Asbestos Exposure in Louisiana - Lung Cancer and Mesothelioma

The Nelson Generating Station in Westlake, Louisiana - often referred to as the Roy S. Nelson plant - is a multi - unit fossil - fueled power facility owned and operated within Entergy's Louisiana utility (formerly Entergy Gulf States/Entergy Gulf States Louisiana) that has historically used a mix of natural gas and coal to supply electricity to southwest Louisiana and the broader Entergy grid. In service for decades and expanded over time, the site includes large boiler - steam turbine units, fuel - handling systems, cooling and water treatment assets, and a major switchyard interconnecting with regional transmission, supporting reliability for the industrial corridor around Lake Charles. As with many mid - 20th - century thermal power plants, the Westlake, LA station likely incorporated asbestos - containing materials in insulation for boilers, turbines, and piping, as well as in gaskets, packing, refractory, cement products, and certain electrical components; potential exposure would have been most acute for maintenance and contractor personnel during repairs, outages, and retrofits prior to widespread abatement and stricter controls, though legacy materials can persist in older structures even after remediation.

Publicly available details about the specific operating history of the Entergy Louisiana - Monroe Generating Plant in Monroe, Louisiana are limited, but it is referenced as an electric generation facility associated with Entergy Louisiana's regional power supply; plants of this type in northeast Louisiana have typically been fossil-fueled (natural gas or oil) using boilers, steam turbines, or combustion turbines to serve the local grid. At U.S. power plants built or maintained through the late 1970s, asbestos-containing materials were commonly used in insulation for boilers and steam lines, turbine and pump gaskets, valve packing, refractory, and fireproofing, creating potential exposure for workers such as operators, pipefitters, boilermakers, electricians, and contractors - especially during maintenance, repairs, and overhauls - until modern controls were adopted. While current activities at the Monroe, LA site would be expected to follow contemporary OSHA and EPA standards, the historical potential for asbestos exposure at similar utility generating facilities means that past work at this location could have involved asbestos-containing materials.

The Entergy Louisiana Sterlington Generating Plant in Sterlington, Louisiana is a natural gas-fired electric generating facility owned and operated by Entergy Louisiana that provides peaking and reliability support to the regional grid in north Louisiana through the company's transmission network. The site has operated for decades and has seen equipment upgrades over time, with operations centered on starting and stopping combustion turbines to meet demand, routine maintenance of turbines and auxiliary systems, and compliance with state and federal air and environmental permits. As with many older power plants, there was potential for asbestos exposure historically because asbestos-containing insulation, gaskets, packing, and fireproofing were commonly used around high-temperature equipment such as turbines and piping; workers performing maintenance, repair, or demolition at the Sterlington facility could have been at risk if these materials were disturbed before abatement or without proper controls, although modern regulations require monitoring, containment, and protective measures.

Equitable Equipment in Madisonville, LA operated as a Gulf Coast shipbuilding and repair yard on the Tchefuncte River, performing steel fabrication, hull construction, outfitting, pipefitting, machining, sandblasting, painting, and dockside/launch ways work to build and service tugs, barges, landing craft, and offshore service vessels for commercial and government customers; the Madisonville, Louisiana facility supported regional maritime and oil-and-gas activity through the mid- to late 20th century. As with most shipyards of that era, possible asbestos exposure existed before the 1980s due to the use of asbestos-containing insulation and pipe covering, boiler and turbine lagging, gaskets, and packing in vessel construction and repair, with higher risk for insulators, pipefitters, machinists, welders, electricians, and maintenance crews during installation, removal, or disturbance of thermal materials; regulatory changes in later years reduced usage and required tighter controls.

Equitable Shipbuilding in New Orleans, Louisiana - also referenced historically as Equitable Shipyards and associated with Equitable Equipment Co. - operated as a Gulf Coast shipyard engaged in new construction, conversion, and repair of steel-hulled vessels, including barges, tugboats, offshore service vessels, and various government craft, leveraging its access to Mississippi River and Gulf shipping routes; the New Orleans, LA facility supported fabrication, outfitting, and overhaul work from the mid-20th century into the late 1900s and employed common shipyard trades such as welders, pipefitters, machinists, electricians, and insulators. As with most U.S. shipyards of that era, operations involved widespread use of asbestos-containing materials for heat and fire protection - including pipe and boiler insulation, gaskets, packing, valve components, cement, and lagging - creating potential exposure risks during installation, cutting, removal, and maintenance work, particularly in confined spaces, until controls and material substitutions increasingly reduced use by the late 1970s and beyond.

Equitable Shipyard in Madisonville, Louisiana, also referred to as the Equitable Equipment Company Madisonville yard, operated along the Tchefuncte River as a Gulf Coast shipbuilding and repair facility that fabricated, outfitted, and serviced steel-hulled vessels, including inland barges, towboats, and offshore service craft for regional marine and oilfield markets; its operations typically included steel fabrication, piping, machining, electrical work, and hull repairs supported by shop and waterfront capabilities. Active largely during the mid-to-late 20th century, the shipyard contributed to Madisonville, LA's long-standing maritime economy by employing welders, pipefitters, machinists, electricians, insulators, and other skilled trades. As with many U.S. shipyards of that era, work performed before and into the 1970s commonly involved asbestos-containing materials - such as insulation for piping and boilers, gaskets, packing, and fireproofing - so employees and contractors engaged in construction, maintenance, and repair at Equitable Shipyard may have experienced asbestos exposure, particularly during tasks that disturbed old insulation and high - heat components; exposure risks generally declined as regulations and material substitutions were adopted in later decades.

Equitable Shipyard in New Orleans, Louisiana - often associated with Equitable Shipyards, Inc. and Equitable Equipment Company - operated as a Gulf Coast builder and repairer of small to mid-size vessels, including tugs, barges, ferries, and offshore support craft for commercial operators and government customers, with typical work spanning steel fabrication, hull assembly, machinery installation, conversions, and periodic overhauls. As with many U.S. shipyards active through the mid- to late 20th century, the New Orleans, LA facility likely used asbestos-containing materials prior to stricter regulations in the late 1970s and early 1980s, particularly in pipe and machinery insulation, boiler and turbine lagging, gaskets, pump and valve packing, fireproofing, and heat shields; cutting, fitting, removing, or disturbing these materials during construction and repair could release fibers and pose exposure risks to insulators, pipefitters, machinists, boilermakers, welders, electricians, shipfitters, and other trades working in confined spaces below deck or in yard shops.

Erath Sugar Company in Erath, Louisiana operated as a cane sugar mill serving growers in Vermilion Parish and nearby areas, conducting the seasonal grinding of sugarcane and producing raw sugar and molasses; typical mill operations included receiving and weighing cane by truck or rail, preparation and milling to extract juice, clarification with lime and heat, concentration in multiple-effect evaporators, crystallization in vacuum pans, and separation, drying, and storage, with on-site steam and power provided by boilers, turbines, pumps, and extensive insulated piping - often fueled in part by bagasse. The facility functioned as an industrial hub for the community and primarily ran during Louisiana's fall harvest season. As with many 20th-century sugar plants, there was possible asbestos exposure due to the historical use of asbestos-containing pipe and equipment insulation, boiler lagging, gaskets, valve packing, and cements; maintenance, repairs, and seasonal overhauls could disturb these materials and release fibers, potentially exposing workers such as mechanics, pipefitters, boilermakers, millwrights, electricians, and laborers, as well as others working nearby.

For Ernest Roger - Florence, LA, there is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

There is no additional information available on Ernst And Company in New Orleans, LA, but it is on the list of sites where asbestos exposure may have occurred.

The designation "Esso Baton Rouge - New Orleans, LA" is commonly associated with Esso/Exxon operations in Louisiana, with the primary facility being the Baton Rouge Refinery and chemical complex in Baton Rouge, Louisiana, which supplied and supported distribution and marine activities serving the New Orleans, Louisiana area. Established in 1909 and long operated by Standard Oil of New Jersey (Esso), later Exxon and ExxonMobil, the Baton Rouge complex has encompassed large-scale crude oil refining, petrochemical manufacturing, storage tank farms, pipelines, and Mississippi River dock operations. Workers connected to Esso Baton Rouge - New Orleans, LA - whether employed at the refinery, at bulk terminals or docks, or as contractors performing maintenance and turnarounds - could have encountered asbestos-containing materials historically used throughout refineries and terminals, including thermal insulation on pipes and equipment, boiler and turbine insulation, gaskets, packing, refractory linings, and asbestos-cement products; occupations with elevated risk included insulators, pipefitters, boilermakers, maintenance mechanics, electricians, laborers, and ship and dock workers, with potential secondary exposure for family members via contaminated clothing. While a discrete facility in New Orleans bearing the "Esso Baton Rouge" name is not documented publicly, the association reflects that asbestos exposure may have occurred in connection with Esso's Louisiana refining, petrochemical, and distribution operations serving the New Orleans region.

Esso Oil - Baton Rouge, LA refers to the long-established petroleum refinery and integrated petrochemical complex in Baton Rouge, Louisiana, originally developed by Standard Oil (Esso) in the early 20th century and now operated by ExxonMobil. The site processes crude oil into transportation fuels (gasoline, diesel, jet fuel), lubricants, and petrochemical feedstocks, with typical refinery operations that include crude distillation, catalytic cracking, reforming, hydrotreating/hydrocracking, coking, sulfur recovery, and extensive storage and logistics via pipelines, rail, and river terminals on the Mississippi River. It is a major industrial employer and a key hub in the Gulf Coast's energy and chemical supply chain. As with many refineries of its era, historical use of asbestos-containing materials for high-temperature insulation, fireproofing, gaskets, and packing created potential exposure risks - particularly for insulators, pipefitters, boilermakers, and maintenance personnel during repairs and turnarounds before modern controls were widely implemented. Over time, regulatory compliance and abatement programs have reduced these hazards, but legacy asbestos must still be managed under strict procedures, so past exposure is possible and precautions remain necessary when disturbing older materials at the Baton Rouge, LA complex.

The Esso Philadelphia was a petroleum tanker operated under the Esso (Standard Oil) fleet that berthed in New Orleans, Louisiana, for cargo operations and periodic maintenance typical of commercial tanker service. During the era when the Esso Philadelphia was in service, tankers commonly incorporated asbestos-containing insulation, gaskets, packing, and heat-resistant components in engine rooms, boilers, turbines, and piping systems, creating the potential for asbestos exposure to vessel crew and to New Orleans-based shipyard and dock workers during repairs, overhauls, and materials handling. While detailed, site-specific records about Esso Philadelphia - New Orleans, LA are limited, it is listed among locations where asbestos exposure may have occurred.

The Esso Plant in Baton Rouge, Louisiana, established by Standard Oil (Esso) in 1909, developed into a large integrated refining and petrochemical complex now operated as part of ExxonMobil's Baton Rouge Refinery and associated chemical facilities along the Mississippi River; operations at the Baton Rouge, LA site have historically included refining crude oil into gasoline, diesel, jet fuel, and lubricants, and producing petrochemical feedstocks for plastics and other industrial uses, supported by extensive storage, pipelines, utilities, and river and rail logistics. Like many refineries and chemical plants built and expanded in the mid - 20th century, the facility historically used asbestos-containing insulation, gaskets, packing, and refractory materials on pipes, boilers, heaters, turbines, and heat exchangers, creating potential exposure risks for operators, maintenance workers, pipefitters, insulators, and contractors - especially during repairs and turnarounds prior to the 1980s - after which regulatory controls and abatement programs reduced asbestos hazards.

The Esso Research facility in Baton Rouge, Louisiana, is historically referenced as a research and technical support operation associated with the Esso/Standard Oil (later Exxon/ExxonMobil) refining and petrochemical complex in Baton Rouge, LA, providing process development, product testing, analytical laboratories, pilot-plant work, and engineering support for fuels, lubricants, and petrochemicals. Like many mid-20th-century refinery and research sites, potential asbestos exposure at this location could have arisen from common industrial uses of asbestos-containing materials such as pipe and equipment insulation, boiler and furnace linings, gaskets, and valve or pump packing, as well as building materials and certain laboratory components (e.g., older fume hoods, bench tops, and floor tiles). Workers most likely to have encountered asbestos included maintenance and operations personnel, pipefitters, insulators, machinists, electricians, and contractors, along with laboratory staff and engineers who entered pilot units or process areas where high-temperature systems and insulated equipment were present.

The Esso Research & Engineering Center in Baton Rouge, Louisiana was associated with the Standard Oil/Esso (later Exxon) Baton Rouge refinery and petrochemical operations, providing research, technical services, and engineering support through laboratories, pilot units, and engineering offices that worked on process development, product quality testing, and unit troubleshooting during the mid to late 20th century. Located within the industrial ecosystem of Baton Rouge, LA, the center's workforce included engineers, chemists, technicians, and craft and maintenance personnel who supported refinery and chemical-plant units typical of large Gulf Coast petroleum complexes. Possible asbestos exposure at the Esso Research & Engineering Center could have occurred due to the historic use of asbestos-containing insulation on piping and equipment, as well as gaskets, valve packing, fireproofing, and certain laboratory materials and benchtops, with elevated risk for pipefitters, insulators, maintenance crews, and laboratory staff during installation, repair, and removal activities prior to widespread asbestos controls in the late 1970s-1980s.

Esso Research Labs in Baton Rouge, Louisiana was part of the Esso (Standard Oil of New Jersey) operations that later became Exxon and ultimately ExxonMobil, supporting the adjacent Baton Rouge refinery and chemical complex with petroleum and petrochemical research, process development, analytical testing, pilot plant work, and technical services. Work commonly included catalyst evaluation, fuels and lubricant formulation, process optimization, materials and corrosion studies, and support for refinery and chemical unit troubleshooting. Staff typically ranged from chemists and engineers to laboratory technicians and maintenance craftsmen, with facilities that included laboratories, small-scale pilot units, and utility systems tied to steam, heat, and process piping. As with many mid - 20th - century refining and research sites, possible asbestos exposure at this location could have arisen from asbestos-containing insulation and components used on steam lines, boilers, furnaces, heat exchangers, and reactors, as well as from lab-related items such as heat-resistant pads, gloves, gaskets, and fume hood or transite panels. Potentially affected groups would have included insulators, pipefitters, millwrights, maintenance and shutdown crews, and lab personnel who handled heated equipment, particularly during repairs, renovations, or demolition prior to widespread asbestos controls and phase-outs in the late 1970s and 1980s. The likelihood of exposure at Esso Research Labs in Baton Rouge, LA would have depended on the time period, specific job tasks, and adherence to safety and abatement practices in place at the facility.

Esso San Francisco in New Orleans, Louisiana refers to an Esso/Standard Oil vessel associated with petroleum transport that operated through the Port of New Orleans, where cargo handling, docking, and periodic maintenance or repair work would have taken place; during the mid- to late-20th century, vessels in this service commonly used asbestos-containing insulation and components in engine and boiler rooms, piping, pumps, valves, and gaskets, creating potential asbestos exposure for crew members, contractors, and shipyard or dock workers during routine operations and overhauls in New Orleans, LA. Publicly available, detailed records specific to this ship's activities at New Orleans are limited, but the combination of petroleum shipping operations and period-standard materials makes this a site where asbestos exposure may have occurred.

The Esso Standard Oil Company site in Baton Rouge, Louisiana - later operated as Exxon and now the ExxonMobil Baton Rouge Refinery and integrated chemical complex - has been a major Gulf Coast hub since the early 20th century, refining crude oil into gasoline, diesel, jet fuel, lubricants, and petrochemical feedstocks using units such as crude distillation, catalytic cracking, reforming, coking, hydrotreating, boilers, and sulfur recovery, supported by pipelines, tank farms, and Mississippi River dock facilities. At refineries of this era, including the Esso Standard Oil Co location in Baton Rouge, LA, asbestos-containing materials were widely used for thermal insulation and fire protection on steam lines, boilers, turbines, heat exchangers, pumps, and valves; as refractory in cracking and coking equipment; and in gaskets and packing, creating potential asbestos exposure risks for operators, maintenance personnel, insulators, pipefitters, and contractors during routine work, turnarounds, and demolition activities, particularly before asbestos use was curtailed in the late 1970s and 1980s.

The Esso Standard Oil Co No. 1 Stores Dock in North Baton Rouge, Louisiana was a logistics and warehousing support facility for the company's Baton Rouge refinery and chemical complex (later Exxon/ExxonMobil), situated along the Mississippi River and used to receive, store, and distribute materials, spare parts, and equipment to production and maintenance units. Operations at the dock typically involved barge and truck unloading/loading, inventory management, and maintenance support, serving the broader industrial footprint in Baton Rouge, Louisiana rather than directly refining products. As with similar mid-20th-century refinery-support sites, potential asbestos exposure at the No. 1 Stores Dock could have occurred from insulation on steam lines, pumps, valves, and boilers, from asbestos-containing gaskets and packing used in rotating equipment and pipelines, from fireproofing and friction materials, and from handling stored maintenance supplies that contained asbestos; dockworkers, warehouse personnel, pipefitters, insulators, mechanics, and electricians may have been exposed during material handling, equipment repairs, or when working around vessels and cargo-handling machinery before modern controls and abatement reduced these risks.

There is no additional information available on Esso Standard Oil Co � No. 11 Store in North Baton Rouge, LA, but it is on the list of sites where asbestos exposure may have occurred.

The Esso Standard Oil Co No. 15 Store in North Baton Rouge, Louisiana, appears to have operated as a branded service station and small retail outlet within Esso's regional network, offering gasoline and motor oil sales, lubrication, tire and battery service, and minor automotive repairs for motorists in Baton Rouge. While site-specific operating dates and records for this numbered store are not publicly documented, facilities of this type in Louisiana were common through the mid-20th century and into the early 1970s, when the Esso brand in the U.S. transitioned to Exxon, and their operations followed a consistent service-station model. Possible asbestos exposure at this North Baton Rouge, LA location could have affected mechanics and maintenance personnel prior to the 1980s through brake and clutch servicing, handling engine or exhaust gaskets, and contact with asbestos-containing building materials typical of the era (such as pipe insulation, floor or ceiling tiles, mastics, and roofing), with additional risk during building maintenance or renovation that disturbed those materials; such risks would have applied to both employees and outside contractors.

The Esso Standard Oil Co. #15 Stores Department in Baton Rouge, Louisiana is listed as a specific location. There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

Founded in the early 1900s on the Mississippi River, the Esso Standard Oil Company facility in Baton Rouge, Louisiana developed into a large, integrated complex that refines crude oil into gasoline, diesel, jet fuel, lubricants, and petrochemical feedstocks, supported by tank farms, pipelines, rail connections, and river terminals; the site, later operated under Exxon and now ExxonMobil, is commonly known as the Baton Rouge Refinery and remains one of the nation's largest such operations. As with many refineries of its era, the Baton Rouge, LA complex historically used asbestos-containing materials for high-temperature insulation on pipes, boilers, turbines, and heat exchangers; in gaskets and valve packing; and in refractory linings for units such as catalytic crackers and cokers, creating potential exposure risks for insulators, pipefitters, boilermakers, machinists, electricians, and contractors, particularly during maintenance, repairs, and turnarounds before modern controls and abatement programs reduced use and required monitoring and protective measures.

The Esso Standard Oil Company - N. Baton Rouge, LA facility refers to the historic Baton Rouge refinery and associated operations in North Baton Rouge, established in 1909 by Standard Oil of New Jersey (later known as Esso, then Exxon, and now part of ExxonMobil). Long regarded as one of the nation's larger integrated refining and petrochemical complexes, it processes crude oil into gasoline, diesel, jet fuel, lubricants, waxes, and chemical feedstocks, supported by onsite power generation, maintenance shops, storage, pipelines, and river and rail logistics along the Mississippi River. Like many refineries built and expanded during the 20th century, the site historically used asbestos-containing insulation, refractory products, gaskets, and packing on boilers, furnaces, piping, heat exchangers, pumps, and catalytic units, creating potential asbestos exposure for pipefitters, insulators, boilermakers, maintenance crews, and contractors - particularly during turnarounds and repairs prior to modern controls and abatement programs introduced in the late 1970s and 1980s. The complex is commonly known today as the ExxonMobil Baton Rouge complex in Baton Rouge, Louisiana, and while current operations follow stringent safety standards, individuals who worked there in earlier decades may have encountered asbestos during routine work or the removal of aging materials, with possible secondary exposure from contaminated work clothing.

The Esso Standard Oil Company Baton Rouge Refinery, located along the Mississippi River in Baton Rouge, Louisiana, is a large, integrated petroleum complex that has operated since the early 1900s under Standard Oil/Esso and later Exxon/ExxonMobil, producing transportation fuels, lubricants, asphalt, liquefied petroleum gases, sulfur, and petrochemical feedstocks through processes such as crude distillation, catalytic cracking, hydrocracking, reforming, alkylation, hydrotreating, coking, and sulfur recovery, with distribution via pipelines, river docks, rail, and truck. As one of the nation's largest refineries, it anchors a broader manufacturing network that includes nearby chemical operations and has been a major regional employer. Like many refineries of its era, the Baton Rouge Refinery historically utilized asbestos-containing materials for high-temperature insulation, gaskets, packing, refractory linings, and fireproofing on equipment such as pipes, boilers, heaters, pumps, turbines, and valves; this created potential exposure risks particularly for insulators, pipefitters, boilermakers, maintenance crews, and contractors during routine work and unit turnarounds prior to widespread controls and abatement beginning in the late 1970s-1980s. Modern safety practices and asbestos management programs have reduced current risk, but legacy materials can still be encountered during maintenance or demolition activities.

The Esso Standard Oil Company Chemical Plant in Baton Rouge, Louisiana is part of the large Baton Rouge industrial complex along the Mississippi River, originally developed by Standard Oil (New Jersey)/Esso and later operated as Exxon and ExxonMobil, with continuous operations since the mid - 20th century producing petrochemical building blocks and derivatives - such as olefins (including ethylene and propylene), aromatics, and related intermediates - used to make plastics, rubber, solvents, and other industrial products; the facility is closely integrated with the adjacent Baton Rouge Refinery for feedstocks, utilities, and logistics, supporting around - the - clock processing, periodic maintenance turnarounds, and shipment by pipeline, rail, barge, and truck in Baton Rouge, LA. Like many refineries and chemical plants of its era, the site historically used asbestos - containing materials for high - temperature insulation on piping and equipment, as well as in gaskets, packing, fireproofing, and protective components, creating potential asbestos exposure for insulators, pipefitters, boilermakers, maintenance personnel, and contractors during installation, repair, and removal work - particularly prior to tighter controls and abatement programs adopted in the 1980s - while remaining legacy materials in older units are typically managed under modern safety protocols.

The Estate of H.C. Minor in Houma, Louisiana is historically associated with the Minor family's plantation holdings, including Southdown Plantation, and their sugarcane agriculture, milling, and refining operations in Terrebonne Parish. These operations relied on large steam-driven systems - such as boilers, evaporators, vacuum pans, and extensive piping - typical of sugar mills operating from the late 19th into the 20th century. As with many industrial facilities of that era, asbestos-containing insulation, gaskets, packing, and building materials were commonly used to manage heat and wear, creating potential asbestos exposure risks for workers involved in daily operations, maintenance, and repairs, and during later renovations or demolition at the site in Houma, LA.

The Ethyl Chemical Plant - Baton Rouge, LA was a major Ethyl Corporation facility in Baton Rouge, Louisiana that supported production of fuel and lubricant additives, historically including tetraethyl lead anti-knock compounds and later other organometallic and petroleum additive chemistries; operations typically included chemical reaction units, distillation and blending, bulk storage, and rail and truck loading within the Mississippi River petrochemical corridor. The workforce included operators, laboratory staff, and maintenance and contractor crafts who serviced pumps, valves, heat exchangers, steam and utility systems, and boilers. As with many mid-20th-century chemical plants, asbestos-containing materials were widely used for insulating high-temperature piping, steam lines, boilers and turbines, and in gaskets and packing, creating potential asbestos exposure - particularly during maintenance, repairs, turnarounds, and later abatement work - until such materials were phased down and tighter controls were implemented in the 1970s-1980s.

Ethyl Corp.'s Baton Rouge, Louisiana facility has long been a major chemical manufacturing and additives site on the Mississippi River, historically known for producing gasoline antiknock agents - most notably tetraethyl lead - along with related intermediates such as ethyl chloride, and later a range of fuel and lubricant additives and other organometallic products; operations at the Baton Rouge, LA location have included large-scale processing units, utilities (steam and boilers), blending and packaging, tank storage, and rail and river shipping, with activities evolving as U.S. road gasoline phased out leaded additives in the 1980s-1990s and portions of the business transitioned within the Ethyl/NewMarket corporate family. As with many mid - 20th - century chemical plants, equipment and piping at Ethyl Corp. - Baton Rouge commonly incorporated asbestos-containing insulation, gaskets, and packing on steam lines, heat exchangers, pumps, valves, and boilers, creating potential asbestos exposure risks for insulators, pipefitters, maintenance crews, and contractors, particularly during repairs, turnarounds, or pre-1980s operations.

The Ethyl Corporation facility in Baton Rouge, Louisiana operated as a major chemical manufacturing and blending site supporting the company's fuel and lubricant additive business; historically, in coordination with Standard Oil of Louisiana, the Baton Rouge plant produced tetraethyl lead and other antiknock compounds for leaded gasoline before transitioning to non - leaded fuel additives and related specialty chemicals as regulatory phase - outs progressed, with operations that typically included reaction and distillation units, bulk storage, packaging, quality control laboratories, and rail and river logistics. As with many mid - 20th - century chemical plants, asbestos - containing materials were commonly used for thermal insulation on steam lines, boilers, heat exchangers, and in gaskets and packing for pumps and valves, creating possible asbestos exposure for insulators, pipefitters, maintenance crews, and contractors - particularly during equipment overhauls, insulation removal, and other turnaround work prior to widespread asbestos controls in the late 1970s and 1980s - at the Ethyl Corporation site in Baton Rouge, LA.

The Ethyl Corporation location in North Baton Rouge, Louisiana was part of the company's petroleum-additives operations, historically centered on fuel-treatment chemicals such as tetraethyl lead, and likely involved chemical processing, blending, storage, and distribution with rail and truck logistics typical of the industrial corridor in North Baton Rouge, LA. Plant functions would have included utilities and maintenance support for reactors, heat exchangers, pumps, compressors, and extensive piping systems. As with many mid-20th-century chemical facilities, high-temperature equipment and steam systems were commonly insulated and sealed with asbestos-containing materials, and asbestos could also have been present in gaskets, valve packing, and building materials; thus, production workers, mechanics, and contractors may have faced asbestos exposure risks during routine operations, repairs, and turnaround work. While specific incidents are not detailed here, the site is identified among locations where asbestos exposure may have occurred, consistent with the era and equipment used in Ethyl Corporation's Baton Rouge operations.

Ethyl Corporation's Plaquemine, Louisiana facility operated within the state's Mississippi River petrochemical corridor and supported the company's chemical manufacturing activities, including the production and handling of petroleum-additive components and related intermediates; typical plant operations would have included reaction and distillation processes, blending, bulk storage, and shipment by rail and barge, supported by extensive steam and process piping, boilers, heat exchangers, pumps, and pressure vessels. At facilities of this type and era - especially prior to the 1980s - asbestos-containing materials were commonly used for thermal insulation on pipes and equipment, in gaskets and valve/pump packing, and in refractory linings and some building materials, meaning workers at the Ethyl Corporation site in Plaquemine, LA (such as maintenance personnel, pipefitters, insulators, operators assisting with repairs, and outside contractors) could have encountered asbestos during routine work, repairs, shutdowns, and turnarounds until safer substitutes and controls were adopted.

For the Ethyl Corporation - Central Stores facility in Baton Rouge, Louisiana, there is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

Ethyl Corporation's Baton Rouge, Louisiana complex has long supported the company's fuel additive and specialty chemical operations, and the Central Stores served as a centralized warehouse and materials-management hub that received, stored, and distributed spare parts, piping components, gaskets, packing, insulation, and general industrial supplies to production units and maintenance crews across the site. At facilities of this type and era, potential asbestos exposure was a recognized risk, particularly before the late 1970s-1980s when asbestos-containing thermal insulation, gasket and valve packing, and fireproofing were common; in Baton Rouge, LA, workers tied to Central Stores - such as warehouse personnel, mechanics, pipefitters, and contractors - could have encountered asbestos by handling stocked materials, from dust released when parts were opened or repacked, or from deteriorating insulation on steam lines, boilers, pumps, and heat exchangers moving through or adjacent to storage and staging areas, with later controls and phase-outs reducing but not eliminating historical exposure potential.

The Ethylene Plant - Westlake, LA facility, located in Westlake, Louisiana, is an ethylene production site typical of the Gulf Coast petrochemical corridor, where natural gas liquids (primarily ethane and propane) are steam-cracked in high-temperature furnaces and the resulting products are quenched, compressed, and separated in cryogenic fractionation trains to yield polymer-grade ethylene for nearby plastics and chemical manufacturing; operations commonly include cracking furnaces, quench systems, compressor trains, demethanizer and deethanizer columns, ethylene/ethane splitters, storage tanks and spheres, flares, cooling towers, extensive process control systems, and large maintenance shops staffed by operators and skilled trades. As with many older petrochemical facilities, there was potential for asbestos exposure historically from insulation on hot piping and equipment, refractory materials and insulation in furnaces and boilers, gaskets and valve packing, and other thermal controls, particularly during maintenance, turnarounds, or demolition; later abatement and substitution programs reduced these risks, though legacy materials may still be encountered and are typically managed under modern safety procedures.

The Eugene W. Hilgard refers to a U.S. Coast and Geodetic Survey vessel named for scientist Eugene Woldemar Hilgard, historically associated with New Orleans, Louisiana as a Gulf Coast base for hydrographic work; its operations focused on surveying, sounding, and wire - drag sweeps to locate shoals and obstructions, supporting safe navigation in the lower Mississippi River approaches and adjacent Gulf waters during the early to mid - 20th century. In New Orleans, LA the vessel would have been outfitted, repaired, and periodically overhauled at area shipyards and federal facilities to maintain engines, hull, and survey gear. Like many vessels of its era, shipboard systems commonly used asbestos-containing materials in boiler and engine insulation, pipe and pump lagging, gaskets, and packing, presenting potential exposure risks to crew and shoreside trades during maintenance, insulation removal, cutting and welding near insulated piping, and machinery repair. Individuals most likely to encounter asbestos included engineers, machinists, pipefitters, insulators, and shipyard workers involved in refits or repairs. While specific job records vary, the combination of mid - century marine operations and routine yard work in New Orleans makes the Eugene W. Hilgard a setting where asbestos exposure may have occurred.

Eureka Rice Mill in Esterwood, Louisiana, operated as a rice processing facility serving regional growers, handling the receiving, drying, storage, and milling of rough rice before packaging and distribution; although detailed historical records are limited, its role aligns with the long-established rice industry in Acadia Parish and southwest Louisiana. Potential asbestos exposure at Eureka Rice Mill - Esterwood, LA could have arisen from insulation on boilers and steam lines, rice dryers and other heat-processing equipment, gaskets and packing in pumps and valves, and asbestos-containing building materials such as transite panels or roofing, with elevated risks for maintenance and repair personnel - including insulators, pipefitters, and millwrights - during equipment servicing, retrofits, or demolition activities.

There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred. Evan Hall Sugar Cooperative, Incorporated in Donaldsonville, Louisiana is listed without further details on operations or history.

Evan Hall Sugar Cooperative, Incorporated in McCall, Louisiana operated as a growers' cooperative sugar mill that received sugarcane from area farms and produced raw sugar and molasses through cane preparation and crushing, juice clarification, evaporation, crystallization, centrifugation, and sugar drying, with bagasse commonly used as boiler fuel to generate steam and power for seasonal grinding campaigns. Located in McCall, LA, the facility relied on extensive steam and process systems - boilers, evaporators, vacuum pans, centrifugals, pumps, turbines, and long runs of insulated piping - that, particularly during much of the twentieth century, typically incorporated asbestos-containing insulation, gaskets, packing, and refractory materials. As a result, operators, maintenance personnel, pipefitters, boilermakers, millwrights, insulators, and contractors could have encountered asbestos during routine work and shutdown repairs, especially before modern controls and the transition to non-asbestos materials, and the site has been identified as a location where asbestos exposure may have occurred.

There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

For Evelyn in New Orleans, Louisiana: There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

Evergreen Plantation in Plaquemine, Louisiana was part of the Mississippi River corridor's plantation economy in Iberville Parish, with operations centered on cultivating and harvesting sugarcane and moving cane to an on-site sugarhouse or nearby mills where steam-driven equipment (including boilers, evaporators, centrifugals, pumps, and extensive steam piping) was used to produce raw sugar and molasses; during the mid-20th century era when asbestos-containing insulation, gaskets, packing, and roofing materials were common across sugar industry facilities, workers involved in operating, maintaining, or repairing boilers, turbines, pumps, valves, and heated process lines at Evergreen Plantation or associated mills in Plaquemine, LA could have been at risk of asbestos exposure, particularly during maintenance, equipment overhauls, or demolition activities.

Exxon - Baton Rouge, LA, also known as the ExxonMobil Baton Rouge Refinery and chemical complex in Baton Rouge, Louisiana, is one of the nation's longest-running and largest integrated refining and petrochemical operations, established in 1909 along the Mississippi River; the site processes crude oil into gasoline, diesel, jet fuel, lubricants, and petrochemical feedstocks, supported by adjacent chemical units, storage, pipelines, rail, and marine facilities that enable continuous operations. As with many refineries built and expanded in the mid-20th century, asbestos-containing materials were historically used at this location in insulation for pipes and high-temperature equipment, as well as in gaskets, packing, and fireproofing; maintenance, repair, and turnaround work by refinery employees and contractors - particularly before stricter controls and abatement practices became common in the late 1970s and 1980s - could have resulted in asbestos exposure, while current operations follow modern safety protocols to manage any remaining legacy materials.

There is no additional information available on Exxon - Buras, LA, but it is on the list of sites where asbestos exposure may have occurred.

Exxon - Kenner, LA is a listed location in Kenner, Louisiana. There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

For the location Exxon - Venice, LA in Venice, Louisiana, there is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred. This refers to the Exxon / Humble - Opelousas, LA site in Opelousas, Louisiana.

The site name "Exxon Baton Rouge - New Orleans, LA" is used in some regional listings, but the ExxonMobil Baton Rouge refining and petrochemical complex itself is located in Baton Rouge, Louisiana; New Orleans, LA has long served as a nearby population, labor, and logistics base for workers, contractors, and suppliers who support the facility. The Baton Rouge operations date to the early 20th century under Standard Oil and comprise one of the nation's largest integrated complexes, including crude oil refining, fuels blending, lubricants production, and a broad array of chemical and plastics manufacturing, supported by extensive utilities, maintenance operations, and river, rail, and pipeline infrastructure along the Mississippi River. Like many refineries and chemical plants built and expanded through much of the 1900s, the complex historically used asbestos for high-temperature insulation and fireproofing, creating potential exposure in insulation, piping, boilers, furnaces, turbines, pumps, valves, gaskets, and building materials - particularly for insulators, pipefitters, boilermakers, electricians, maintenance personnel, and other trades during repairs, turnarounds, or demolition before modern abatement practices were widely implemented. Although asbestos use has been tightly regulated since the late 1970s-1980s, legacy materials could have persisted for years, so individuals who worked at or serviced Exxon Baton Rouge - whether based in New Orleans, LA or on site - may have encountered asbestos-containing materials depending on the era and job duties.

The Exxon Chemical Co USA Plastics Plant in Baton Rouge, Louisiana is part of the long-established ExxonMobil chemical and refining complex along the Mississippi River, with operations focused on producing plastic resins - primarily polyolefins such as polyethylene and polypropylene - for packaging and industrial uses. Integrated with nearby units that supply ethylene and propylene feedstocks, the site's typical operations include polymerization, extrusion/compounding, pelletizing, and shipment of finished pellets by rail and truck from Baton Rouge, LA. As with many petrochemical and plastics facilities built and expanded during the mid-20th century, historical use of asbestos-containing insulation, gaskets, and fireproofing on steam lines, boilers, heaters, and process vessels could have posed exposure risks, especially for maintenance, turnaround crews, pipefitters, insulators, and other trades before modern controls and abatement practices were adopted; ongoing regulatory compliance and removal programs have since reduced these risks. The plant's integration within ExxonMobil's Baton Rouge operations supports continuous manufacturing, routine unit turnarounds, and contractor activity typical of large Gulf Coast plastics production sites.

The Exxon Chemical U.S.A. - Chemical Plant (also known historically as Enjay Chemical) in Baton Rouge, Louisiana is a large, integrated petrochemical facility adjacent to the ExxonMobil Baton Rouge refinery, with roots dating to about the 1940s; it operated under the Enjay Chemical name in the 1960s-early 1970s before adopting the Exxon Chemical identity. The plant's operations convert refinery streams into chemical intermediates and finished products, including olefins (such as ethylene and propylene), aromatics (like benzene and toluene), synthetic rubber (including butyl rubber), solvents, and other polymer and elastomer feedstocks, using processes such as steam cracking, polymerization, and blending, with product movement by pipeline, rail, and barge. As with many mid-20th-century chemical plants, facilities of this type in Baton Rouge, LA commonly used asbestos for high-temperature and corrosion-resistant applications - thermal insulation on steam lines, boilers, reactors, and distillation equipment, as well as asbestos-containing gaskets and packing in pumps and valves - creating potential exposure risks for insulators, pipefitters, maintenance crews, and contractors, especially during repairs and turnarounds before modern controls were adopted in the late 1970s and beyond; subsequent abatement and stricter safety practices have reduced but not necessarily eliminated the possibility of encountering legacy asbestos in older units.

There is no additional information available on Exxon Company USA in New Orleans, Louisiana, but it is on the list of sites where asbestos exposure may have occurred.

Exxon Company USA maintained petroleum terminal and pipeline support operations in Port Allen, Louisiana, functioning as part of the greater Baton Rouge area distribution network by receiving refined products via pipeline and river transport, storing them in aboveground tanks, conducting routine product handling and quality control, and loading shipments for regional delivery; these activities were consistent with the company's downstream role prior to its merger into ExxonMobil. As with many mid-20th-century petroleum terminals and pipeline facilities, asbestos-containing materials were commonly used in pipe and equipment insulation, gaskets, valve packing, and certain building materials, so maintenance and repair personnel, pipefitters, insulators, and contractors working at the Port Allen, LA location may have faced asbestos exposure risks, particularly in earlier decades and during repair, removal, or renovation activities.

For the location Exxon Philadelphia in New Orleans, Louisiana: There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

The Exxon Refinery in Baton Rouge, Louisiana is a major Gulf Coast refining hub that has operated for more than a century as part of the integrated Baton Rouge manufacturing complex, producing gasoline, diesel, jet fuel, lubricants, asphalt, and petrochemical feedstocks with extensive pipeline, marine (Mississippi River), rail, and truck connections to regional and national markets; the site runs 24/7 with large workforces of employees and contractors to support operations, maintenance, and periodic turnarounds. Originally developed in the early 1900s and later expanded alongside adjacent chemical facilities, the Baton Rouge, LA refinery is among the largest in the United States and is subject to federal and state environmental and safety oversight. As with many refineries of its era, asbestos-containing materials were historically used for insulation and fireproofing on piping, boilers, furnaces, turbines, pumps, gaskets, and other equipment, so workers such as pipefitters, insulators, boilermakers, maintenance crews, and operators - particularly during pre-1980s construction and repair activities - could have experienced asbestos exposure; subsequent regulations and abatement programs have reduced risks, though controlled handling and monitoring are required when legacy materials are disturbed during ongoing maintenance or upgrades at the Exxon Refinery in Baton Rouge, Louisiana.

The location known as Exxon San Francisco is in New Orleans, Louisiana. There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

The Baton Rouge, Louisiana complex commonly associated with Standard Oil (Esso), Humble Oil, and later Exxon (now ExxonMobil) is a long-running refinery and petrochemical hub along the Mississippi River that began operations under Standard Oil in the early 20th century and evolved through corporate transitions from Esso and Humble Oil to the Exxon brand in the 1970s. Today it is one of the largest integrated refinery-chemical operations in the United States, producing gasoline, diesel, jet fuel, lubricants, waxes, and petrochemical feedstocks, supported by extensive pipeline, marine, rail, and storage infrastructure in Baton Rouge, LA. Like many refineries built and expanded before the 1980s, the site historically used asbestos-containing materials for high-temperature insulation, gaskets, packing, fireproofing, and equipment such as boilers, turbines, heat exchangers, and piping. Potential asbestos exposure would have been most likely during maintenance, turnarounds, insulation work, and demolition, affecting trades such as insulators, pipefitters, boilermakers, and contractors, with some risk of secondary exposure from contaminated work clothing. Regulatory controls and abatement programs implemented from the late 1970s onward reduced but did not entirely eliminate the potential for disturbance of legacy asbestos during repair or renovation work.

Exxonmobil Oil Corporation - Baton Rouge, LA refers to ExxonMobil's long - running refining and petrochemical complex in Baton Rouge, Louisiana, an integrated site that began operations in the early 20th century and has grown into one of the largest refinery complexes in the United States, processing hundreds of thousands of barrels of crude oil per day into gasoline, diesel, jet fuel, lubricants, and petrochemical feedstocks, with adjacent chemical facilities producing olefins, aromatics, and plastics intermediates; the complex employs thousands of workers and contractors, operates around the clock with extensive pipeline, river dock, rail, and tank farm logistics on the Mississippi River, and has been a major industrial and economic anchor for the region subject to state and federal environmental oversight. Historically, refineries like the Baton Rouge, Louisiana complex used asbestos-containing materials for high - temperature insulation on boilers, furnaces, and piping, as well as in gaskets, pump and valve packing, and refractory linings, so workers such as insulators, pipefitters, maintenance personnel, and turnaround contractors could have faced asbestos exposure, particularly before modern controls were adopted; while current operations follow regulations and abatement protocols, legacy materials may still present exposure risks if disturbed during maintenance or demolition.

F T Frelinghuysen - New Orleans, LA. There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

Regarding F. Birmingham Company in Breaux Bridge, Louisiana, there is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

Regarding F. Miller & Sons, Inc. in Lake Charles, Louisiana: There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred. This note refers to F.W. Atwood in Crowley, Louisiana.

There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

There is no additional information available on Fairfield Properties, Inc. in Shreveport, Louisiana, but it is on the list of sites where asbestos exposure may have occurred.

The Fairmont Hotel in New Orleans, Louisiana, known for much of its history as the historic Roosevelt Hotel, operated as a prominent downtown luxury property offering guest rooms, fine dining and cocktail venues (including the famed Sazerac Bar and the Blue Room), and extensive meeting and ballroom facilities that hosted conventions, social events, and Mardi Gras traditions; managed and branded by Fairmont Hotels & Resorts for decades in the late 20th and early 21st centuries, it closed after Hurricane Katrina in 2005 and later reopened in 2009 under its restored name as The Roosevelt New Orleans with a different brand. Given the building's late 19th/early 20th-century origins and multiple expansions and renovations, materials commonly used in that era and in mid-century upgrades - such as pipe and boiler insulation, fireproofing, floor tiles, mastics, and ceiling products - may have contained asbestos, creating potential exposure risks primarily for maintenance, engineering, and renovation or demolition workers (particularly during post-Katrina remediation and rebuilds) if proper abatement controls were not in place, while risks to guests during normal operations would generally be expected to be minimal.

Falstaff Brewing Corporation operated a major regional brewery in New Orleans, Louisiana, established during the company's post-Prohibition expansion and active for decades from about the mid-1930s into the late 1970s, producing and packaging Falstaff beer for distribution across the Gulf South with brewhouse operations, fermentation cellars, bottling and canning lines, cold storage, and rail/truck shipping; the landmark building, known for its rooftop sign, was later converted to residential use. As with many mid-20th-century breweries, the New Orleans facility relied on steam boilers, extensive insulated piping, refrigeration systems, and process equipment that commonly used asbestos-containing insulation, gaskets, and packing, so possible asbestos exposure could have occurred - especially for maintenance workers, pipefitters, insulators, boiler operators, and contractors during repairs, renovations, or demolition.

Farmers Land & Canal Company in Chloe, Louisiana: There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

The Federal Building at 500 Fannin Street in Shreveport, Louisiana is a General Services Administration-managed, multi-tenant federal facility in downtown Shreveport that has historically supported a mix of operations, including court-related functions, postal and administrative services, and offices for various federal agencies serving the region. As with many legacy federal buildings, asbestos-containing materials may be or may have been present in building components such as thermal system insulation, sprayed fireproofing, floor tiles and mastics, and joint compounds; potential asbestos exposure would most likely have affected maintenance personnel and contractors during renovations, repairs, or other work that disturbed these materials, while routine occupants generally faced low risk when materials remained intact and were managed under applicable federal abatement and operations-and-maintenance programs.

Federal Compress & Warehouse - Tallulah, LA was a cotton compressing and warehousing facility in Tallulah, Louisiana, part of a regional network that received baled cotton from area growers, stored it, compressed bales for density, and coordinated outbound shipments to market by truck and, in many cases for similar facilities, rail. Operations typically involved running large compression presses, forklift and conveyor handling, staging and inventory control in warehouses, and routine equipment and building maintenance. Possible asbestos exposure at such a mid-20th-century industrial site could have occurred if asbestos-containing materials were present, including insulation or lagging on steam lines, boilers, or press equipment, gaskets and packing in pumps and valves, roofing or siding products, and brake and clutch components in forklifts or other machinery, with highest risk during maintenance, repair, or demolition activities. Specific, site-level documentation is limited, but the nature of the facility and its era of construction and operation make these potential exposures relevant to the Tallulah, LA location.

The Federal Post Office Building in New Orleans, Louisiana served as a federal postal facility supporting core United States Postal Service operations such as mail processing and distribution, public customer service counters, and administrative support functions for the local and regional network in New Orleans, LA. As with many federal buildings built or renovated before the early 1980s, asbestos-containing materials were commonly used in components like pipe insulation, mechanical and boiler room systems, floor tiles, and fireproofing; accordingly, possible asbestos exposure at the Federal Post Office Building could have occurred, especially for maintenance staff, custodians, HVAC technicians, and construction or renovation crews who worked in mechanical spaces or disturbed building materials. Specific construction dates and abatement details for this property are not provided here, but the operational profile and building era practices indicate that asbestos was a recognized potential hazard in comparable facilities.

There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

For Fen Yang in New Orleans, LA, there is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

Firestone in Baton Rouge, Louisiana operates as a tire and automotive service location providing tire sales and installation, wheel balancing and alignment, brake and clutch service, oil changes, batteries, and general vehicle maintenance, and some sites have also handled parts storage and distribution; part of the long-established Firestone brand (now under Bridgestone), the Baton Rouge, LA location has served local motorists for many years. Possible asbestos exposure at this type of facility was most likely in earlier decades, when certain automotive friction products (such as brake linings and clutch facings) and some engine gaskets contained asbestos, and when older building materials or equipment insulation could include asbestos; during that period, mechanics, helpers, and others working in service bays could have encountered airborne dust if proper controls were not used, whereas modern operations rely on non-asbestos materials and improved safety practices.

The Firestone facility in Lake Charles, Louisiana was part of the company's synthetic rubber and polymer operations supporting tire manufacturing and other industrial markets, with activities that typically included receiving butadiene and styrene feedstocks, operating polymerization and finishing units, blending and packaging, and maintaining extensive utilities such as boilers, high - pressure steam systems, compressors, and cooling water networks. As with many mid - to - late 20th century industrial plants, Firestone in Lake Charles, LA commonly relied on asbestos-containing materials before the 1980s, including insulation on steam lines and boilers, as well as gaskets, valve and pump packing, and other heat-resistant components; consequently, employees and contractors engaged in operations, maintenance, pipefitting, welding, insulation, and turnaround work may have faced asbestos exposure risks, particularly during repairs and tear - outs prior to modern controls and material substitutions.

The Firestone facility in Sulphur, Louisiana was an established industrial plant tied to Firestone's polymers and rubber operations, producing synthetic rubber and related elastomer materials for tire and industrial markets, with typical activities including polymerization, compounding, finishing, bulk chemical handling, and extensive utility systems supporting high-temperature and steam-driven processes. Situated in Calcasieu Parish within the Lake Charles petrochemical corridor, the Firestone - Sulphur, LA site relied on operators and maintenance crafts to run and service reactors, piping, boilers, dryers, pumps, and valves. As with many Gulf Coast chemical and rubber plants built and operated during the mid-to-late 20th century, asbestos-containing materials were historically used for thermal insulation, gaskets, packing, and fireproofing; consequently, employees and contractors - particularly those involved in maintenance, insulation work, or equipment repairs prior to tighter controls and phase-outs in the 1970s-1980s - may have encountered asbestos exposure from disturbed insulation, gasket replacement, or dust during turnarounds and demolition.

The Firestone Plant - Lake Charles, LA was a long-standing synthetic rubber and elastomers manufacturing complex in Lake Charles, Louisiana, historically associated with Firestone Tire & Rubber (later Firestone Polymers/Bridgestone), where operations commonly included polymerization units producing materials such as styrene-butadiene rubber and polybutadiene, finishing and packaging lines, bulk storage and shipping, and extensive utilities (steam, boilers, turbines, cooling water, and maintenance shops) supported by rail and pipeline connections to the regional petrochemical network; like many mid-20th-century rubber and chemical facilities, this plant used asbestos-containing materials for high-temperature service, including pipe and equipment insulation, boiler and turbine lagging, gaskets, packing, refractory linings, and transite components, creating potential exposure risks for insulators, pipefitters, boilermakers, millwrights, electricians, operators, and contractors during routine maintenance, turnarounds, repairs, and demolition activities.

There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

Firestone Plastics is located in Baton Rouge, Louisiana. There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

The Firestone Synthetic Plant in Lake Charles, Louisiana, commonly associated with Firestone/Firestone Polymers (later part of Bridgestone), has operated as a Gulf Coast synthetic rubber facility producing elastomers used in tires and industrial goods, including grades such as styrene-butadiene rubber and polybutadiene, supported by on-site monomer storage, polymerization units, finishing and packaging areas, utilities (steam and power), and wastewater treatment typical of large petrochemical operations. Established during the mid-20th-century expansion of U.S. synthetic rubber capacity, the Lake Charles, LA site has employed operators, maintenance crafts, and laboratory and engineering staff to support continuous-process production and supply to tire and molded rubber markets. As with many chemical and rubber plants of its era, the facility likely incorporated asbestos-containing materials for high-temperature insulation on piping, boilers, turbines, and in gaskets and pump packing; this created potential exposure risks for insulators, pipefitters, maintenance workers, and contractors, particularly before asbestos controls and abatement became standard in later decades.

Firestone Synthetic Rubber & Latex Company in Lake Charles, Louisiana operated as part of the area's petrochemical corridor, manufacturing synthetic rubber (such as styrene - butadiene rubber) and latex products used in tires and other industrial goods, with typical operations including polymerization, blending, storage, and shipping supported by extensive steam, power, and process piping systems. The plant would have relied on nearby refineries and chemical producers for feedstocks like butadiene and styrene, and used equipment such as boilers, heat exchangers, pumps, compressors, and reactors common to mid - to - late 20th century chemical facilities. As with many chemical and rubber plants of that era, possible asbestos exposure could have occurred due to the historical use of asbestos - containing insulation, gaskets, packing, and refractory materials on high - temperature and high - pressure systems, particularly during maintenance, repairs, and turnarounds; workers and contractors such as pipefitters, insulators, boilermakers, millwrights, and electricians in Lake Charles, LA would have been among those with potential exposure risk.

The Firestone Synthetic Rubber & Latex Company in Sulphur, Louisiana operated as an industrial manufacturing facility within the Lake Charles petrochemical corridor, producing synthetic rubber and latex used in tires, adhesives, and other industrial goods. Operations typical of this sector included emulsion polymerization and latex processing, blending and compounding, storage and shipping, and extensive utilities such as high - pressure steam systems, boilers, and interconnected piping, with proximity to regional refineries providing common feedstocks such as butadiene and styrene. Its Sulphur, LA location leveraged Gulf Coast logistics and the surrounding petrochemical supply chain. As with many rubber and petrochemical plants of the mid - 20th century, asbestos - containing materials were commonly used for thermal insulation on steam lines, boilers, heaters, and reactors, and in gaskets and packing for pumps and valves, creating potential asbestos exposure for production workers, maintenance crews, and contractors - especially during repairs, insulation removal or replacement, and equipment overhauls - until stricter controls were adopted in later decades.

Located in Lake Charles, Louisiana, the Firestone Synthetic Rubber and Latex Company operated as a major Gulf Coast producer of synthetic rubber and latex polymers for tire manufacturing and other industrial rubber applications; after Bridgestone acquired Firestone, the site continued under Bridgestone/Firestone operations (often referred to as Firestone Polymers) with typical processes including polymerization, latex production, finishing, drying, and packaging of styrene-butadiene and related elastomers. Established in the mid-20th century as part of the region's expanding chemical corridor, the facility relied on high-temperature steam systems, reactors, dryers, pumps, and extensive piping networks and conducted regular maintenance and turnaround activities. Given industry practices of the era, potential asbestos exposure at the Lake Charles, LA plant could have arisen from asbestos-containing insulation on steam lines, boilers, heat exchangers, and process equipment, as well as asbestos gaskets and packing used in pumps, valves, and flanges; workers such as pipefitters, insulators, maintenance mechanics, and contractors would have been at higher risk prior to the adoption of modern controls and abatement, with residual risk during later renovations or demolition of legacy materials.

The Firestone Synthetic Rubber and Latex Company in Lake Charles, Louisiana operated as part of Firestone's chemicals and polymers business, producing synthetic rubber and latex used in tires and other industrial products, with typical operations that included polymerization (such as styrene-butadiene rubber and latex), compounding, storage, and distribution supported by high-pressure steam, boilers, reactors, compressors, and extensive piping and utilities. Located within the Lake Charles petrochemical corridor, the facility relied on both in-house crews and outside contractors for maintenance and turnarounds, and it contributed to the mid-20th-century growth of Gulf Coast synthetic polymer production. As with many chemical and rubber plants built or expanded before the 1980s, asbestos-containing materials were commonly used for thermal insulation on pipes and equipment, boiler and turbine lagging, gaskets, valve packing, and some fireproofing; therefore, workers such as operators, mechanics, pipefitters, insulators, electricians, and contractors at the Lake Charles, LA site could have faced potential asbestos exposure during maintenance, repairs, or insulation removal, particularly prior to modern abatement practices and tighter OSHA/EPA controls.

There is no additional information available on Firestone Tire & Rubber - Lake Charles, LA, but it is on the list of sites where asbestos exposure may have occurred in Lake Charles, Louisiana.

The Firestone Tire and Rubber Company facility in Lake Charles, Louisiana operated as a synthetic rubber and polymers plant supporting tire manufacturing and industrial elastomer markets, with typical operations including polymerization of monomers such as butadiene and styrene, steam and power generation, materials handling and storage, product finishing (drying and baling), maintenance, and shipping within the Lake Charles petrochemical corridor. The site functioned for decades alongside nearby refineries and chemical plants, drawing feedstocks and utilities common to the region's industrial network. Like many mid-20th-century rubber and chemical facilities, the Lake Charles, LA plant likely incorporated asbestos-containing materials for high-temperature service and fireproofing, including pipe and vessel insulation, boiler and turbine insulation, gaskets, and packing; potential exposure pathways would have been greatest prior to the late 1970s for insulators, pipefitters, maintenance crews, powerhouse operators, and contractors performing repairs or turnarounds. While specific exposure records for this location are not publicly detailed here, the nature of its operations and era of construction mean asbestos exposure was a recognized possibility at the Firestone Tire and Rubber Company site in Lake Charles, Louisiana.

The Firestone Tire and Rubber Plant in Lake Charles, Louisiana operated as a synthetic rubber manufacturing facility associated with Firestone Tire & Rubber Company (later Bridgestone/Firestone), producing elastomers such as styrene-butadiene rubber and polybutadiene used in tire manufacturing and other industrial products. Located within the Lake Charles petrochemical corridor, the site's operations typically included polymerization of butadiene and styrene, followed by finishing, drying, blending, and packaging, with materials moved by rail and truck to downstream tire plants and customers. The workforce commonly included operators, maintenance mechanics, pipefitters, electricians, and contractors supporting continuous, high-temperature process units. Like many mid-20th-century rubber and chemical plants, the Firestone Tire And Rubber Plant - Lake Charles, LA likely utilized asbestos-containing materials for thermal insulation on steam lines, boilers, reactors, dryers, valves, and pumps, as well as asbestos-containing gaskets, packing, and transite building products, creating potential exposure risks. Maintenance, repair, and turnaround activities - where insulation was cut, removed, or replaced - posed the highest likelihood of airborne asbestos fiber release before tighter regulations and abatement practices took hold in the late 1970s and 1980s. While subsequent controls reduced hazards, legacy asbestos materials could persist in older infrastructure, meaning both historical workers and later contractors at the Lake Charles, LA site may have faced exposure risks.

The Firestone Tire Plant - Sulphur, LA, located in Sulphur, Louisiana, was an industrial facility associated with Firestone's tire manufacturing supply chain, generally reported to have produced synthetic rubber and related elastomer materials used in tire production and other industrial applications; operations at such plants typically included polymerization, mixing and finishing units supported by extensive utility systems (steam generation, boilers, compressors, and process piping). As with many mid-20th-century chemical and rubber plants, potential asbestos exposure could have occurred historically from insulation on high-temperature equipment and steam lines, as well as from gaskets and packing in pumps and valves, particularly affecting maintenance workers, pipefitters, insulators, and contractors before stronger regulations and abatement programs were implemented in the 1970s-1980s. Specific incident records are not cited here, but the industrial profile of the Sulphur, LA facility and its era of operation indicate plausible historical asbestos use consistent with common practices of the time.

First Baptist Church in Baton Rouge, Louisiana, is a long-established Baptist congregation that operates as a house of worship and community hub, offering weekly services, religious education, music programs, outreach ministries, and hosting events such as weddings, funerals, and meetings in facilities that typically include a sanctuary, classrooms, offices, and fellowship spaces. At the Baton Rouge, LA location, possible asbestos exposure is a consideration common to many older church buildings in the United States: structures built or renovated prior to the 1980s often incorporated asbestos-containing materials such as pipe and boiler insulation, HVAC duct wrap, sprayed fireproofing or acoustical coatings, ceiling and floor tiles, roofing felts, cement board, joint compounds, and stage or theatrical curtains. Potential exposure could have occurred for maintenance staff, contractors, clergy, or congregants during repair, maintenance, or renovation work that disturbed these materials, or following water or storm damage; the actual risk would depend on the building's specific construction and renovation history and whether professional asbestos inspection and abatement were performed.

The First Baptist Church of New Orleans at 4301 St. Charles Ave in New Orleans, LA is identified as a church facility that served as a worship and community gathering place for a Baptist congregation in New Orleans, Louisiana, with typical operations including weekly services, religious education, music ministry, weddings, funerals, youth activities, and administrative functions supporting outreach to the surrounding Uptown neighborhood. Regarding possible asbestos exposure, as with many older church buildings, if this structure was built or renovated before the 1980s it may have incorporated asbestos-containing materials such as pipe or boiler insulation, ceiling and floor tiles, roofing products, joint compound, or fireproofing; potential exposure would have been most likely for custodial staff, maintenance workers, contractors, or volunteers during renovation, repair, demolition, or storm-damage cleanup when materials are disturbed, while intact materials generally pose minimal risk. No specific testing or abatement records for 4301 St. Charles Ave were located here.

There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

In Donaldsonville, Louisiana, First Nitrogen Corp is cited as a potential asbestos exposure location; however, detailed public information about the facility's operations, products, ownership, or operating timeline is not readily available. There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

At First Nitrogen Corporation in Donaldsonville, Louisiana, there is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

Fish Engineering Corp. / Tidewater Oil Co. in Houma, Louisiana is associated with industrial work supporting the region's oil and gas sector, with Fish Engineering known as a mid - 20th - century contractor that engineered and built petroleum and chemical facilities and Tidewater Oil Company a petroleum operator that later became part of Getty Oil; in Houma, LA, activities at this location would have included construction and maintenance of petroleum-related infrastructure such as process piping, tanks, boilers, heat exchangers, and rotating equipment, as well as turnaround and repair projects. Petroleum sites of this era frequently used asbestos-containing materials, so potential asbestos exposure at this Houma location could have occurred from pipe and vessel insulation, refractory, gaskets and packing, valve and pump components, and thermal blankets around turbines and compressors, particularly during maintenance and demolition that disturbed aged insulation or seals. Trades with the greatest potential exposure included pipefitters, insulators, boilermakers, welders, mechanics, and laborers, along with other contractors present during shutdowns and modifications. Although detailed public documentation specific to this exact facility is limited, the combination of petroleum operations and mid-century construction and maintenance indicates a credible potential for historical asbestos exposure at Fish Engineering Corp. / Tidewater Oil Co. in Houma, Louisiana.

Fisher Lumber Manufacturing Company in New Orleans, Louisiana: There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

Fiske Compress & Warehouse in Oak Grove, Louisiana, operated as a cotton compress and warehousing facility that handled baled cotton for densification, storage, and outbound distribution, using heavy presses, conveyors, and on-site maintenance typical of the regional cotton logistics industry. Potential asbestos exposure at this type of operation - especially during the decades before widespread phase-outs in the late 1970s and 1980s - could have arisen from insulation on boilers and steam lines used for power or heat, components of ginning/pressing equipment, roofing and siding products (including transite), and maintenance materials such as gaskets, packing, and cement. Workers most likely to have encountered asbestos fibers included press operators, maintenance and repair personnel, electricians, and warehouse staff performing equipment repairs or disturbing old insulation and building materials. While specific, publicly documented incidents for Fiske Compress & Warehouse are not available, the industrial profile and era of operation in Oak Grove, LA indicate that asbestos-containing materials commonly used in similar facilities could have presented a possible exposure risk.