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Chemical Emissions

There has been a significant reduction in chemical emissions since the baseline year of 1994. The reduction trend in chemical emissions can be attributed to a variety of factors and emission reduction projects.
Reason for change: EPA required reductions due to Cellulose MACT standard implementation.
Chemical Emissions

Emissions of Priority Compounds

Louisiana Operations met the company target on this critical 2005 EHS goal five years earlier than expected by reducing priority compounds by more than 75 percent since the baseline year of 1994.
Reason for change: Regulatory mandated change to a new calculation methodology issued by EPA resulted in increased actual emissions being reported this year.
The UNOX flow was greater than 2 times last years flow with higher concentrations of Epichlorohydrin and Ethylene Glycol as compared to the previous year.
Emissions of Priority Compounds

Emissions of Volatile Organic Compounds (VOC)

There has been a significant reduction in actual Volatile Organic Compound emissions since the baseline year of 1994.
Reason for change: EPA required reductions due to Cellulose MACT standard implementation.
Emissions of Volatile Organic Compounds (VOC)

CO2 Emissions per Pound of Production

CO2 Emissions per Pound of Production

Dioxin Emissions — Air and Water

Air: Increase in 2006 within normal operational variability.
Water: Process variability.
Dioxin Emissions — Air and Water TEQ
Dioxin Emissions — Air and Water TM17

Dioxin On-Site Landfill – Disposal

Landfill: Up from 2005, more Chlorine cell waste disposed.
Dioxin On-Site Landfill – Disposal TEQ
Dioxin On-Site Landfill – Disposal TM17

Dioxin Treatment — On-Site Destruction

Dioxin Treatment — On-Site Destruction TEQ
Dioxin Treatment — On-Site Destruction TM17
Disclaimer: This data reflects the most currently available information and may be updated in the future.

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