Our Mission
Our mission is to help people establish their new business – raising fish using for this purpose our developed designs of recirculating aquaculture system (RAS). There is no secret that nowadays a lot of people, after having read some books on fish farming and designing of RAS, offer their services in this market. Our task is to protect people against such designers and offer proven automatic fish farms, functioning according to the principle of RAS. It is not important that you have never worked in the field of fish farming. People should not only earn money, but also enjoy this interesting process – fish farming using RAS. We possess rich experience regarding the designing of fish farms, selling and assembling of the respective equipment. We cooperate with 20 leading manufacturers of the fish farming equipment from different European countries.
Also what is electric demand for such a plant
Thanks Jonathan
Hello!
A fish farm with a productivity of 2 tons of black caviar per year consumes approximately 45 kW per hour of electricity.
You can write to Vasily on WhatsApp and condemn the project +37126785118
Do you have a plan of your 2tonne per hour caviar production farm preferably in DWG format
Thanks for your help
Jonathan
Hello!
We have a complete technical design for a fish farm with a capacity of 2 tons of black caviar per year. We have already built many such farms around the world.
Of course there is a project in DVG AutoCAD format
You can write to Vasily on WhatsApp and discuss the cost of the project +37126785118
Hi can I purchase black caviar from you. If yes what is the coast per pound? Thank you
Hi Mark,
we sell caviar at a price of 350 euros per 1 kg.
Best regards,
Vasiliy
Hello,
Please, be kindly to tell me if you received my e-mail.
Thank you in advance
Hello!
We have received your letters.
Best regars,
Vasiliy Krasnoborodko
it’s first time I know about RAS, is intersting. Are RAS can use for farming a varian of fish?
Hello!
For thirty years now, we have been building RAS saround the world. We can build an RAS system to grow any fish.