Our Software:

LOCAETA

Exploring the public health impacts of industrial emissions and decarbonization

An all-in-one tool for public health and decarbonization

LOCAETA integrates air quality data, air dispersion models, demographic and environmental justice considerations, and potential health benefits associated with decarbonization pathways to characterize the health and economic consequences of adopting clean energy technologies, such as industrial electrification, carbon capture, and more.

Our Motivation

We developed LOCAETA to empower community members, planners, and investors to consider the potential emissions, air quality, and health consequences of decarbonization technologies.

Who Can Benefit

State and federal governments, NGOs and community members, clean energy investment companies, and the commercial decarbonization industry.

Our Process

How LOCAETA works

LOCAETA is a modeling and analysis platform that includes air dispersion modeling, facility emissions and air quality data, population exposure, and health risk models to assess the public health impacts of emissions. Results and other relevant data layers are displayed in an interactive, easy-to-use Data Explorer web interface.

Characterize air quality data

LOCAETA uses a range of data products, such as satellite and in situ air quality data, to assess the impacts to communities from air pollution produced by specific emitting facilities.

Air dispersion modeling

Using physics-based models, statistical analysis and machine learning, LOCAETA generates results that predict how air pollution from industrial facilities would change under different scenarios involving decarbonization.

Actionable insights for decision making

Our software integrates air quality data, air dispersion models, and health impact modeling to demonstrate trade-offs and co-benefits of a range of potential technology pathways to decarbonization, such as electrification, carbon capture, hydrogen fuel-switching, and more.

A prototype of the LOCAETA data explorer was developed to study the PM2.5 reductions possible from carbon capture on stationary combustion at industrial facilities in Louisiana

A nationwide, screening-level version of LOCAETA will be released by early 2026 with additional pollutants, decarbonization technologies, and public health benefits results. In the meantime, focused local projects using the platform are underway to support clean energy planning in specific geographic areas. Please contact us if you would like to discuss a local LOCAETA project to evaluate, quantify, and visualize the public health impacts of industrial facility emissions and potential decarbonization co-benefits.

FAQs

Learn more about LOCAETA​ and how it can benefit your organization.

The Local Air Emissions Tracking Atlas (LOCAETA, pronounced “low-kay-shuh”) is an air quality analysis tool designed to help communities across the U.S. understand the long-term air quality and public health impacts of industrial facility emissions. It also estimates potential improvements to air quality and public health resulting from decarbonization efforts.
LOCAETA integrates emissions data from industrial facilities, satellite and in situ measurements of pollutant concentrations, expert insights on decarbonization technologies and literature estimates of emissions impacts, and new atmospheric modeling to model the spread of emissions and their impact on communities.
LOCAETA supports regulators, governmental agencies, community groups, NGOs, industry professionals, and ESG investing businesses in understanding the air quality impacts and co-benefits of various decarbonization options for industrial facilities, such as carbon capture, electrification, and fuel-switching. By focusing on community-level air quality and public health impacts, as well as the economic advantages of improved air quality, LOCAETA serves as a valuable tool for decision support and community engagement. It enables users to evaluate the relative air quality impacts of different options and effectively quantify and communicate the co-benefits of specific decarbonization approaches.
Currently, the LOCAETA Data Explorer Prototype considers PM2.5 in Louisiana. This will be expanded to include other hazardous air pollutants, criteria air pollutants, and volatile organic compounds. Local versions of LOCAETA may cover pollutants of interest to specific communities based on facility emissions in their neighborhoods.
LOCAETA looks at the composition of the community to understand where there may be communities with higher populations of residents who would be particularly vulnerable to poor air quality, and for whom potential improvements to local air quality would have outsized benefit from a public health perspective.

Our Team

Our LOCAETA Specialists

Amy Jordan

Research Scientist

Amy is a hydrologist with professional experience in astrophysical, planetary, and earth sciences with a focus on numerical modeling of complex systems.

She provides expertise on air quality co-benefits to decarbonization, groundwater remediation, nuclear waste repository performance, geologic carbon sequestration, and nuclear nonproliferation.

Kelly Graham

Research Scientist

Kelly has experience using global atmospheric chemistry models, along with satellite and in situ data, to understand carbon dioxide exchange in the Arctic Ocean.

She focuses on atmospheric science and modeling projects, integrating modeling, data science, and atmospheric chemistry.

Yunha Lee

Research Scientist

Yunha is a computational scientist with experience in developing atmospheric models for air quality and climate applications, both physics and machine learning approaches.

She focuses on the socioeconomic impact assessments of low-carbon energy technology.

Veronica Wilde

Research Scientist

Veronica has a multidisciplinary background spanning business and the energy sector, with a proven ability to unite diverse stakeholder groups and drive collaboration.

She provides project support and helps build strategic partnerships that advance organizational objectives and create lasting, positive impacts on community development.

Jessi Eidbo

Director of Engagement

Jessi has a multidisciplinary background in environmental sciences, policy, management, and urban and regional planning.

She supports the deployment of decarbonization technologies through an understanding of local community opportunities and impacts.

Information Hub

Our LOCAETA Projects

Learn more about the LOCAETA projects we have completed.

Client testimonials

Carbon Solutions has been instrumental in the development of our sequestration project in Wyoming over the last 2.5 years. They continue to deliver a work product that exceeds industry standards. I value our relationship and will ensure Carbon Solutions is embedded in the development of our project as we grow.

Jess Foshe

President & CEO