Systems and methods for production of potable water by recycling processed wastewater streams
AssigneeMulberry River Environmental LLC
InventorsBarton Prideaux, Warren Cody Armstrong
Life of this patent
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Abstract
A system for processing wastewater streams to produce potable water includes a coagulant component that receives a wastewater stream, the coagulation component configured to produce flocculations from residual solids present in the waste water stream; a multi-stage mechanical filter configured to remove the flocculations from the wastewater stream; a disinfection component that receives filtered waste water and disinfects the filtered waste water; and a water distribution and storage component configured to store disinfected water, as potable water, and to maintain the stored disinfected water as potable water and further configured to distribute the potable water to one or more destinations.
Claims14
A system for processing wastewater streams to produce potable water, comprising:
- a first component configured for removal of suspended solids from a wastewater stream, the first component comprising:
- one or more first sensors and a first water flow control mechanism,
- a coagulation component comprising a coagulant addition mechanism operated under control of a processor, the coagulation component configured to produce coagulated solids from suspended solids in the wastewater stream, and
- a filtration component configured to receive the wastewater stream from the coagulation component and to remove coagulated solids via a multi-layer, multi-media filter comprising at least a gravel layer, a sand layer, and a coal layer;
- a second component comprises a disinfection component configured to receive effluent wastewater from the first component, and further configured to disinfect the effluent wastewater, the disinfection component comprising one or more second sensors and a second water flow control mechanism;
- a third component comprising a potable water storage and distribution component configured to receive disinfected water from the second component, and further configured to store and distribute the disinfected water as potable water and to maintain a required water quality for the stored potable water, the potable water storage and distribution component comprising one or more third sensors and a third water flow control mechanism;
- and
- a processing system comprising a computing device network and a plurality of purpose built and programmed local processor units, wherein each of the first component, the second component, and the third component is in signal communication with one or more local processor units dedicated to that component, wherein each local processor unit comprises a non-transitory computer-readable storage medium having encoded thereon, a trained, large language model (LLM) and a control program, wherein each local processor unit executes the control program to query the LLM, and wherein each local processor unit executes the LLM by applying a query to the LLM and receiving in return a suggestion, generated by the LLM, as to a provision of control signals to the first component, the second component, and the third component.
A method of producing potable water from an industrial wastewater stream, comprising:
- receiving the wastewater stream at a coagulation stage and introducing a coagulant and a flocculant to form flocculations;
- filtering coagulated and flocculated wastewater at a filtering stage comprising a multi-media filter comprising gravel, sand, and coal;
- disinfecting filtered water at a disinfection stage using at least one of ultraviolet light, reverse osmosis, electrochemical oxidation, and ozone nanobubble generation;
- storing disinfected water at a storage stage in a distribution tank configured to maintain potable water quality;
- and
- at a distributed computing network, comprising a plurality of edge processors, one or more edge processors instantiated at each stage, each edge processor at each stage configured to execute machine instructions specific to its associated stage, the method further comprising one or more edge processors:
- monitoring wastewater characteristics using sensors located at each stage, and
- executing a trained large language model (LLM) to:
- receive sensor data;
- determine needed adjustments to operating parameters;
- and
- provide suggested control equipment setting changes for one or more stages.
Dependencies are inferred from the claim text.