially available solution for starting cuttings and seeds, and for growing plants in an indoor setting. They are made of foam, and are completely inert, which means they have no impact on an environment's pH. Urban Farm offers good quality Oasis cubes in India which is economical for farmers. Oasis cubes perform efficiently in all hydroponic techniques. Oasis Cubes, or more properly, cubes made from Oasis foam or Oasis Horticubes, are designed to provide a soilless growing medium for plant roots that is capable of supplying water steadily, without affecting the pH of the growing environment. In appearance, they are similar to rockwool cubes, but they are made of a different material. Oasis Cubes have no effect on pH. They are also completely sterile, so no sterilization is needed before use. Oasis Cubes are pre-drilled and come with either top grooves, or both top and bottom grooves. Single dibble options are also available. Also note that these cubes contain no fertilizer, which allows the grower complete control over plant nutrition. All cubes arrive in sheets, and the grower simply needs to insert seeds or root cuttings into each pre-drilled hole. Then, the entire sheet can be watered (even partially submerged if so desired). When the plants reach optimal height for transplantation, individual cubes can be cut from the sheet, and the plant can be transplanted, cube and all. Oasis Cubes offer several important benefits. Capillary action through the foam ensures a constant supply of water for plant roots and seeds. However, the lower density of the foam keeps the top of the cube sheet drier, which helps to combat the growth of algae. Low density also equates to greater porosity, which means that more air reaches plant roots than with other growing mediums. One slab has 156 cubes of size W25 x H25 x H40 mm

Product Description

Color: Black Feature: Virgin Material Material: PP and Virgin Packaging Type: Poly Wrap

Color: Black Feature: Virgin Material Material: PP and Virgin (Premium) Packaging Type: Poly Wrap

Color: Black Feature: Virgin Material Material: PP and Virgin Packaging Type: Poly Wrap, Size 3"

Product Details: Minimum Order Quantity 50 Square Meter Structure Galvanized Structure, Height 4 mtr, Color green, Covering shade net, 50% opening, Total Height 4 mtr Banking on our enriched industry experience, we are engaged in offering green house. The air will be at its lowest temperature immediately after passing through the pads. We provide and construct these types of systems according to client requirements.