Systems and methods for creating and segmenting treatment processes

A control system for wastewater treatment systems comprising a plurality of environments within a reactor system, the system comprising:

• one or more controllers configured to independently and selectively control a first set of mixing devices positioned within a flexible environment of the reactor system and to independently and selectively control a first set of aerators positioned in overlapping proximity to permit providing coinciding mixing and aeration, respectively, with the first set of mixing devices within flexible environment so as to provide a first environment within at least a portion of the flexible environment wherein the first environment is a fermentation, suboxic, aerobic, anoxic, or anaerobic environment, wherein the one or more controllers is further configured to independently and selectively control the first set of mixing devices and to independently and selectively control the first set of aerators so as to dynamically transition at least a portion of the flexible environment from the first environment to a distinct second environment, wherein the distinct second environment is a fermentation, suboxic, aerobic, anoxic, or anaerobic environment, and wherein the one or more controllers is further configured to control one or more additional sets of mixing devices or one or more additional sets of aerators positioned within one or more additional sub-volumes of wastewater, wherein the one or more controller is configured to control such additional sets of mixing devices and additional sets of aerators separately from the first set of mixing devices and the first set of aerators to provide one or more fermentation, suboxic, aerobic, anoxic, or anaerobic environments within the one or more additional sub-volumes.

A method for treating wastewater within a reactor system containing a volume of the wastewater wherein the reactor system includes a first set of a plurality of mixing devices and a first set of a plurality of aerators, the method comprising:

• independently and selectively controlling a first set of the plurality mixing devices positioned within a first sub-volume of wastewater in the reactor system, independently and selectively controlling a first set of the plurality of aerators positioned in overlapping proximity with the first set of the plurality of mixing devices within the first sub-volume of wastewater in the reactor system to permit providing coinciding mixing and aeration, respectively, to the wastewater within the flexible environment, wherein the independent and selective control of the first set of the plurality mixing devices and the first set of the plurality of aerators disposed within the first sub-volume of wastewater in the reactor system is independent of any activation or deactivation of the first set of the plurality of mixing devices and the plurality of aerators positioned within other sub-volumes of the reactor system, wherein one or more of the first set of mixing devices and the first set of aerators are independently and selectively controlled to provide a dynamic transition of an environment of the flexible environment from a fermentation, suboxic, aerobic, anoxic, or anaerobic environments to a distinct environment selected from one the group consisting of a fermentation, suboxic, aerobic, anoxic, and anaerobic environments.