Pureflow Biofloc Innovations products

Skid Systems

Pureflow Biofloc - Recirculating Aquaculture Skid Filtration System

The Recirculating Aquaculture Skid Filtration System by Pureflow Biofloc is engineered for efficient aquaculture operations with its compact design and low energy usage. These systems offer comprehensive water treatment solutions, encompassing mechanical, biological, chemical, and disinfection processes in a space-saving skid unit. They integrate automation features to reduce operational costs and human error, enhancing reliability. Key components include a Protein Fractionator with auto-foam leveling, Trickle Bio Reactor, UV Disinfection System, Ozone Generator, and various sensors for optimal system management. Constructed from durable PP material, these skids are resistant to harsh environments, maximizing operational life. The design ensures effective TAN removal while maintaining low energy consumption, making them a suitable choice for a variety of aquaculture applications, particularly those focusing on shellfish, with customizable options to meet specific operational needs.

Pureflow Biofloc - Ozone Contact Chambers for Aquaculture

MAT-KULING has developed innovative ozone contact chambers specifically designed for aquaculture applications. These chambers are the result of over three years of research and development, focusing on the intricate details necessary for effective operation in both saline and fresh water fish farms. Traditional methods of ozone infusion in water often rely on standard pressurized chambers or venturi devices. However, MAT-KULING's approach includes the use of pressurized vessels to efficiently introduce ozone into the water column, ensuring effective oxygenation and disinfection required for brood-stock safety. The equipment incorporates components tested for resistance against ozone oxidation and saline vapor corrosion, making it suitable for diverse aquaculture environments. MAT-KULING also offers comprehensive training for technical staff to ensure the safe and effective use of these ozone systems, potentially enhancing production yields in aquaculture settings.