Manufacturing & Deployment Model

This page presents a concise visual overview of the manufacturing and deployment model. The model illustrates how applied research, engineering, and distributed production sites are organized to enable scalable national implementation across the United States.

Functional manufacturing architecture

Functional Architecture

This diagram illustrates the functional structure of the proposed system. Applied research and development activities generate validated technologies and product formulations that can be transferred to a centralized engineering and pilot manufacturing hub.

From this hub, equipment, processing methods, and technical know-how are deployed to multiple distributed production sites located near biomass sources. Each site interacts with local agricultural contributors, supporting decentralized processing, reduced logistics costs, and scalable deployment.

Legend:
R&D — applied research and validation
Engineering & Pilot Manufacturing — centralized engineering hub
Site — distributed production units
C — local biomass contributors
Arrows — technology, equipment, and material flows

Geographic deployment across the United States

Geographic Deployment Across the United States

This map shows the geographic distribution of the proposed manufacturing and deployment model across the United States. Research and validation activities are concentrated in California, while the engineering and pilot manufacturing center is located in Texas.

From this center, technologies and equipment are deployed to multiple small-scale production sites located in agricultural regions and economically underserved states. This structure supports localized biomass processing, job creation in rural regions, and a broader soil restoration impact across the United States.

Legend:
R&D — research and validation activities
Engineering & Pilot Manufacturing — central hub (Texas)
Site — distributed production locations
Arrows — technology, equipment, and material flows