Sector: Energy generation
GEOS-Chem is an open?source global 3?D chemical transport model used to simulate atmospheric composition, including gases and aerosols, and their chemistry, transport, and deposition. The website provides documentation, installation and run instructions, tutorials, model version information, input datasets, and links to the user community and developer resources. Researchers use it to run simulations for air quality, climate, and biogeochemical cycling studies, and to contribute improvements back to the shared codebase.
Mapping tool that shows estimates of mortality and morbidity impacts from coal fired power plants in the U.S.
Website for the South Carolina Efficiency and Conservation Block Grant Program. Provides an example of how to structure a subaward program to fund local projects using US Department of Energy funds.
Utah website to access funding opportunities for air quality projects. Provides a good example of how to set up a resource that can be used by individuals, companies, or local governments to access information about grants, rebates, tax credits, and financing for local projects.
Report containing tools to equip development finance institution project officers and portfolio managers with information to design projects that generate air quality benefits. It includes basic information on air quality and health impacts, and ways to integrate air quality in investment decisions. The goal is to increase the volume and types of financing available for air quality programs.
EPA’s COBRA (Co-Benefits Risk Assessment) Health Impacts Screening and Mapping Tool estimates how changes in air emissions—especially from energy and climate policies—affect air pollution levels, health outcomes, and related economic benefits across U.S. counties. Users can input emissions changes or select built-in scenarios, and COBRA uses reduced-form air quality modeling plus health impact and valuation functions to produce quick, screening-level estimates of avoided deaths, illnesses, and monetized health benefits, along with maps and tables for communication and planning.
The HARP Air Dispersion Modeling and Risk Tool, developed by the California Air Resources Board, is Windows-based software that allows users to run air dispersion models and calculate associated health risks from toxic air pollutants. Used primarily in the state’s Hot Spots Analysis & Reporting Program, it integrates modeled concentration outputs with built?in health effect values and demographic data (including a dedicated census database and health database) to support standardized health risk assessments for stationary emission sources in California.
CalEEMod (California Emissions Estimator Model) is a free, statewide land use emissions calculator used to estimate air pollutant and greenhouse gas emissions from development projects in California. It allows planners, consultants, and agencies to input project characteristics (like land use type, size, construction schedule, and operations) and then uses built?in emission factors and default assumptions to quantify construction and operational emissions (e.g., vehicle trips, energy use, area sources). The tool supports CEQA review, air district permitting, and project comparison by providing standardized, transparent emission estimates for proposed developments.
Template intended to help jurisdictions navigate the community action planning process by providing a set of sample strategic objectives, actions, and evaluation metrics to plan program activities to address key children’s environmental health issues in communities.
The Toxics Release Inventory (TRI) Program tracks the industrial management of toxic chemicals. TRI data are reported annually by industrial and federal facilities that meet reporting requirements. EPA makes these data available through multiple online tools, many of which add context to help make the reported data more understandable.
