Energy Resources Data

By Energy Resources Program

Interactive Carbon Sequestration Map

Explore our estimates of carbon sequestration that include land in over 30 states

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The Wind Turbine Database

Discover our database of over 70,000 wind turbines

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The Produced Waters Database

Find data from over 50,000 geochemical samples from oil, gas, geothermal and other energy wastewaters

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Quality data are the foundation of well-informed decisions. Decision-makers across the Nation rely on the Energy Resources Program to deliver data and science about geologic energy resources.

Our data and science inform decisions about where and how to develop energy resources.

Our data are used by diverse decision-makers. Some examples include:

Federal land management agencies use our resource inventories and assessments to understand the potential for energy resource development on federal lands, and how development could impact other natural resources
Policy makers use our geologic energy resource assessments to plan for a secure and sustainable energy future.
Emerging industries use our data to understand the geologic potential for emerging renewable energy and carbon sequestration technologies

Explore Featured Datasets

Data on Geologic Energy Resources: we assess the locations, quantities and characteristics of known and potential geologic energy resources.

OIL AND GAS ASSESSMENTS

OIL AND NATURAL GAS DRILLING AND PRODUCTION HISTORY

GEOTHERMAL RESOURCE ASSESSMENTS

COAL RESOURCES ASSESSMENT

WATER AND PROPPANT ASSESSMENTS

CARBON SEQUESTRATION ASSESSMENT

GAS HYDRATE RESOURCES IN NORTHERN ALASKA

Inventories of Energy Infrastructure: these compilations of the locations of active and legacy energy infrastructure are crucial for understanding the potential impacts of past or future energy development on other natural resources like water or habitat.

WIND TURBINE INVENTORY

SOLAR PANEL INVENTORY

ORPHANED WELL DATABASE

Geochemical and Geologic Databases: we provide databases of geochemical and geologic data related to geologic energy resources. These data are relevant to diverse applications, including prioritizing remediation, estimating the potential for recovering minerals from energy wastes, and understanding fundamental geologic and groundwater processes.