Our Services

Our Services

We design and execute advanced Water Reclamation Systems using state-of-the-art Bead filters to save water and the environment for a sustainable future.
We design and execute advanced Water Reclamation Systems using state-of-the-art Bead filters to save water and the environment for a sustainable future.

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Manufactured Products

Manufactured Products

Low Profile Bead Filter (LBPF)
Low Profile Bead Filter (LBPF)
Our filters are designed with efficiency and optimzation in mind. Use of Low Profile PolyGeyser filters coupled with patented Bead Technology offers auto-backwashing and supirior biofilteration. We use airblowers and Air Lift technology instead of expensive water pumps. The end result:
  • lens Energy savings of up to 60%
  • lens Significant reduction in water wastage
  • lens Significantly low maintenance
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Protein Skimmer
Protein Skimmer
Though many may consider these to be optional but the long term benefits of protein skimmers cannot be overlooked. A protein skimmer significantly reduces the operational overhead of frequent water changes and makes maintenance of the fish tank easy. Keeping ease of disposal and cleaning in mind our skimmers are designed to do just that!
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UV Filter
UV Filter

This is a vital component of any aquaculture system. Ultraviolet water filteration provides a healthy and safe environment for flora and fauna to sustain. Our filters are designed to be easy to use and easy on the pockets as well.

Cost-effectiveness, hassle-free installation, low maintenance and a aquatic life sustainability has been our priority. Also, lack of chemicals and long lifespan of our filters make them an eco-friendly solution as well.

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Oxygen Cone
Oxygen Cone
Oxygen cones are required in aquaculture systems to supply and mix oxygen in water for the fish. Our oxygen cones utilize FFO2 oxygenation unit that is specifically designed to increase the oxygenation content of fresh water. The cones are manufactured to work with elevated pressure which ensures sufficient concentration of dissolved oxygen in the water. These have been designed to be highly reliable and efficient with easy installation.
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Fish Tank
Fish Tank
We are a leading manufacturer of aquaculture biofloc tank tarpaulins and their external structures. We provide customizations for the shape and size of the tank as per the requirements of the customer. Our tanks are manufactured with PVC (550 GSM and above) with HDPE 500 micon protection cover and mesh reinforcement.
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Engineered Systems

Engineered Systems

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Biofloc System
Biofloc System

Biofloc technology (BT) is defined as ‘the use of aggregates of bacteria, algae, or protozoa, held together in a matrix along with particulate organic matter for the purpose of improving water quality, waste treatment and disease prevention in intensive aquaculture systems’. Consumption of bioflocs also provides nutritional value to cultured aquatic species.

Most Suited Species

Singhi, Magur, Pabda, Koi, Pangasius, Common Carp, Rohu, Tilapia, Milkfish, Vannamei, Tiger Shrimp.

Schema Name Scheme Brief

Large Biofloc System

Tanks: 50

Diameter/tank: 4 m

Height/tank: 1.5 m

Project Cost: Rs. 50 lakh / Unit

General: 40% of project cost

SC / Women: 60% of project cost

Medium Biofloc System

Tanks: 25

Diameter/tank: 4 m

Height/tank: 1 m

Project Cost: Rs. 25 lakh / Unit

General: 40% of project cost (Ratio 16% SS, 24% CS and 60% BS)

SC / Women: 60% of project cost (Ratio 24% SS, 36% CS, 40% BS)

Small Biofloc System

Tanks: 7

Diameter/tank: 4 m

Height/tank: 1.5 m

Project Cost: Rs. 7.5 lakh / Unit

General: 40% of project cost

SC / Women: 60% of project cost
  • Eco-friendly culture system
  • Decreases mortality rates of produce
  • Increases larva growth and improves growth rate
  • Limited or near zero water exchange
  • Increases land and water use efficiency
  • Improves feed conversion resulting in reduced costs
  • Initial startup period
  • Increased energy requirement for continuous oxygenation
  • Short response time due to elevated water respiration rates
  • Inconsistent and seasonal performance for sunlight exposed systems
  • Increased nitrification instability
  • Alkalinity supplementation required
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Recirculating Aquaculture System (RAS)
Recirculating Aquaculture System (RAS)

Recirculatory Aquaculture System (RAS) is a technology where water is recycled and reused after mechanical and biological filtration and removal of suspended matter and metabolites. This method is used for high- density culture of various species of fish, utilizing minimum land area and water. It is an intensive high density fish culture unlike other aquaculture production systems.

Most Suited Species

Asian Seabass, Cobia, Indian Pompano, Tilapia, Pearl spot, Pangasius, Rainbow Trout.

Schema Name Scheme Brief

Large RAS System

Tanks: 8

Vol: min. 90 m3 / tank

Capacity: 40 ton / crop

Project Cost: Rs. 50 lakh / Unit

General: 40% of project cost

SC / Women: 60% of project cost

Medium RAS System

Tanks: 6

Vol: min. 30 m3 / tank

Capacity: 10 ton / crop

Project Cost: Rs. 25 lakh / Unit

General: 40% of project cost (Ratio 16% SS, 24% CS and 60% BS)

SC / Women: 60% of project cost (Ratio 24% SS, 36% CS, 40% BS)

Small RAS System

Tanks: 1

Vol: 100 m3 / tank

Project Cost: Rs. 7.5 lakh / Unit

General: 40% of project cost

SC / Women: 60% of project cost

Mini RAS System

Project Cost: Rs. 0.5 lakh / Unit

General: 40% of project cost

SC / Women: 60% of project cost
  • Extended durability of tanks and equipment.
  • Reduced dependency on antibiotics and therapeutants hence, advantage of getting high quality fish.
  • Reduction of direct operational costs associated with feed, predator control and parasites.
  • Potentially eliminate release of parasites to recipient waters.
  • Risk reduction due to climatic factors, disease and parasite impacts.
  • RAS production can promote flexibility in terms of location for farming, proximity to market.
  • Enable production of a broad range of species irrespective of temperature requirements.
  • Feed management is considerably enhanced in RAS when feeding can be closely monitored for 24 hrs.
  • Exposure of stock to stress on RAS can be reduced for some factors such as adverse weather, unfavourable temperature conditions, external pollution and predation.
  • Enable secure production of non-endemic species.
  • Judicial use of water and land areas.
  • Constant uninterrupted power supply is required if electric power fails than backup of electricity is required.
  • Capital cost of starting a recirculating aquaculture system is high as compared to ponds and raceways.
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