Recirculating Aquaculture System Farming, commonly known as RAS Farming, is an environmentally sustainable method of raising fish and shellfish in a controlled environment. Unlike traditional commercial fishing or pond and sea cage fish farming, RAS Farming offers significant advantages. In this blog, we will provide a comprehensive overview of RAS Farming and its benefits.
Before we delve into the technical aspects of recirculating systems, let’s explore the need for aquaculture systems. Traditional seafood acquisition methods are not sustainable, with commercial fishing depleting one third of the world’s assessed fisheries in the past 50 years. This unsustainable practice adversely affects ecosystems and local communities dependent on fishing for sustenance and income. Consequently, the aquaculture industry has witnessed substantial growth.
According to the Food and Agriculture Organization of the United Nations, aquaculture is among the fastest-growing food industries. It comprises two main categories: marine aquaculture, which involves farming aquatic organisms in saltwater environments, and freshwater aquaculture, which involves farming aquatic organisms in freshwater environments. This industry generates an estimated $2.1 billion in revenue annually. The rising demand for eco-friendly gourmet seafood has fueled innovation within the sector.
Historically, cultivating seafood in controlled systems presented numerous challenges. Maintaining a healthy environment with a continuous flow of recirculated and filtered water demanded considerable energy consumption. NaturalShrimp, aware of the obstacles faced by large-scale RAS farming systems, developed a custom design tailored specifically for the aquaculture industry. Introduced in 2014, their innovative “Vibrio Suppression Technology” incorporates Electrocoagulation (EC) technology in the filtration loop. This technology treats wastewater by passing an electric current through it, resulting in the formation of small, charged particles called flocs. These flocs can be easily removed from the water through sedimentation or filtration, effectively eliminating pollutants and other harmful contaminants.
Furthermore, Vibrio Suppression Technology simplifies the wastewater treatment process by eliminating the need for biofilters. Traditional biofilters, such as gravel or sand, are used to remove impurities and excess nutrients from the water by providing a surface for beneficial bacteria to grow. However, relying on uncontrollable bacteria populations can foster the development of harmful organisms.
NaturalShrimp offers an alternative to sea cages, providing a biologically controlled, antibiotic-free, and chemical-free sustainable water system. Their enclosed saltwater systems utilize patented technology to produce fresh, naturally grown shrimp without the use of antibiotics or toxic chemicals. Visit our shop today to order freshly harvested, gourmet-grade shrimp and experience sustainable aquaculture at its finest.