Up front, I apologize if this is a stupid, newby question, but I want to understand the details.
I am in the process of trying to spec out an eBIAB system which will likely include a custom kettle. After reading various posts and articles regarding "re-circulation", I am still not clear on the implementation. I have seen spray arms and locline plumbed through lids for use during mashing. I have seen diptube-like installations in kettles that form a whirlpool action. I have seen kettles with both. Is there a specific design implementation for, or definition of, re-circulation?
My purpose is not to open up an argument on whether re-circulation is needed or not. I know there are positions both pro and con. Since I am planning a temp controller with PID, I like the convenience argument for having it. My question is more related to the physical implementation.
My thought was to either drill the lid or add another port near the top of the kettle for liquid pumped from the bottom of the kettle. Do I need more or something completely different?
Thanks
I am in the process of trying to spec out an eBIAB system which will likely include a custom kettle. After reading various posts and articles regarding "re-circulation", I am still not clear on the implementation. I have seen spray arms and locline plumbed through lids for use during mashing. I have seen diptube-like installations in kettles that form a whirlpool action. I have seen kettles with both. Is there a specific design implementation for, or definition of, re-circulation?
My purpose is not to open up an argument on whether re-circulation is needed or not. I know there are positions both pro and con. Since I am planning a temp controller with PID, I like the convenience argument for having it. My question is more related to the physical implementation.
My thought was to either drill the lid or add another port near the top of the kettle for liquid pumped from the bottom of the kettle. Do I need more or something completely different?
Thanks