Granted Patent B2

US 12,367,498 · App. 17/963,592 · Granted Jul 22, 2025

Inventors: Ken Byrd (Spokane, WA); Shane Johnson (Rosalia, WA)

Assignee: CARBONQUEST, INC.

G06Q30/018G05B13/0265

Abstract

Claims (19)

1. A carbon management system for managing combustion of a carbon resource to produce flue gas, and carbon dioxide separation, purification, and transport of the purified carbon dioxide within a plurality of distinct buildings, the system comprising:

a plurality of distinct buildings, each building comprising:

a combustion source that produces flue gas from combustion of a carbon resource to produce hot water or steam for building systems, wherein the carbon resource is operably coupled to a carbon resource module that receives carbon resource data:

a carbon capture system operably engaged with the combustion source and configured to:

receive flue gas from the combustion source;

remove water from the flue gas;

separate nitrogen from the flue gas;

liquefy carbon dioxide from the flue gas; and

store and/or transport the liquified flue gas, wherein the carbon capture system is operably coupled to a carbon capture control module that receives combustion source data and carbon capture system data;

a building management system operably engaged with the combustion source and temperature control devices throughout the building to receive data and control production of hot water or steam for building systems; and

a carbon site control module configured to process data received from and provide control of each of the carbon resource module, the carbon capture control module, and/or the building management system; and

carbon management processing circuitry configured to receive and process data from one or more of the modules of each of the distinct buildings and provide instructions to carbon site control for the separation, purification, and transportation of purified carbon dioxide from the flue gas.

2. The carbon management system of claim 1 wherein the carbon managed is the carbon dioxide and the carbon source.

3. The carbon management system of claim 1 wherein the plurality of buildings are one or more of a residential building, a factory, and/or an office building.

4. The carbon management system of claim 1 wherein the carbon management processing circuitry is operably engaged with one or more of a carbon transport vehicle and/or a carbon repository.

5. The carbon management system of claim 1 further comprising a carbon optimization system operably engaged with the carbon site control module and configured to use machine learning to optimize one or more of the combustion source, the carbon capture system, and/or the building management system.

6. The carbon management system of claim 5 wherein one or both of the carbon management system and/or the carbon optimization system is operably engaged with one or more of an electricity carbon source, a natural gas carbon source, and oil carbon source, and/or a steam carbon source.

7. The carbon management system of claim 1 wherein the carbon capture system further comprises compressing the flue gas.

8. The carbon management system of claim 1 further comprising a user interface of the building management system.

Assignments (1)

Continuity (2)

References Cited (156)