Used WAVE BIOTECH 20P #9291294 for sale

WAVE BIOTECH 20P is a reactor that utilizes a Wave-induced Circulation (WIC) technology to promote optimal growth of organisms. It is ideally suited for aquatic applications, such as cell culture and algae research. Its unique design allows for efficient operation, fast reaction, and simple scalability. The compact design features two variable-speed powerpacks driving a flow system with 20 plates. The powerpacks allow the plates to be operated at various speeds, while the control panel provides access to a broad range of operating parameters. Traditional reactors are designed to flow one way. However, 20P utilizes a two-way wicking, meaning the bottom and top channel of the plate run counter-current to each other. This increases the efficiency and productivity of the reactor, while eliminating the need for expensive pumps and transfer lines. The WIC technology allows for efficient mixing, providing a homogeneous solution, with excellent oxygen transfer. As organisms grown in the reactor increase, the established circulation pattern ensures the optimal supply of nutrients, oxygen, and growth factors. This increases the rate at which organisms can grow, making WAVE BIOTECH 20P a highly efficient and high-yielding reactor. The WIC technology also ensures that the heat generated in the reactor is properly dissipated. This prevents overheating, so the reactor can be operated in a shorter time, without posing a risk of destruction to organisms. Furthermore, the superior mixing of the WIC technology ensures the greatest temperature control. In addition, the reactor is designed to be easily expanded. Specialized add-on modules allow users to increase the capacity and output of the reactor with minimal effort. This makes 20P an ideal solution for large-scale and industrial aquacultures. WAVE BIOTECH 20P is a highly efficient, innovative reactor that utilizes Wave-induced Circulation technology to maximize production output. Its two-way flow system and superior temperature control enable high yields and faster reaction times, while its scalability makes it a great choice for large-scale applications.