Facility ID: 1013819 · Metals

Mississippi Silicon

Verify with EPA →

Burnsville, MS · TISHOMINGO COUNTY · NAICS 331410

Data updated May 2026

130K MT CO₂e · 2023

Mississippi Silicon sits in the upper third of EPA GHGRP reporters by latest CO₂e (#2,203 of 8,713 nationally, #34 of 132 in MS).

  • National rank #2,203 of 8,713 GHGRP facilities
  • #34 of 132 in MS
  • #104 of 363 in Metals
  • 100% of MISSISSIPPI SILICON parent CO₂e
  • 2023 mix: 1.2% non-CO₂ (CH₄-led)
  • +8.5% since 2016

Mississippi Silicon vs all U.S. GHGRP facilities

Where this site's latest reported Scope 1 CO₂e sits among every EPA GHGRP reporting facility

130,484 2203rd of 8713 higher than 6,510 of 8,713 facilities

GHGRP facilities, banded by latest reported CO₂e (MT)

Each bar is a band; taller bars hold more facilities. The dashed line + filled bar mark this entry. Hover or tap any bar for its full count and share, and where it sits relative to this entry.

Source EPA Greenhouse Gas Reporting Program · 2023

Facility footprint context

This site accounts for 100% of MISSISSIPPI SILICON reported parent CO₂e (130K MT of 130K MT ). Inside the EPA Metals sector it ranks #104 of 363 facilities by latest CO₂e. Shares use GHGRP facility rollups only, not Scope 2/3 or non-reporting sites.

2023 gas mix desk

Of 130K MT CO₂e reported for 2023, non-CO₂ gases are 1.2% , led by CH₄ at 1.2% . Component shares use this facility's GHGRP CO₂ / CH₄ / N₂O rows for that year (already CO₂e-weighted).

CO₂
98.8%
129K MT
CH₄
1.2%
2K MT
N₂O
0%
1 MT

High-emitter reporting timeline

2016
2017
2018
2019
2020
2021
2022
2023
Year Total CO2e (MT)
2023 130,484
2022 140,881
2021 143,449
2020 140,207
2019 135,618
2018 142,884
2017 135,649
2016 120,229

Facility insight: Mississippi Silicon

Mississippi Silicon (GHGRP ID 1013819) is a high-volume reporter at 130K MT CO₂e in 2023 from Burnsville, MS (#2,203 of 8,713 nationally) under Metals (NAICS 331410).

Over 8 years (2016–2023), emissions stayed within a narrow band around 130K MT CO₂e (peak 143K MT). This facility has filed every year from 2016 to 2023, a complete 8-year record.

Peak year was 2021 at 143K MT CO2e; latest 2023 sits 9% below that peak (130K MT). The largest year-to-year move was 2016→2017 (+12.8%, 15K MT).

Frequently Asked Questions

Where does Mississippi Silicon rank among U.S. GHGRP facilities?

According to the EPA Greenhouse Gas Reporting Program, Mississippi Silicon ranks #2,203 of 8,713 reporting facilities by latest reported CO₂e, and #34 of 132 facilities in MS (same sort as the state facility table). See /methodology#corpus-placement.

What share of GHGRP facilities report less CO₂e than Mississippi Silicon?

Mississippi Silicon's 130K MT CO₂e is higher than 6,510 of the 8,713 GHGRP facilities with reported emissions (75%), an exact count from the full corpus, not an estimate.

How much CO2 does Mississippi Silicon emit?

Mississippi Silicon reported 130K MT CO2e in 2023.

What share of MISSISSIPPI SILICON does Mississippi Silicon represent?

Mississippi Silicon accounts for 100% of MISSISSIPPI SILICON's reported GHGRP CO₂e (130K MT of 130K MT).

What is Mississippi Silicon's 2023 CO₂ / CH₄ / N₂O mix?

In 2023, non-CO₂ gases were 1.2% of reported CO₂e at Mississippi Silicon, with CH₄ the larger non-CO₂ share at 1.2% (CO₂ 98.8%). Shares use the facility's GHGRP gas components for that year.

Where does Mississippi Silicon rank inside Metals?

Among EPA GHGRP facilities tagged Metals, Mississippi Silicon ranks #104 of 363 by latest reported CO₂e.

Is Mississippi Silicon reducing emissions?

Over 8 reporting years (2016–2023), Mississippi Silicon's emissions have increased by 8.5%. Emissions have remained relatively stable.

Nationwide facilities with similar CO₂e or sector

Peer sets outside MS for a top-third GHGRP emitter: CO₂e totals first, then Metals neighbors.

Data sourced from the EPA Greenhouse Gas Reporting Program (GHGRP), Facility ID 1013819. Data subject to facility self-reporting, not compliance advice. See our methodology for how this data is sourced, computed, and verified. Retrieved and formatted by PlainCarbon