01 / REGIONAL LENS

Three Different Parts of a Potential Industry

Capture equipment separates carbon dioxide from an industrial stream; direct air capture removes it from ambient air; and geologic storage injects it into a formation selected and managed for long-term containment. A project may use one, two, or all three parts. Treating them as synonyms hides major differences in cost, energy use, transport, permits, and jobs.

  1. CaptureDefine the source and operating energy demand
  2. TransportIdentify route, ownership, and safety systems
  3. StorageDemonstrate geology and obtain required well permits
  4. MonitorTrack performance and long-term responsibility
02 / REGIONAL LENS

Where Regional Capabilities Could Apply

Existing field-service firms, geoscientists, drilling crews, equipment suppliers, and monitoring specialists could participate if a project reaches a suitable stage. Their skills are an advantage, but they do not prove that a specific facility has financing, a permit, or a final site. The CEDS should describe potential supplier and workforce pathways as such.

01

Technical Fit

Assess geology, well integrity, seismicity, pressure, and protection of underground sources of drinking water.

02

Community Fit

Explain energy, water, land, traffic, and emergency-response needs in terms residents can evaluate.

03

Business Fit

Name the carbon source, customer or incentive, sponsor, schedule, and measurable local benefit.

03 / REGIONAL LENS

A Clear Readiness Screen

Class VI wells for geologic carbon dioxide storage are subject to a specific federal permitting program. EPA's primacy page is the authoritative place to check which authority currently administers a state program; the CEDS should not imply that a state application is an approval. For each prospective project, partners can track the stage of geologic characterization, environmental review, public engagement, financing, permitting, and long-term liability.

Read the evidence: EPA Class VI Program and Primacy Status ↗