Solutions for aquaculture and fish farming
Stable water quality in ponds, tanks, and RAS systems – less loss, better growth, and greater flock safety.
For whom? For freshwater fish farming, recirculating RAS systems, stocking centers, ornamental fish farms, and pond farms.We select the layout after analyzing the breeding technology and water parameters.
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Industry description
In aquaculture, water is a key "working environment" – it directly affects the health, growth rate, survival, and comfort of fish and other farmed organisms.
In farms working onIn ponds, flow-through or recirculating RAS systems, parameters such as: oxygen, pH, hardness, ammonia/nitrites/nitrates, suspended solids, and microbiology are important.
After analyzing the results of water tests, the type of farm, stocking density, and technology (ponds, RAS, flows), we select solutions to stabilize water quality and facilitate breeding.
The most common water problems inaquaculture
- Variable water quality from the intake or river – fluctuations in parameters during the season
- Excessive amounts of suspended solids, silt, and organic pollutants in the systems
- High concentrations of ammonia/nitrites with high stocking density
- Too high or too low hardness and issues with pH
- Risk of introducing pathogens along with raw water toRAS systems
What we offer
- Pre-treatment systems for water from own sources (mechanical filtration, removal of iron/manganese, parameter stabilization)
- Filtration and clarification of water using appropriately selected filtration media
- Solutions supporting biological treatment in RAS systems (selection of pre-filtration and biofilter protection)
- UV disinfection of raw water and circuits to reduce the risk of introducing pathogens
- Installation, commissioning, operator training for the farm, and service tailored to production seasonality
Yourbenefits
- More stable water parameters – easier to manage the stock and plan harvests
- Lower risk of sudden fish kills and declines related to water quality
- Less suspended solids and sludge in the circuits, cleaner pools and aeration devices
- Better feed utilization and growth due to comfortable environmental conditions
- Predictable operating costs of the treatment system and technical support during the season
Micro-scenarios
- Fish farm: filtration and conditioning of water from the intake/filling of ponds, reduction of suspended solids and inflow of iron/manganese into the system.
- RAS system for trout or salmon: preliminary treatmentraw water, filtration and UV before the biofilter, more stable parameters and lower risk of microbiological problems.
- Ornamental fish farming: filtering and stabilizing tap/well water, better control of hardness and pH in tanks, and smaller fluctuations during water changes.
- Fish stocking center: water treatment for eggs and fry, protection against suspensions and sudden fluctuations in raw water parameters.
Do you want stable water for your breeding?
Send the water test results, system description — we will prepare a step-by-step proposal.
FAQ — Frequently Asked Questions by Fish Breeders
Will water treatment "ruin" it for the fish?A well-chosen system does not worsen environmental conditions – the goal is to remove suspensions, excess pollutants, and stabilize parameters. We design solutions with the sensitivity of the species and breeding technology in mind, so as to improve, not worsen, conditions for the stock.
Are water tests needed for system selection?
Yes, especially when sourcing from rivers, ponds, or wells. We need basic results (including iron, manganese, hardness, ammonia/nitrites, pH, conductivity, general microbiological parameters). We can suggest what tests to order and how to interpret them for fish farming.
Will the treatment system cope with significant changes in water quality during the season?
In our design, we take seasonal fluctuations into account. We often use multiple stages of treatment and the ability to adjust the system's operation (e.g., bypasses, changing filtration intensity) to better respond to changes in raw water quality throughout the year and at different levels.filling of ponds/pools/RAS.
What data is needed for the preliminary valuation?
The following are useful: type of farm (ponds, flow-through pools, RAS), species and stocking density, estimated water consumption, results of raw water tests, description of the current installation and circuits, as well as a few photos of the water station or machine room. Based on this, we prepare a preliminary concept and scope of work.
Will water treatment reduce costs or increase them?
The investment generates fixed operating costs (service, materials), but in many farms, these are balanced or exceeded by: lower stock losses, better growth rates, reduced medication use, and lower risk of sudden fish kills and system failures. The cost of "1 m³ of water" is discussed individually, taking into accountthe specifics of breeding and the scale of production.
What does the service and support look like during the season?
We establish a schedule for inspections and a method for reporting issues during the season. We can provide remote advice based on measurement results, photos, and descriptions of the situation, and if necessary, arrange an on-site visit. This way, the farm is not left alone with the treatment system during critical times.in the moments of the production cycle.