AirMail - Refinery & Petrochemical Permits
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Open Refinery & Petrochemical Permit Applications
Application by Celanese LtdA
Celanese Ltd., 9502 Bayport Blvd, Pasadena, TX 77507-1402, has applied to the Texas Commission on Environmental Quality (TCEQ) for a renewal of Federal Operating Permit (herein referred to as Permit) No. O1986, Application No. 33188, to authorize operation of the Ethylene Oxide /Ethylene Glycol, an All Other Basic Organic Chemical Manufacturing facility. The area addressed by the application is located at 9502 Bayport Blvd in Pasadena, Harris County, Texas 77507- 1402.
Immediate actions and help documents:
⚠️ ACTION: Submit public comments by Aug 15, 2022
Written public comments should be submitted to the Texas Commission on Environmental Quality, Office of the Chief Clerk, MC-105, P.O. Box 13087, Austin, Texas 78711-3087, or electronically at https://www14.tceq.texas.gov/epic/eComment/
⚠️ ACTION: Request for a ‘notice and comment hearing’ by Aug 15, 2022
The TCEQ must organize a public meeting at the request of local State legislators
What are Refineries and Petrochemical Plants and why are they an air quality concern?
Refineries and petrochemical plants are facilities for industrial processes related to oil and gas.
- Refineries transform crude oil into usable petroleum products, like fuel, diesel, kerosene, or asphalt.
- Petrochemical plants convert petrochemical compounds into raw materials for products like plastic, lubricants, and solvents.
Refineries and petrochemical plants are major sources of hazardous emissions, including particulate matter (PM), nitrogen oxides (NOx), carbon monoxide (CO), hydrogen sulfide (H2S), and sulfur dioxide (SO2). Many of the emissions from these facilities are potentially carcinogenic (cancer-causing) such as BTEX compounds (benzene, toluene, ethylbenzene, and xylene). Refineries and petrochemical facilities may also emit a wide range of toxics such as ethylene oxide, 1,3 – butadiene, and chloroprene These pollutants represent chronic risks to community health that may develop over years of exposure.
In addition, sudden events like refinery explosions and fires, plant failures, or chemical and gas leaks can lead to higher concentrations of toxins and highly corrosive chemicals in the air that can result in conditions that are immediately dangerous to the safety and health of nearby residents.
Sources of emissions near refineries and petrochemical plants include:
- Equipment leaks and malfunctions (fugitive emissions)
- Refinery operations (High-temperature combustion processes in the burning of fuels)
- Transfer of products through pipelines (raw material, intermediates, and finished products)
- Refinery explosions and fires
The health impacts of air pollution exposure include:
- Damaged cells in the respiratory system
- Stress to the heart and lungs
- Aggravated respiratory conditions, including asthma
- COPD (Chronic obstructive pulmonary disease)
- Increased likelihood of cancer development over lifetime
- Shortened life span
Additionally, individuals who have been consistently exposed to air pollution may be more likely to suffer severe health impacts from COVID-19.
In addition to the potential public health impact of air toxics, the industrial processes associated with refineries and petrochemical plants release carbon dioxide, a common greenhouse gas. Increased levels of carbon in the earth’s atmosphere lead to global climate change.
Water contamination is another severe environmental concern. Wastewater from industrial processes can contaminate surrounding groundwater and surface water. During catastrophic weather events such as heavy rains and floods, the runoff of toxic materials may infiltrate surrounding communities; compounding the risks associated with extreme weather.
In the Greater Houston area, refineries and petrochemical plants disproportionately impact communities of color and with lower incomes. These facilities are frequently located in or near these communities, namely along the Houston Ship Channel. This includes residents of neighborhoods such as Galena Park and Harrisburg/Manchester.
This industrial proximity is detrimental to resident health and is known as “double jeopardy.” In other words, communities are both impacted by toxic emissions and pollutants as well as risks of exposure to chemical accidents.