Facility ID: 1008059 · Other

Texas Instruments Richardson

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Richardson, TX · COLLIN COUNTY · NAICS 334413

278K
MT CO2e (2023)
13
Reporting Years
TX
State

Annual Emissions History

2011
2012
2013
2014
2015
2016
2017
2018
2019
2020
2021
2022
2023
Year Total CO2e (MT)
2023 277,773
2022 207,265
2021 263,886
2020 234,133
2019 205,056
2018 168,878
2017 128,853
2016 105,469
2015 90,464
2014 63,305
2013 54,696
2012 43,955
2011 49,967

Facility Insight: Texas Instruments Richardson

Texas Instruments Richardson (EPA GHGRP Facility ID 1008059) reported 278K metric tons of CO2-equivalent in 2023, operating in Richardson, TX within COLLIN COUNTY. The site is classified under Other with NAICS code 334413, placing it within the group of U.S. facilities that cross the 25,000 MT CO2e annual reporting threshold set by EPA under 40 CFR Part 98. Self-reported emissions are verified by EPA staff, and the reported CO2e total aggregates CO2, methane (CH4), and nitrous oxide (N2O) weighted by their 100-year global warming potentials.

The facility has 13 years of reported data on record, covering the 2011–2023 window. Over that period, annual CO2e emissions rose by 455.9%, with the peak observed year showing up to 278K MT CO2e. Because facility emissions can swing year-to-year based on production volume, fuel mix, outages, or control upgrades, a single year rarely tells the full story — the emissions history table above unpacks CO2, CH4, and N2O contributions separately so readers can see which gas is driving the trend.

For context, this reported total captures Scope 1 direct emissions from on-site combustion, industrial processes, and fugitive sources — it excludes Scope 2 purchased electricity and Scope 3 upstream or downstream emissions. Users comparing this facility to others in TX should cross-reference with the state-level rollup on our TX emissions page and the parent company profile where linked, since facility-level disclosures are most meaningful when placed against the operator's broader portfolio. All underlying data is EPA-published and freely available via the GHGRP envirofacts API.

Emissions Analysis

Texas Instruments Richardson is a moderate emitter at 278K MT CO2e, typical of mid-sized industrial operations.

Emissions have increased 455.9% over the reporting period. This may result from expanded operations, increased production, or changes in fuel mix. EPA GHGRP covers facilities emitting 25,000+ MT CO2e annually.

Frequently Asked Questions

How much CO2 does Texas Instruments Richardson emit?

Texas Instruments Richardson reported 278K metric tons of CO2 equivalent (CO2e) in 2023, according to EPA Greenhouse Gas Reporting Program data.

Is Texas Instruments Richardson reducing emissions?

Over 13 reporting years (2011–2023), Texas Instruments Richardson's emissions have increased by 455.9%. This may reflect expanded operations or increased production.

What industry sector is Texas Instruments Richardson in?

Texas Instruments Richardson is classified under Other (NAICS code 334413). Located in Richardson, TX.

What gases does Texas Instruments Richardson emit?

Texas Instruments Richardson reports emissions of CO2 (carbon dioxide), CH4 (methane), and N2O (nitrous oxide), converted to CO2-equivalent using EPA global warming potentials. The gas breakdown for each reporting year is shown in the emissions history table above.

How many years of data are available for Texas Instruments Richardson?

Texas Instruments Richardson has 13 years of EPA GHGRP data on record, spanning 2011 to 2023. The GHGRP has collected data since 2010 from facilities emitting 25,000+ MT CO2e annually.

Where does this emissions data come from?

All data comes from the EPA Greenhouse Gas Reporting Program (GHGRP), which requires facilities emitting 25,000+ metric tons of CO2e per year to report annually. Data is self-reported by facilities and verified by the EPA.

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Related Data Portals

Source: EPA GHGRP Facility ID 1008059. Data subject to facility self-reporting. Not compliance advice.

Related

Data sourced from official U.S. government datasets. See our methodology for details. Retrieved and formatted by PlainCarbon Editorial