Asbestos Exposure in Louisiana - Lung Cancer and Mesothelioma

The Southern Hotel in Covington, Louisiana is a historic property built in 1907 as a resort hotel serving visitors to the Northshore, later repurposed for much of the mid-20th century as a St. Tammany Parish courthouse annex and administrative offices, and after a period of vacancy was restored and reopened in 2014 as a boutique hotel with guestrooms, meeting and event spaces, and onsite dining and bar service; because the building dates to the early 1900s and underwent mid-century modifications, materials commonly used in that era - such as asbestos-containing pipe insulation, floor tiles, roofing, and fireproofing - may have been present, so potential exposure would have been most likely for maintenance, renovation, or demolition workers prior to modern abatement, whereas normal hotel operations after reopening would be expected to follow inspection and abatement standards under Louisiana regulations; while specific asbestos incidents are not documented here, the site's age and renovation history make the possibility of historical asbestos-containing materials relevant when assessing occupational exposure at the Southern Hotel in Covington, LA.

Southern Ice 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.

Southern Kraft Corporation's facility in Bastrop, Louisiana was a kraft pulp and paper mill that converted southern timber into kraft pulp and packaging papers, with operations that typically included wood handling, chemical pulping in digesters, chemical recovery with recovery boilers and evaporators, causticizing and a lime kiln, a power house with steam systems and turbines, and paper machines with extensive steam-heated dryer sections; the Bastrop, LA site later became part of International Paper and operated for decades before shutting down in the late 2000s. Given the era and processes, possible asbestos exposure at this location could have occurred from insulation on boilers, digesters, turbines, and miles of steam and process piping, as well as from gaskets, pump and valve packing, refractory materials, and older asbestos-containing dryer felts used prior to widespread phase-outs and abatement. Workers at higher potential risk included maintenance personnel, pipefitters, millwrights, electricians, boilermakers, and contractors who handled repairs or removals in confined or high-heat areas. The Bastrop, Louisiana mill was a major local employer and industrial anchor, reflecting the growth of kraft paper manufacturing in the South and its later consolidation under International Paper.

Southern Kraft Corporation in Springhill, Louisiana was a kraft pulp and paper manufacturing site that processed southern pine into kraft pulp and paper products such as linerboard and bag paper, making it a longstanding part of the region's forest-products economy and a major industrial employer in Springhill, LA. Operations at the facility typically included wood handling, chemical pulping, bleaching or washing, chemical recovery with recovery boilers and evaporators, power and steam generation, and paper machine operations with finishing and shipping. As with many mid-20th-century paper mills, asbestos-containing materials were commonly used for high-heat and corrosive-service applications, including pipe and vessel insulation, boiler and turbine systems, dryer cans, pumps and valves, gaskets, and packing; as a result, workers in maintenance, pipefitting, boiler operations, and contractors performing repairs may have experienced asbestos exposure, particularly during insulation installation or removal before modern controls were adopted.

The Southern Kraft Division International Paper Company facility in Springhill, Louisiana was a kraft pulp and paper operation run by International Paper's Southern Kraft Division, which oversaw the company's southern U.S. kraft mills; the Springhill site processed southern pine into kraft pulp and paper products through wood handling, chemical pulping digesters, chemical recovery (evaporators, recovery boilers, causticizing and lime kiln), a power house and steam systems, and paper machines with finishing and shipping, and it served for years as a significant industrial employer in Springhill, LA. As with many pulp and paper mills of its era, especially prior to the 1980s, equipment and infrastructure commonly incorporated asbestos-containing materials such as pipe and boiler insulation, gaskets and packing on pumps and valves, refractory and insulation on recovery and power boilers, turbine insulation, dryer section components, and certain floor or roofing materials, creating potential occupational exposure for production and maintenance workers and contractors, with possible secondary exposure via contaminated work clothing.

The Southern Kraft Division of International Paper Company facility in Bastrop, Louisiana operated for decades as a large kraft pulp and paper mill, processing southern pine into pulp and producing packaging grades such as kraft paper and linerboard through integrated operations that included wood handling, chemical pulping, recovery boilers and lime kilns, power and steam generation, and multiple paper machines. As a major employer in Bastrop, LA, the mill ran continuously for much of the 20th century and into the 2000s, supporting International Paper's Southern Kraft packaging network. Like many paper mills of its era, the plant's high-temperature and high-pressure systems relied on materials that historically contained asbestos, particularly insulation on steam and process piping, boilers and recovery units, turbines, pumps, valves, gaskets, packing, and refractory components. Potential asbestos exposure at this site would have been most likely for maintenance and repair personnel - such as pipefitters, boilermakers, millwrights, insulators, and electricians - as well as workers in boiler and powerhouse areas, especially before widespread abatement and substitution efforts in the 1980s. While specific exposure incidents are not detailed here, the operational profile and vintage of the Southern Kraft Division in Bastrop, Louisiana indicate plausible asbestos hazards consistent with industry practices of the period.

The Southern Kraft Division of International Paper Company operated a large kraft pulp and paper mill in Springhill, Louisiana, processing southern pine into kraft pulp and paper products and serving for decades as one of the community's principal employers; the Springhill mill was part of International Paper's Southern Kraft operations, began in the 1930s, and shut down in the late 1970s, with many accounts placing closure around 1979. Typical operations included timber and chip handling, chemical pulping in digesters, chemical recovery (recovery boilers, evaporators, causticizing and lime kiln), power and boiler houses, and paper machine production with rail and truck shipping. As with many mid - 20th - century pulp and paper mills, the facility in Springhill, LA likely utilized asbestos - containing materials in high - heat and corrosive areas, including insulation on boilers, turbines, pipes, and ducts; gaskets and packing for pumps and valves; refractory and insulation around recovery boilers and lime kilns; cement boards and transite; and some dryer felts and textiles used before the 1980s, creating potential asbestos exposure risks. Elevated risk would have been greatest for maintenance and repair personnel - such as pipefitters, millwrights, insulators, boiler operators, electricians, and contractors - especially during insulation work, equipment overhauls, or demolition when asbestos - containing materials could be disturbed.

Southern Railroad - Mill "A" - Switch Door 4 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.

Southern Railway Mill "A" Switch Door 4 in New Orleans, LA is a named jobsite 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.

Southern Scrap Material Ltd's New Orleans, Louisiana location operates as a longstanding scrap metal recycling yard that purchases, weighs, sorts, and processes ferrous and nonferrous materials from industrial, commercial, demolition, automotive, and marine sources, using equipment such as material handlers, shears, balers, and torch-cutting stations to prepare shipments to mills and foundries by truck, rail, or barge; because scrap streams in New Orleans, LA can include older building components, machinery, vehicles, and marine equipment, workers historically could face potential asbestos exposure if asbestos-containing insulation, gaskets, brake and clutch linings, boilers, or pipe covering were present and disturbed during dismantling or cutting, so activities at this site are subject to OSHA and EPA requirements for identification, abatement, training, and protective measures to control asbestos hazards.

There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred. This reference pertains to the Southern Shell Fish Company, Incorporated facility in Harvey, Louisiana.

Southern Shipbuilding in Slidell, Louisiana was a long-running Gulf Coast shipyard and marine repair facility that built and serviced steel-hulled barges, towboats, and other workboats, performing steel fabrication, welding, hull repairs and conversions, sandblasting, and application of marine coatings, typically using marine railways and other heavy equipment along the Pearl River to launch and service vessels for commercial operators on inland waterways and offshore routes; like other U.S. shipyards operating before the 1980s, Southern Shipbuilding in Slidell, LA would have routinely encountered asbestos-containing materials common to ship construction and repair - such as pipe and boiler insulation, block and blanket lagging, gaskets, valve and pump packing, refractory cements, and fireproofing - so trades including pipefitters, machinists, insulators, welders, and painters could have been exposed when cutting, installing, disturbing, or removing these materials during overhauls and maintenance, particularly in confined spaces like engine rooms and along piping systems, with actual exposure levels varying by job, time period, and workplace controls in place.

Southern Shipyard in Slidell, Louisiana was a commercial shipbuilding and repair facility on the Gulf Coast that worked on steel-hulled vessels such as barges, tugboats, and offshore service boats, carrying out typical yard functions including steel fabrication, welding, piping and machinery installation, sandblasting, and marine coatings to support regional maritime and oilfield needs through the mid-to-late 20th century. As with many U.S. shipyards operating during that era, work at this location likely involved asbestos-containing thermal insulation, gaskets, packing, and cements used on boilers, turbines, engines, and piping systems, creating potential asbestos exposure for trades such as insulators, pipefitters, machinists, electricians, welders, and shipfitters - particularly before stricter controls reduced asbestos use in the late 1970s. While detailed, site-specific production and corporate records are limited in public summaries, the nature of ship construction and repair in Slidell, LA places Southern Shipyard among facilities where asbestos exposure may have occurred.

Southern Steel Shot - Bossier City, Louisiana is referenced as a potential asbestos exposure site. There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

The Southern University Music Building in Scotlandville, LA serves Southern University and A&M College's music programs, housing instructional classrooms, practice rooms, ensemble rehearsal spaces, a recital/performance area, faculty offices, and support areas for instrument storage and maintenance, with daily operations centered on academic instruction, rehearsals, performances, and departmental administration for students and faculty in Scotlandville, Louisiana. As with many campus facilities built or renovated before the 1980s, possible asbestos-containing materials could include pipe and boiler insulation, floor tiles and mastic, ceiling tiles, spray-applied fireproofing, joint compound, and HVAC duct insulation; potential asbestos exposure would most likely occur for maintenance staff, contractors, or occupants during renovation, repair, or demolition activities if original materials are disturbed or deteriorated. Routine building use poses minimal risk when materials remain intact, and any updates should follow standard asbestos survey, containment, and abatement procedures to minimize exposure risks.

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

Southport Mill in New Orleans, Louisiana, operated as an industrial milling and storage facility within the city's port and riverfront corridor, handling the receipt, processing, packaging, and shipment of agricultural commodities and related products, supported by equipment such as boilers, dryers, evaporators, compressors, conveyors, and extensive steam and process piping. As with many mills and refineries active before the 1980s, the facility likely incorporated asbestos-containing materials for high-heat and mechanical applications, including pipe and boiler insulation, gaskets, packing, refractory products, and cement, as well as asbestos-bearing building components. Consequently, workers involved in production, maintenance, and repair - such as operators, pipefitters, insulators, millwrights, and contractors - may have faced asbestos exposure during tasks that disturbed insulation or gaskets, equipment overhauls, or renovations, with bystander exposure possible in enclosed areas where dust accumulated. The site's industrial role in New Orleans, LA, places it squarely within the era and setting where asbestos use was widespread, making potential exposure a recognized concern at Southport Mill.

Southport Mills, Limited in New Orleans, Louisiana operated as a sugar milling and refining complex along the riverfront Southport industrial corridor, processing cane into raw sugar and molasses with large steam-driven boilers, evaporators, vacuum pans, centrifugals, pumps, and extensive piping, plus associated warehousing and transport by river and rail. As with many sugar mills operating during the period before the 1980s, the facility's high-temperature systems commonly would have incorporated asbestos-containing materials for thermal insulation and fireproofing on boilers and steam lines, as well as asbestos-based gaskets, packing, and refractory in furnaces and dryers, creating potential exposure risks for boiler tenders, mechanics, pipefitters, insulators, electricians, and general laborers - particularly during maintenance, repairs, or removal of aged insulation when fibers could become airborne and contaminate work areas or clothing. While specific documented exposure events at Southport Mills, Limited - New Orleans, LA are not cited here, the industrial processes and era of operation indicate plausible asbestos hazards consistent with similar sugar-processing facilities in New Orleans, LA.

Southwest Louisiana Institute in Lafayette, Louisiana was the historic name of today's University of Louisiana at Lafayette, operating as "Southwestern Louisiana Institute of Liberal and Technical Learning" from 1921 to 1960 (founded in 1898 as the Southwestern Louisiana Industrial Institute, later renamed the University of Southwestern Louisiana in 1960 and the University of Louisiana at Lafayette in 1999). As a public higher-education institution, its operations centered on instruction and research across liberal arts, engineering, education, sciences, agriculture, and technical training, supported by classrooms, laboratories, dormitories, athletic facilities, and campus utilities/maintenance services. The campus experienced substantial building and renovation activity in the mid-20th century, an era when asbestos-containing materials were commonly used nationwide in pipe and boiler insulation, floor and ceiling tiles, roofing, spray-applied fireproofing, and some laboratory components; as at many universities of that period, potential asbestos exposure at the Lafayette, LA campus would most likely have been associated with maintenance, renovation, or demolition that disturbed such materials prior to identification and control under modern regulations.

The Southwest Louisiana Institute - Engineering Building in Lafayette, Louisiana served as a core academic facility for the Institute's engineering programs, housing classrooms, laboratories, and workshop spaces, with campus facilities staff operating and maintaining mechanical systems such as steam and hot-water piping, boilers, HVAC equipment, and electrical infrastructure typical of collegiate engineering buildings. The institution - known historically as Southwestern Louisiana Institute (SLI), later the University of Southwestern Louisiana, and now the University of Louisiana at Lafayette - provided regional higher education in engineering, applied sciences, and related fields, and the Engineering Building's operations centered on instruction, research, and student training. Regarding asbestos, like many pre-1980 campus structures, materials commonly used in such facilities could have included asbestos-containing thermal insulation, pipe and boiler lagging, floor tiles and mastics, spray-applied fireproofing, roofing products, and certain laboratory components (e.g., liners or boards), creating possible asbestos exposure risks for maintenance personnel, custodial staff, contractors, and others during repairs, renovations, or abatement before modern controls were in place. This location appears on lists of sites where asbestos exposure may have occurred.

The Arsenal Hill Power Plant in Shreveport, Louisiana, is a long-serving generating facility associated with Southwestern Electric Power Company (SWEPCO), providing electricity to the local grid and the broader Ark-La-Tex service area; its operations have centered on conventional steam-electric power production, with equipment such as boilers, steam turbines, condensers, high-pressure piping, pumps, and switchgear requiring regular maintenance and periodic overhauls. Like many power plants built and operated during the 20th century, the facility likely incorporated asbestos-containing materials for heat and fire resistance, including pipe and boiler insulation (lagging), turbine and pump insulation, refractory materials, gaskets, valve packing, and electrical components. Potential asbestos exposure at the Arsenal Hill Power Plant in Shreveport, LA, would have been most significant before modern controls and abatement programs were implemented, particularly for workers and contractors involved in maintenance, insulation work, boiler and turbine outages, and equipment tear-outs, including pipefitters, boilermakers, insulators, machinists, electricians, and laborers. Over time, regulatory requirements and abatement activities reduced on-site asbestos hazards, but historical exposure risks remain relevant for former employees and tradespeople who worked at the site.

The Southwestern Electric Power Co. (also known historically as Southwestern Gas & Electric) Arsenal Hill generating facility in Shreveport, Louisiana, is a long-serving SWEPCO power plant that has supplied electricity to the Shreveport area and the broader Ark-La-Tex region, operating natural gas-fired steam and peaking combustion turbine units and supporting grid reliability through generation, maintenance, and coordination with SWEPCO's transmission system in Shreveport, LA. Developed during the mid-20th-century utility buildout and subsequently modernized, operations at Arsenal Hill have centered on producing and dispatching power, routine equipment overhauls, and periodic outages for repairs and upgrades. As with many power stations of its vintage, materials commonly used across boilers, turbines, piping, valves, pumps, gaskets, insulation, refractory, and some electrical components may have contained asbestos; tasks such as insulation installation or removal, gasket and packing replacement, cutting or grinding of lagging, or demolition work could have released fibers, posing exposure risks for operators, maintenance mechanics, pipefitters, insulators, electricians, and contractors at the Southwestern Electric Power Co (A/K/A Southwestern Gas & Electric) - Arsenal Hill - Shreveport, LA site.

Southwestern Electric Power Co (SWEPCO), formerly known as Southwestern Gas & Electric, has long operated electric utility facilities across Louisiana and the region, and the Lieberman site in Mooringsport, Louisiana is associated with those operations. While detailed historical records specific to the Lieberman location are limited, facilities of this type typically supported power generation or transmission activities and used equipment such as boilers, turbines, piping, and electrical components. Throughout much of the 20th century, these systems commonly incorporated asbestos-containing insulation, gaskets, packing, and fireproofing, creating potential exposure risks for workers and contractors during installation, maintenance, and repairs at the Mooringsport, LA site. This location is listed among sites where asbestos exposure may have occurred.

The Dolet Hills Power Station in Mansfield, Louisiana was a lignite-fueled generating plant operated by Southwestern Electric Power Company (SWEPCO), an American Electric Power (AEP) company, drawing its fuel from the nearby Dolet Hills lignite mine and using conventional boiler-steam turbine operations with typical coal handling, ash management, and emissions-control systems for its era; the station began service in the mid-1980s and was retired at the end of 2021. As with many thermal power facilities constructed or equipped during that period, potential asbestos-containing materials could have been present in high-heat and fireproofing applications, including insulation on boilers, turbines, and steam piping, refractory materials, gaskets and packing in pumps and valves, protective coatings, and certain building materials; maintenance, outage work, and demolition/retrofit activities historically posed the greatest exposure risks for trades such as insulators, pipefitters, boilermakers, electricians, and general maintenance if controls were inadequate. Ongoing decommissioning or demolition work at the Mansfield, LA site would be subject to asbestos identification and abatement requirements if any asbestos-containing materials are found.

For Southwestern Electric Power Company - Lieberman Power Plant in Mooringsport, Louisiana, there is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

Southwestern Electric Power Company (SWEPCO), a subsidiary of American Electric Power, operates the Lieberman Power Plant Unit 1 in Mooringsport, Louisiana, a thermal electric generating unit that supplies electricity to SWEPCO's service territory and supports regional grid reliability within the Southwest Power Pool. Typical operations at the site include boiler and turbine operation, water/steam and fuel systems management, scheduled maintenance outages, and compliance with environmental and safety regulations. As with many older power stations, equipment such as boiler and pipe insulation, refractory materials, gaskets, packing, and certain electrical components historically could contain asbestos; accordingly, workers and contractors involved in maintenance, repairs, or demolition - especially prior to modern controls and abatement practices - could have experienced potential asbestos exposure if asbestos-containing materials were present. The Mooringsport, LA facility would be governed by OSHA and EPA asbestos requirements, with programs to identify, manage, and abate such materials to minimize fiber release. While specific historical asbestos documentation for Lieberman Power Plant Unit 1 is not summarized here, the general risk profile for mid-20th-century fossil-fueled units applies, and individuals seeking details on past exposure at this location should consult employer records, abatement logs, or industrial hygiene reports.

The Lieberman Power Plant Unit 2, associated with Southwestern Electric Power Company (SWEPCO), is identified as a generating unit in the Mooringsport, Louisiana area and would have supported the local grid and SWEPCO's broader service territory through conventional thermal power operations; facilities of this type typically rely on boilers, steam turbines, condensers, cooling water systems, auxiliary equipment, and high-voltage transmission infrastructure, with routine maintenance and periodic outages handled by plant personnel and contractors. Given industry practices during much of the mid-20th century, potential asbestos exposure at the Lieberman Power Plant - Unit 2 in Mooringsport, LA could have occurred where asbestos-containing materials were historically used for high-heat applications, including insulation on boilers and steam lines, turbine and pump gaskets, valve packing, refractory materials, and protective wraps; the highest risks generally arose during installation, repair, or removal work prior to the widespread adoption of stricter asbestos controls and abatement programs in the late 1970s and 1980s.

Southwestern Gas & Electric - Shreveport, LA was the focal point for an investor-owned utility that originated in the early 20th century to provide electric and gas service across parts of Louisiana, Texas, and Arkansas; centered in Shreveport, Louisiana, its operations included steam-electric power generation, transmission, distribution, customer service, and administrative functions, and the company later continued under the Southwestern Electric Power Company (SWEPCO) name after a mid-century reorganization. As with many power and utility facilities of that era, equipment and infrastructure at Shreveport-area plants and maintenance shops commonly incorporated asbestos-containing materials - such as boiler and turbine insulation, pipe lagging, gaskets, packing, and refractory products - creating potential exposure risks for workers involved in installation, maintenance, and repairs (including boiler operators, pipefitters, insulators, electricians, and general maintenance staff). While specific incidents are not publicly detailed for this site, the historical use of asbestos in utility steam systems and high-temperature equipment indicates recognized pathways for occupational asbestos exposure at Southwestern Gas & Electric operations in Shreveport, LA.

Southwestern Gas & Electric Company operated in Shreveport, Louisiana as a regional utility responsible for electric generation, transmission, and distribution, with administrative and operations crews supporting plants, substations, and distribution networks; earlier in its history it also handled gas service before reorganizing under the Southwestern Electric Power Company (SWEPCO) name in the mid-20th century. In Shreveport, LA, work would have included running and maintaining boilers, turbines, piping systems, switchgear, and related infrastructure typical of mid-century utility facilities. As with many gas and electric utilities of that period, asbestos-containing materials were commonly used in pipe and boiler insulation, refractory linings, turbine and pump gaskets, cement and packing, electrical insulation, and fireproofing, creating potential exposure for maintenance workers, operators, pipefitters, electricians, and contractors - particularly during repairs, outages, and retrofits prior to stricter OSHA/EPA controls in the late 1970s and subsequent abatement programs. Therefore, the Southwestern Gas & Electric Co. operations in Shreveport may be among sites where asbestos exposure could have occurred, with actual risk depending on the specific job tasks, time frame, and equipment involved.

The Lieberman Power Plant in Mooringsport, Louisiana was a Southwestern Gas and Electric Company facility that supported the regional electric grid with conventional, fossil-fueled steam-electric generation, using boilers to produce steam that drove turbines and generators, along with associated systems such as condensers, cooling water, fuel handling, and maintenance shops; SG&E later became part of Southwestern Electric Power Company serving the Ark-La-Tex area. Typical plant operations involved round-the-clock equipment monitoring, periodic turbine and boiler overhauls, and extensive piping, pump, and valve maintenance performed by operators, mechanics, pipefitters, and electricians, as well as outside contractors. As with many mid-20th-century power stations, there was potential for asbestos exposure from materials historically used for high-heat insulation and sealing, including boiler and turbine insulation, pipe lagging, gaskets, packing, fireproofing, and some electrical component insulation; disturbance of these materials during maintenance, repairs, or insulation removal could release airborne fibers, posing risk to workers in close proximity.

Southwestern Rice And Canal Company, Limited in Mermentau, LA operated within southwestern Louisiana's rice belt, providing irrigation canals and pumping services to support regional rice cultivation and associated handling and transport around Mermentau, Louisiana; typical infrastructure for such an operation would have included pump houses, boilers and steam lines, grain drying equipment, storage areas, and maintenance shops. Consistent with industry practices prior to the 1980s, materials such as boiler and pipe insulation, dryer insulation, gaskets, packing, and certain cements commonly contained asbestos in facilities of this type, creating potential exposure risks for workers - particularly in boiler rooms, pump operations, and maintenance - during installation, repair, or removal of thermal insulation and related components. Publicly available details specific to this site are limited, but it is listed among locations 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.

Spartan Oil Refining Company - Shreveport, LA is referenced on lists of industrial sites with potential asbestos exposure, but beyond its name and location in Shreveport, Louisiana, there is little publicly available detail on its operations, ownership, workforce, or timeframe of activity. There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

Springhill Mill in Springhill, Louisiana is referenced as an industrial mill facility tied to the area's wood and paper products economy; while detailed public records on its ownership, product lines, and operating dates are limited, mills in Springhill historically handled timber processing and related manufacturing and maintenance functions that relied on high-heat equipment such as boilers, extensive steam piping, and dryers or kilns. As with many mid-20th-century mill operations, there was potential for asbestos exposure from insulation on steam lines and boilers, gaskets, packing, refractory materials, and other heat-resistant components, particularly for maintenance and repair trades and workers in power, recovery, or machine areas. Springhill Mill - Springhill, LA has been identified on lists of locations where asbestos exposure may have occurred, but specific exposure circumstances and timelines for this site have not been publicly detailed.

St Amry Iron Works Inc. in Franklin, Louisiana, operated as an industrial iron and steel fabrication and repair facility, providing services such as welding, pipefitting, machining, and general equipment maintenance for regional marine, oil and gas, agricultural, and manufacturing clients in and around Franklin, LA. While specific historical records about this site are limited, the nature of iron works operations commonly involved high-heat processes and components, and workers at facilities like St Amry Iron Works Inc. may have encountered asbestos-containing materials historically used in pipe and boiler insulation, refractory cements, gaskets, valve packing, and heat-resistant blankets and curtains used during welding and fabrication. Potential asbestos exposure could have occurred during tasks such as cutting, grinding, removing, or replacing older insulated or sealed components, placing trades such as welders, pipefitters, machinists, and maintenance personnel at higher risk in earlier decades before modern controls and substitutions were widely adopted.

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 pertains to St Mary Iron Works Inc in Franklin, Louisiana.

The St Thomas Project Building in New Orleans, Louisiana, historically known as the St. Thomas public housing development, was a large low-rise complex built in the late 1930s by the Housing Authority of New Orleans to provide federally funded housing near the Lower Garden District and Irish Channel; it operated for decades before being demolished and redeveloped in the early 2000s as the mixed-income River Garden community under the HOPE VI program. Operations at the site centered on residential housing and routine maintenance, followed by extensive demolition and new construction during redevelopment. Because buildings from that era commonly incorporated asbestos-containing materials (such as floor tiles, pipe insulation, and joint compounds), maintenance, repair, and especially demolition at the St Thomas Project Building in New Orleans, LA presented potential asbestos exposure risks if materials were disturbed without proper controls. Under federal and state regulations, demolition and renovation of such structures would have required asbestos inspection and abatement, air monitoring, and proper waste handling, and this location is one where asbestos exposure may have occurred.

The St. Charles Hotel in New Orleans, Louisiana was a landmark hostelry that first opened in 1837 with a monumental domed rotunda, burned in 1851, was rebuilt in 1853, burned again in 1894, and was replaced by a third hotel in 1896 that operated as a premier venue for business, political gatherings, Mardi Gras balls, and visiting dignitaries until its demolition in 1974, after which the site became Place St. Charles. During the Civil War, the hotel served as headquarters for Union authorities under Gen. Benjamin Butler, underscoring its central role in city affairs. Across its iterations, the property saw repeated rebuilding and modernization with extensive mechanical, plumbing, and HVAC systems typical of large hotels. Because buildings of that era commonly used asbestos-containing materials - such as pipe and boiler insulation, fireproofing, sprayed-on coatings, plaster and joint compound, vinyl floor tiles and mastics, roofing felts, and duct insulation - there was potential asbestos exposure for maintenance staff, building engineers, pipefitters, electricians, and especially renovation and demolition workers, with incidental exposure possible for other employees or guests during disturbance of materials, notably around the 1974 teardown. Operations encompassed lodging, dining, and large-scale events in the heart of New Orleans, LA for more than a century.

St. Francis Hospital in Monroe, Louisiana is a regional acute-care facility that has long served the healthcare needs of northeast Louisiana, offering inpatient and outpatient services such as emergency care, general and specialized surgery, diagnostic imaging, and a range of medical specialties for the Monroe area and surrounding communities; over the decades, the hospital campus has seen expansions and renovations typical of growing institutions. As with many U.S. hospitals constructed or modernized during the mid-20th century, there is a possibility that older buildings or building components at St. Francis Hospital - Monroe, LA incorporated asbestos-containing materials (for example, pipe and boiler insulation, floor and ceiling tiles, fireproofing, and roofing), which could have posed higher exposure risks to maintenance, HVAC, plumbing, electrical, custodial, and construction personnel - especially in mechanical rooms, boiler areas, and during renovation or repair work that disturbed those materials - while general patient-care areas typically presented lower risk when materials remained intact; in modern operations, hospitals manage any identified asbestos under applicable safety regulations and abatement practices.

St. Francis Hospital at 309 Jackson Street in Monroe, LA is the longtime downtown campus of a nonprofit Catholic acute-care institution, commonly known today as St. Francis Medical Center, serving Monroe and the broader northeast Louisiana region with emergency care, inpatient and surgical services, intensive care, women's and children's services, cardiology, imaging, and specialty clinics; the hospital is part of the Franciscan Missionaries of Our Lady Health System. As a long-established facility with buildings and infrastructure that have been expanded and renovated over many decades, the site's older construction eras coincide with periods when asbestos-containing materials were widely used in U.S. hospitals for insulation, fireproofing, flooring, ceiling tiles, roofing, and HVAC components. Possible asbestos exposure at this location would most likely have involved maintenance and engineering personnel, plumbers, electricians, custodial staff, and contractors during repair, renovation, or demolition work where such materials might have been disturbed, while risk to patients and routine clinical staff would generally be low absent material damage. This summary reflects general operational background and typical industry conditions relevant to potential asbestos use and disturbance in hospitals of similar age and scope in Monroe, Louisiana.

St. Francis Sanitarium in Monroe, Louisiana was a Catholic, nonprofit hospital established in the early 20th century that later evolved into today's St. Francis Medical Center, providing general medical, surgical, maternity, and emergency services and expanding from a single sanitarium building into a multi-structure campus through mid-century additions and renovations; as with many healthcare facilities built or expanded before the 1980s, asbestos-containing materials such as pipe and boiler insulation, spray-applied fireproofing, floor tiles, roofing, and duct lagging were commonly used, so potential asbestos exposure at St. Francis Sanitarium in Monroe, LA would most likely have occurred for maintenance, engineering, custodial, and construction personnel during repair or renovation activities, while intact materials in patient care areas generally posed lower risk unless disturbed.

St. Francisville Paper Co. in St. Francisville, Louisiana is referenced as an industrial paper manufacturing/converting facility, with typical mill operations likely including pulp preparation, papermaking on machine lines, chemical handling, and extensive power, steam, and maintenance activities to support continuous production. In such settings, workers commonly include operators, mechanics, millwrights, pipefitters, electricians, and contractors performing routine repairs and shutdown work. As with many paper mills built or operating during the mid-20th century, potential asbestos exposure could have arisen from thermal insulation on boilers and steam lines, lagging on turbines, gaskets and packing in pumps and valves, dryer section components, cement and refractory materials, and older building materials, with the highest risks historically affecting maintenance and insulation crews prior to widespread phase-outs beginning in the late 1970s. Legacy asbestos may persist in older equipment and structures, posing hazards during renovation or demolition unless properly abated. The site has appeared on lists of facilities where occupational asbestos exposure may have occurred.

St. James Sugar Co-Op Inc in St. James, Louisiana is a grower-owned sugarcane cooperative that serves area farmers by receiving, crushing, and processing locally harvested cane into raw sugar and molasses during the annual fall-to-winter grinding season; operations center on heavy milling trains, clarifiers, evaporators, crystallizers, centrifugals, and extensive steam systems that in many mills are powered by bagasse (the fibrous cane residue), with year-round maintenance supporting seasonal production. Long established in St. James Parish, the facility functions as a central industrial hub for the regional sugarcane economy, moving raw sugar to refineries and supplying molasses to industrial users and feed markets. As with many U.S. sugar mills built or modernized in the mid-20th century, there was potential for asbestos exposure from insulation on boilers and high-temperature steam piping, from dryers/evaporators, and from asbestos-containing gaskets and packing in pumps, valves, and flanged joints; some roofing and siding materials used historically at industrial sites also could contain asbestos. Potentially affected groups would have included boiler operators, mechanics, pipefitters, millwrights, electricians, and cleanup crews, particularly during repair, insulation work, or equipment overhauls before modern regulations and abatement practices became standard in the 1970s-1980s; current operations would be expected to follow OSHA and EPA requirements aimed at controlling any asbestos hazards.

The St. James Sugar Co-Op in St. James, Louisiana operated as a grower-owned sugarcane milling and processing facility serving local farms, receiving harvested cane during the annual grinding season, crushing it to extract juice, clarifying and evaporating the juice, and producing raw sugar and molasses, with bagasse commonly used as boiler fuel to power mill operations; typical on-site assets included a mill, boiler house, vacuum pans, crystallizers, centrifugals, warehouses, and maintenance shops staffed by operators, mechanics, pipefitters, welders, and electricians. Like many Louisiana sugar mills built or expanded before the 1980s, potential asbestos-containing materials may have been present in high-heat and mechanical systems - such as insulation on boilers, evaporators, dryers, and steam lines; asbestos gaskets and packing in pumps and valves; and thermal insulation on turbines and piping - creating possible exposure risks during maintenance, repairs, or demolition if materials were disturbed. The seasonal nature of milling meant intense periods of around-the-clock operation followed by off-season overhaul work, when disturbance of aged insulation and components historically posed the highest exposure risk; modern controls and abatement, where implemented, reduce these risks, but anyone who worked in or serviced the St. James, LA facility during earlier decades could have encountered asbestos if legacy materials were present.

St. Joseph Planting And Manufacturing Company in Feitel, Louisiana operated as an agricultural and industrial enterprise that combined sugarcane planting with on-site processing and manufacturing of cane into sugar, using steam-driven milling equipment, boilers, evaporators, pumps, and extensive piping with routine maintenance and repair work typical of Louisiana sugar operations. Because many mills and industrial facilities in the mid-20th century relied on asbestos-containing insulation, gaskets, packing, and cements on high-temperature equipment and piping, workers and contractors at the St. Joseph Planting And Manufacturing Company location in Feitel, LA may have faced possible asbestos exposure during operations, maintenance, or renovation activities prior to the phase-out of asbestos. Job roles with potential exposure included pipefitters, millwrights, boilermakers, mechanics, insulators, and laborers, and some older building materials at the site could also have incorporated asbestos.

Regarding St. Josephs Paper Co. - Switch Door 5 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.

St. Maria Goretti Church in New Orleans, Louisiana is a Roman Catholic parish of the Archdiocese of New Orleans that serves the surrounding community with regular Masses, sacraments (including baptisms, weddings, and funerals), religious education, and various outreach ministries, operating from a campus that typically includes the church, rectory/office space, and multipurpose parish facilities. The parish dates to the mid-20th century and, like many sites in New Orleans, required substantial repairs and renovations after Hurricane Katrina in 2005 before fully resuming operations. Regarding possible asbestos exposure, buildings constructed or renovated during the mid-20th century often incorporated asbestos-containing materials such as floor tiles, roofing, pipe insulation, and boiler or HVAC components, so maintenance staff, contractors, or volunteers performing demolition, storm-damage cleanup, or renovations at St. Maria Goretti Church - New Orleans, LA could have faced potential exposure if such materials were disturbed without proper abatement; current work would be expected to follow applicable environmental and occupational safety regulations. No specific asbestos release events at this location are confirmed here, but the potential risk aligns with the age and renovation history typical of similar facilities.

St. Mary Sugar Co-Op in Jeanerette, Louisiana is a grower-owned sugarcane milling facility that processes cane from surrounding farms into raw sugar and molasses, using a sequence of operations that includes cane preparation and crushing, juice clarification, evaporation, crystallization, and centrifuging, with bagasse often used as boiler fuel to generate the steam and power needed during the seasonal "grinding" campaign. As an industrial sugar mill, its equipment typically includes large boilers, steam lines, evaporators, vacuum pans, centrifugals, pumps, and dryers, and - similar to many mills that operated before the 1980s - asbestos-containing insulation, gaskets, and packing were commonly used on high - temperature systems, creating the potential for asbestos exposure, particularly for maintenance workers, pipefitters, boilermakers, and millwrights performing repairs or replacements at the St. Mary Sugar Co-Op in Jeanerette, LA.

St. Mary's Residential Training School in Boyce, Louisiana operates as a residential and day-program campus serving children and adults with intellectual and developmental disabilities, providing 24-hour care in cottages, special education and therapy services, vocational training, and community support, with routine operations that include classrooms, clinical and behavioral services, maintenance, food service, and facility upkeep across multiple buildings; because the Boyce, LA campus includes older structures typical of mid-20th-century institutional construction, there is a possibility of asbestos-containing materials (such as pipe insulation, floor tiles, roofing, or boiler/mechanical components), and potential exposure would most likely have affected maintenance personnel, custodial staff, or contractors during repair, renovation, 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.

St. Pius X Catholic Church in Baton Rouge, Louisiana is a Roman Catholic parish within the Diocese of Baton Rouge that serves the local community through regular Masses, the sacraments, faith formation, and a range of ministry and outreach programs, operating a campus that typically includes the main church, parish offices, meeting or parish hall spaces, and related ministry facilities for the Baton Rouge, LA area. As with many church and school buildings constructed or renovated before the 1980s, materials historically used in such facilities - including pipe and boiler insulation, vinyl floor tiles and mastics, ceiling tiles, joint compound, roofing materials, and fireproofing - may have contained asbestos; potential exposure could occur if these materials are disturbed during maintenance, repair, or renovation without proper controls, affecting custodial staff, contractors, or occupants. Individuals concerned about asbestos at this location should consider the age and renovation history of the buildings and consult parish or diocesan facility records, abatement documentation, or qualified environmental professionals; appropriate inspections, management plans, and regulated abatement are the standard means of mitigating any risk. This summary does not confirm the presence of asbestos at this specific site but outlines general possibilities based on building-era practices.

St. Tammany Ice and Manufacturing Company in Covington, Louisiana operated as an industrial ice plant that produced and distributed ice for local commercial and community needs, using refrigeration machinery such as compressors, condensers, and evaporators alongside boilers, steam lines, and cold-storage equipment maintained by operators and mechanics. While detailed site-specific records are limited, facilities of this type and era often employed asbestos-containing materials for insulating boilers and piping and in gaskets and packing associated with steam and refrigeration systems, creating possible asbestos exposure for maintenance and repair personnel, engineers, insulators, and contractors, as well as bystander exposure for nearby workers when materials were disturbed. Renovation or demolition activities at the Covington, LA facility could also have released asbestos fibers if legacy materials were present.

St. Tammany Parish Hospital in Covington, Louisiana is a not-for-profit, full-service acute-care hospital that anchors the St. Tammany Health System on the Northshore, providing 24/7 emergency services, inpatient and outpatient care, surgical services, cardiovascular care, orthopedics, women's and children's services, and oncology, with clinics and specialty centers serving communities across western St. Tammany Parish; the Covington, LA campus has operated for decades and has undergone multiple expansions and renovations to meet regional growth. Regarding possible asbestos exposure, as with many U.S. hospitals constructed or expanded before the 1980s, earlier phases of the facility may have incorporated asbestos-containing materials in insulation, pipe and boiler systems, floor and ceiling tiles, roofing, and fireproofing; potential exposure risk would have been most plausible for maintenance, custodial, and construction personnel when such materials were disturbed during repairs or renovation, while intact materials in patient-care areas pose minimal risk, and current operations follow OSHA, EPA, and Louisiana requirements for asbestos surveying, management, and abatement during building work.

Standard Asbestos Company in Shreveport, 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 Standard Asbestos Manufacturing & Insulating Co. location in Baton Rouge, Louisiana operated as a branch that stored, fabricated, and supplied thermal insulation and related materials and provided field installation services to nearby industrial and commercial facilities, including the region's petrochemical, refinery, and power sectors. During the decades when asbestos was routinely used in pipe covering, block insulation, insulating cements, cloth, and gaskets, common shop and field tasks - such as cutting and fitting insulation, beveling block, mixing dry cements, wrapping equipment, and removing or replacing aged lagging - could generate airborne asbestos dust. These activities posed exposure risks to insulators as well as to pipefitters, boilermakers, maintenance workers, laborers, and warehouse staff who handled or worked around the materials, with the potential for bystander exposure in adjacent work areas. The likelihood of exposure was greatest before broader controls and material substitutions were adopted in the 1970s and thereafter in Baton Rouge, LA.

Standard Brands, Incorporated operated in New Orleans, Louisiana as part of the company's national food manufacturing and distribution network - known for brands such as Fleischmann's, Chase & Sanborn, Planters, and Blue Bonnet - prior to its 1981 merger that formed Nabisco Brands; while detailed public records about the specific operations of the New Orleans facility are limited, Standard Brands, Incorporated - New Orleans, LA appears on lists of workplaces where asbestos exposure may have occurred, and, consistent with mid-20th-century food and industrial plants, potential exposure pathways could have included asbestos-containing insulation on boilers and steam lines, gaskets and packing in pumps and valves, oven and dryer components, roofing or fireproofing materials, and maintenance activities performed by trades such as pipefitters, insulators, electricians, and general laborers.

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. Standard Brewing Company - New Orleans, LA was located in New Orleans, Louisiana.

The Standard Cotton Seed Oil Company in New Orleans, Louisiana, operated as a cottonseed oil processing and refining facility that converted cottonseed into crude and refined oil, meal, and hulls for food, soap, and livestock feed markets; typical plant operations included seed cleaning and delinting, mechanical pressing and/or solvent extraction, refining (neutralizing, bleaching, deodorizing), and handling of byproducts, supported by boilers, steam lines, pumps, filters, and storage systems. Given industrial practices common to oilseed mills of the period, equipment and infrastructure at the Standard Cotton Seed Oil Company in New Orleans, LA may have incorporated asbestos-containing materials - such as thermal insulation on boilers and piping, gaskets, valve and pump packing, and roofing or building materials - creating potential asbestos exposure risks for production workers, maintenance personnel, and contractors during routine operations, repairs, and later renovation 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. This refers to Standard Milling Co in Crowley, Louisiana.

Standard Oil - Baton Rouge, LA refers to the major refinery and petrochemical complex in Baton Rouge, Louisiana, originally developed by the Standard Oil Company of New Jersey in the early 20th century and operated today by ExxonMobil; the site processes crude oil into gasoline, diesel, jet fuel, and other refined products, and supports adjacent chemical operations that produce lubricants and basic petrochemicals, with extensive pipeline, rail, and marine links along the Mississippi River. Like many refineries built and expanded during the mid - 1900s, the Standard Oil Baton Rouge site historically used asbestos for high - temperature insulation, fireproofing, gaskets, packing, and refractory materials in boilers, piping, pumps, valves, heat exchangers, and process units; as a result, employees and contractors - especially insulators, pipefitters, boilermakers, and maintenance crews - could have encountered asbestos during routine work, turnarounds, or equipment repairs before modern controls and abatement programs were implemented. While asbestos use has been phased out and managed under regulations, legacy materials may remain in older units, requiring strict handling and monitoring to minimize exposure risk.

The Standard Oil Co. of Louisiana operated a major petroleum refinery in North Baton Rouge, Louisiana, a facility that became the core of what is now the ExxonMobil Baton Rouge refining and chemical complex; its operations historically included crude and vacuum distillation, catalytic cracking and reforming, hydrotreating, coking, alkylation, and extensive storage, pipeline, rail, and river dock logistics along the Mississippi River to produce gasoline, diesel, jet fuel, lubricants, asphalt, and petrochemical feedstocks. As a large, continuously operating industrial site in Baton Rouge, LA, it employed a substantial workforce and relied on associated utilities such as steam and power generation, maintenance shops, and turnaround activities typical of high-temperature, high-pressure refining operations. Like many refineries built and expanded during the mid-20th century, the site likely incorporated asbestos-containing materials for heat and fire protection - such as pipe and equipment insulation, gaskets, packing, refractory, and fireproofing - creating potential asbestos exposure risks particularly for maintenance workers, insulators, pipefitters, boilermakers, electricians, and contractors during repairs, removals, or turnarounds; regulatory changes and abatement practices later reduced these hazards, but historical exposure potential at the Standard Oil Co. of Louisiana facility in North Baton Rouge, Louisiana is recognized.

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

The Standard Oil Company of Louisiana established and operated the Baton Rouge, Louisiana refinery beginning in 1909 along the Mississippi River, developing it over the 20th century into a large, integrated complex that processed crude oil into gasoline, diesel, jet fuel, lubricants, asphalt, and petrochemical feedstocks, with extensive tank farms, pipelines, rail and river terminals, and later-adjacent chemical units; through corporate changes the facility became part of Exxon and then ExxonMobil, and it has remained a major 24/7 refining and petrochemical hub in Baton Rouge, LA with significant maintenance and contractor activity. Like most refineries of its era, the site historically used asbestos for high-temperature insulation and fire protection on boilers, heaters, pipes, reactors, and in gaskets, packing, and building materials; maintenance, repairs, and turnarounds - especially before modern controls and abatement programs began in the late 1970s and 1980s - could release fibers, presenting potential exposure risks to workers such as insulators, pipefitters, boilermakers, mechanics, operators, and electricians, as well as contractors working in older units where legacy materials might have remained.

The Standard Oil Company Of Louisiana - North Baton Rouge, LA site, commonly known as the Baton Rouge Refinery and later operated under Exxon/ExxonMobil, is a long-standing petroleum refinery complex in North Baton Rouge, Louisiana on the Mississippi River that began in the early 20th century and grew into one of the nation's larger integrated refining and chemical operations; over time it has processed crude oil into gasoline, diesel, jet fuel, lubricants, asphalt, and petrochemical feedstocks, supported by pipelines, storage tank farms, power and boiler houses, and associated chemical units that anchor the broader Baton Rouge, LA industrial corridor; consistent with industry practices of the era, the facility historically used asbestos-containing insulation, gaskets, packing, refractory materials, and fireproofing on high-temperature equipment such as pipes, boilers, heaters, heat exchangers, turbines, and pumps, creating potential asbestos exposure for operators, maintenance and turnaround crews, insulators, pipefitters, and contractors during installation, repair, or removal activities, though later abatement efforts and modern safety programs have reduced these risks.

The Standard Oil Company of Louisiana refinery in Baton Rouge, Louisiana is a major Gulf Coast petroleum processing complex that began operating in the early 20th century and later became part of what is now ExxonMobil's integrated Baton Rouge facility, producing gasoline, diesel, jet fuel, lubricants, and petrochemical feedstocks through units such as crude distillation, catalytic cracking, hydrotreating, and related operations. Long recognized as one of the largest refineries in the United States, it has been a central industrial employer in Baton Rouge, LA and is linked to adjacent chemical and logistics operations that support regional and national fuel and chemical markets. As with most refineries built and expanded before the 1980s, asbestos-containing materials were commonly used here for high-heat and fireproofing applications, including insulation on pipes, boilers, turbines, and heat exchangers, as well as in gaskets, packing, refractory linings, and some building materials. Potential asbestos exposure at this site historically would have been most likely for trades and maintenance roles - such as pipefitters, insulators, boilermakers, mechanics, electricians, and contractors - especially during repairs, turnarounds, or removal of aging insulation. Regulatory changes beginning in the 1970s led to improved controls and abatement practices, but legacy materials in older units and buildings could still pose risks if disturbed without proper precautions. Overall, the refinery's longstanding operations, scale, and age mean asbestos exposure was a recognized possibility in earlier decades, even as modern safety programs have reduced those risks.

The Standard Oil Company of Louisiana (also known as Exxon) facility in Baton Rouge, Louisiana is a large, integrated refinery and petrochemical complex along the Mississippi River that has operated since the early 1900s, converting crude oil into transportation fuels and industrial products and supplying petrochemical feedstocks and specialty materials through units such as distillation, catalytic cracking, coking, hydrotreating, and reforming, supported by extensive storage, pipeline, rail, and marine operations; over time it became part of Exxon and today is associated with the broader ExxonMobil Baton Rouge complex. Continuous operations at the Baton Rouge, LA site rely on a sizable workforce of employees and contractors who conduct production, maintenance, and turnaround activities across the refinery and adjacent chemical facilities. Like many refineries built and expanded during the mid-20th century, the site historically used asbestos-containing materials for high-temperature insulation on piping, boilers, furnaces, reactors, and heat exchangers, as well as in gaskets, packing, and fireproofing; as a result, pipefitters, insulators, boilermakers, machinists, electricians, maintenance crews, and contractors could have been exposed during repairs, replacements, and demolition, with potential secondary (take-home) exposure to family members. Asbestos use declined after regulatory changes in the 1970s-1980s, and abatement and control programs have been implemented, but legacy asbestos may still be encountered during renovation or demolition work at the Standard Oil Company Of Louisiana (A/K/A Exxon) - Baton Rouge, Louisiana site.

The Standard Oil Company of Louisiana (also known as Exxon) facility in North Baton Rouge, Louisiana is the historic Baton Rouge refinery and integrated petrochemical complex developed in the early 20th century along the Mississippi River; over time it expanded into one of the nation's largest refining and chemicals operations, producing transportation fuels such as gasoline, diesel, and jet fuel, plus lubricants and petrochemical feedstocks like ethylene, propylene, and aromatics, supported by pipelines, storage, rail connections, and river docks. Originally built by Standard Oil Company of Louisiana and later operated under the Exxon and ExxonMobil names, the complex has long been a major employer and industrial anchor for Baton Rouge, LA. Like most refineries built and expanded through the mid-1900s, the site used asbestos-containing materials for insulation, fireproofing, gaskets, packing, and refractory in equipment such as boilers, heaters, pipes, pumps, valves, and heat exchangers; as a result, workers and contractors - particularly insulators, pipefitters, maintenance personnel, and others involved in turnarounds and repairs - faced potential asbestos exposure prior to widespread abatement and modernization that accelerated in the late 1970s and later.

The Standard Oil Company of New Jersey refinery in Baton Rouge, Louisiana, established in 1909 and later operated under Exxon and ExxonMobil, grew into one of the largest refining complexes in the United States, processing hundreds of thousands of barrels per day into gasoline, diesel, jet fuel, lubricants, waxes, and petrochemical feedstocks. Situated along the Mississippi River with extensive docks, pipelines, rail connections, power generation, and integrated chemical units, the Baton Rouge, LA site has undergone continuous expansions from the World War I and II eras through the late 20th century, adding crude and vacuum distillation, catalytic cracking, reforming, coking, hydrotreating, and blending operations. Like many refineries built and expanded in the early-to-mid 20th century, the facility used asbestos-containing insulation and components on boilers, furnaces, pipelines, heat exchangers, pumps, valves, gaskets, and packing, which could have created exposure risks for operators, maintenance workers, insulators, pipefitters, and contractors - especially during repairs, turnarounds, and removal work before stricter controls in the late 1970s and 1980s.

Standard Oil Refinery - Baton Rouge, LA is the historic name for what is now the ExxonMobil Baton Rouge Refinery, an integrated fuels and chemicals complex on the Mississippi River in Baton Rouge, Louisiana. Built by Standard Oil in the early 1900s and expanded throughout the 20th century, the site grew into one of the nation's largest refinery-chemicals hubs, processing diverse crude oils through distillation, catalytic cracking, reforming, hydrotreating and related units to produce gasoline, diesel, jet fuel, lubricants and petrochemical feedstocks, with logistics supported by pipelines, rail and river docks and close integration with adjacent chemical facilities. Like many U.S. refineries constructed and operated before modern regulations, the facility historically incorporated asbestos-containing insulation, gaskets, refractory and fireproofing on piping, boilers, furnaces, heat exchangers, pumps and valves; during maintenance, turnarounds and demolition, workers such as insulators, pipefitters, boilermakers, welders, electricians and other contractors could have been exposed to airborne fibers, and legacy materials may still exist in older areas subject to control and abatement practices.

The Standard Oil, Exxon Refinery in Baton Rouge, Louisiana - today known as the ExxonMobil Baton Rouge Refinery - is a major, long - running petroleum facility established in the early 1900s by Standard Oil and later operated by Exxon and ExxonMobil. Located along the Mississippi River, it anchors a large integrated complex that processes crude oil through distillation and conversion units (such as catalytic cracking, hydrocracking, reforming, coking, and hydrotreating), with sulfur recovery, utilities, and blending operations producing gasoline, diesel, jet fuel, lubricants, asphalt, and petrochemical feedstocks. The site operates continuously with extensive storage, river docks, rail and pipeline connections, and a large workforce of employees and contractors. As with many refineries of its vintage, historical use of asbestos - containing materials for insulation and fireproofing in piping, boilers, furnaces, heat exchangers, pumps, valves, gaskets, and refractory linings created potential asbestos exposure risks - especially for insulators, pipefitters, boilermakers, maintenance crews, and contractors during repairs and turnarounds before stricter controls took hold in the late 1970s and 1980s. Subsequent regulations and abatement programs have aimed to manage legacy materials, though careful handling remains necessary during upgrades and demolition. Individuals who worked at the Baton Rouge, LA refinery in earlier decades may have experienced possible asbestos contact and may wish to review relevant work histories and safety records.

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

Star Enterprise - Convent, LA refers to the petroleum refinery in Convent, Louisiana that was operated in the 1990s by Star Enterprise, a downstream joint venture of Texaco and Saudi Aramco; the site processed crude oil into gasoline, diesel, jet fuel, and other refined products using typical units such as crude and vacuum distillation, catalytic conversion, hydrotreating and reforming, and sulfur recovery, with logistics that included tankage, pipelines, and Mississippi River marine access, and it was later folded into Motiva Enterprises before subsequent ownership changes. The facility supported large operations, maintenance, and contractor workforces to run process units and perform routine turnarounds and capital projects. As with many mid- to late - 20th - century refineries, asbestos - containing materials were historically used for high - temperature insulation on piping, boilers, furnaces, and other equipment, and in gaskets and packing; maintenance, repair, turnarounds, and demolition or renovation work could disturb these materials and posed potential asbestos exposure risks, especially for pipefitters, insulators, boilermakers, and other crafts prior to modern controls and abatement. Regulatory oversight and company programs later emphasized hazard communication, respiratory protection, and asbestos abatement to reduce risk, but potential legacy exposure at this site is recognized in the context of refinery work.

The State Colony And Training School in Pineville, Louisiana was a state-operated residential institution that provided custodial care, schooling, and vocational training for people with intellectual and developmental disabilities on a multi-building campus that included dormitories, classrooms, workshops, kitchens, laundry facilities, and centralized utilities typical of mid-20th-century public institutions. Located in Pineville, LA, the facility's operations relied on extensive maintenance of steam/boiler systems, piping, and building infrastructure, with routine repairs and periodic renovations common across such campuses. Because many structures built or expanded before the 1980s commonly incorporated asbestos-containing materials - such as pipe and boiler insulation, pipe wrap, floor tiles, roofing, joint compounds, and fireproofing - there was potential for asbestos exposure during maintenance, repair, or demolition activities; workers most at risk would have included maintenance and custodial staff, boiler operators, tradespeople, and construction contractors, with possible secondary exposure for other employees or residents if fibers were disturbed in occupied areas.

The State Of Louisiana Education Building in Baton Rouge, Louisiana is a state government office facility associated with education-related agencies, supporting statewide K-12 administration through functions such as staff offices, program management, meeting and training spaces, records handling, and public-facing services, with building operations (custodial, maintenance, HVAC, and security) run under standard state facility protocols. As with many older government office buildings, materials historically used in construction or past renovations may have included asbestos-containing products (such as pipe insulation, floor and ceiling tiles, and mastics), meaning any potential asbestos exposure at the State Of Louisiana Education Building would most likely have involved maintenance personnel or contractors during repairs, renovations, or abatement when such materials were disturbed; routine occupancy poses minimal risk when materials remain intact and properly managed, and any identification, monitoring, or removal would be handled in accordance with state and federal health and safety regulations.

For the State Office Building 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 State Office Building in Shreveport, Louisiana is a state-owned administrative facility that consolidates multiple Louisiana government offices to deliver public-facing services (such as permitting, licensing, and customer assistance) and internal administrative support, with daily operations centered on office, clerical, and regulatory functions alongside routine building maintenance. Because many office buildings constructed or renovated prior to the 1980s used asbestos-containing materials (including insulation, floor and ceiling tiles, pipe lagging, and fireproofing), there is a possibility of asbestos exposure at the State Office Building - Shreveport, LA, especially for maintenance or renovation personnel and occupants present during any disturbance of older materials before abatement; such risks are typically managed under state and federal asbestos regulations through inspection, management plans, and abatement when required.

Stauffer Chemical operated a chemical manufacturing facility in Baton Rouge, Louisiana, within the city's Mississippi River industrial corridor, producing and processing industrial and agricultural chemical intermediates and supporting activities such as blending, storage, rail and truck loading, utilities, and laboratory quality control; typical unit operations involved boilers, steam systems, reactors, heat exchangers, pumps, and extensive piping networks. As with many Gulf Coast chemical plants built and run through much of the twentieth century, the Stauffer Chemical site in Baton Rouge, LA likely incorporated asbestos-containing insulation, gaskets, valve and pump packing, and fireproofing on high-temperature equipment, creating potential asbestos exposure risks for production employees, pipefitters, insulators, maintenance crews, electricians, and outside contractors - particularly during repairs, turnarounds, or demolition that disturbed aging materials - until such products were phased down under evolving regulations and industry practices. While detailed, plant-specific product lists are limited, the facility's role within Stauffer Chemical's Gulf Coast operations and its equipment profile are consistent with conditions under which asbestos exposure has been documented at similar chemical manufacturing sites.

Stauffer Chemical Co's Baton Rouge, LA facility was part of the region's heavy industrial and petrochemical complex, operating as a chemical manufacturing and processing site with typical plant functions such as reaction, blending, storage, packaging, utilities support (steam and power), and shipping. Located in Baton Rouge, Louisiana, the operation employed production operators, maintenance mechanics, pipefitters, insulators, and outside contractors to build, run, and maintain process units and equipment. As with many mid-20th-century chemical plants, asbestos-containing materials were commonly used for high-temperature insulation on boilers, furnaces, steam and process piping, pumps, valves, heat exchangers, and in gaskets and packing, creating potential asbestos exposure for workers and contractors during routine maintenance, turnarounds, insulation work, and equipment repairs, with added risk from airborne dust and take-home contamination. While detailed product lines for this specific site are not publicly well documented, it is recognized as a Stauffer Chemical Co chemical plant in the Baton Rouge industrial corridor where historical use of asbestos in plant systems could have exposed employees.

Stauffer Chemical Company, a major U.S. producer of industrial and specialty chemicals during much of the 20th century, operated an Industrial Chemical Division facility in North Baton Rouge, Louisiana that supported the manufacture and handling of basic industrial chemicals and intermediates for regional industries, with typical operations involving reaction vessels, boilers, steam and process piping, pumps, and bulk storage/transfer systems. As at many mid-century chemical plants, the North Baton Rouge, LA site likely used asbestos-containing insulation, gaskets, and packing on high-heat equipment and steam lines, creating potential exposure risks for production workers and maintenance crafts (including pipefitters, insulators, millwrights, and contractors) during installation, repair, and turnaround activities. While detailed, site-specific production records are not widely documented, this location appears on job-site lists of workplaces where asbestos exposure may have occurred.

Stauffer Chemical Company operated a chemical manufacturing and processing facility in Baton Rouge, Louisiana, as part of the company's Gulf Coast network that supplied industrial and agricultural chemical intermediates; Stauffer, a long-established U.S. chemical producer later acquired by ICI in 1987, ran plants that used high-temperature processes, boilers, and extensive piping typical of the Baton Rouge, LA industrial corridor. Operations at the Baton Rouge site included receiving and storing raw materials, running reaction and separation units, and maintaining pumps, valves, heat exchangers, and storage systems, with products moved by rail and truck to regional customers. As with many mid-20th-century chemical plants, asbestos-containing insulation, gaskets, packing, and fireproofing were widely used on steam lines, boilers, reactors, and other equipment until regulations curtailed their use, creating potential asbestos exposure for employees and contractors at the Stauffer Chemical Company facility during installation, maintenance, and removal activities, particularly during shutdowns and repairs.

The Stauffer Chemical Company in St. Gabriel, Louisiana operated a multi-decade chemical manufacturing facility along the Mississippi River corridor, where production, blending, and packaging of industrial and agricultural chemical products were carried out and later continued under successor operators following corporate changes. The site's operations relied on extensive high-temperature and pressurized systems - boilers and heaters, steam and process piping networks, reactors, pumps, valves, and storage units - with regular maintenance turnarounds and contractor activity typical of Gulf Coast chemical plants. As at many U.S. facilities of the era, asbestos-containing materials were widely used before the late 1970s in thermal insulation on piping and equipment, as well as in gaskets, packing, and refractory linings, creating potential exposure risks for insulators, pipefitters, millwrights, machinists, electricians, maintenance crews, and nearby bystanders during repairs, replacements, and demolition when dust could be released. Potential asbestos exposure at the Stauffer Chemical Company - St. Gabriel, LA site would have been greatest prior to industry-wide abatement and substitution programs in the late 1970s and 1980s, though legacy materials may have persisted until removed, making St. Gabriel, LA one of the regional locations 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.

Steel Forgings, Inc in Shreveport, Louisiana operated as an industrial steel forging facility, producing forged steel components through core processes typical of the trade such as heating steel billets, hammer- or press-forging, heat treatment, and follow-on machining and maintenance, with supporting systems like furnaces and ovens, boilers, piping, pumps, and ventilation equipment at the Shreveport, LA plant. In line with conditions historically common in forging and heat-treat operations, possible asbestos exposure could have occurred from materials traditionally used for high-temperature service, including refractory and thermal insulation on furnaces and heat-treat equipment, pipe and boiler insulation, gaskets and packing in pumps and valves, and heat-resistant textiles and gloves; workers with elevated potential exposure would have included furnace crews, maintenance mechanics, pipefitters, and machinists, particularly prior to the late 1970s and 1980s when asbestos use declined. Publicly available details about the site's ownership history, production volumes, and specific operating years are limited, but its industrial profile aligns with the above operational and exposure characteristics.

Sterling Sugar in Sterling, Louisiana is a sugarcane milling and refining site that has served the regional cane-growing industry, receiving harvested cane, preparing and crushing it in tandem mills, clarifying and evaporating the juice, crystallizing sugar in vacuum pans, and separating crystals in centrifugals to produce raw sugar and molasses, supported by large boilers, steam systems, turbines, and extensive piping typical of Louisiana sugar operations. Often referred to as Sterling Sugars, the facility's role has been seasonal and labor-intensive, with significant maintenance and powerhouse activity during the grinding season. As with many industrial sugar mills operating before the 1980s, potential asbestos exposure could have arisen from insulation and refractory materials on boilers, evaporators, heaters, and steam lines, as well as asbestos-containing gaskets, packing, and cement used in pumps, valves, and flanges; workers at elevated risk would have included boiler operators, pipefitters, millwrights, mechanics, electricians, and contractors performing repairs or removals in process and powerhouse areas.

Sterling Sugar And Railway Company in Franklin, Louisiana was a sugarcane processing operation that used an associated industrial railway to move harvested cane from nearby fields to its mill and to connect with common carriers for outbound shipments of sugar and molasses. Typical activities at a Franklin, LA sugar mill included cane crushing, juice clarification, evaporation and crystallization, on-site power generation with boilers and turbines, equipment maintenance, and rail switching and locomotive work to support harvest and shipping seasons. Because sugar mills and railway operations widely used asbestos during much of the twentieth century, potential asbestos exposure at this site could have arisen from insulation on boilers, evaporators, dryers, and steam lines; gaskets and packing in pumps and valves; refractory materials; and building materials, as well as from rail equipment such as brake linings and engine components. Workers most likely to have encountered asbestos would have included boiler operators, pipefitters, insulators, mechanics, millwrights, electricians, and railroad shop or train crews, particularly during maintenance and repair work before modern controls reduced asbestos use.

Sterling Sugar Co. in Franklin, Louisiana is a longstanding cane sugar mill that serves regional growers by receiving, crushing, and processing harvested sugarcane into raw sugar and molasses during the seasonal grinding campaign, using steam-driven boilers, multiple-effect evaporators, vacuum pans, and centrifuges to extract and crystallize sugar before shipment to refineries. Also known in industry references as Sterling Sugars, the facility functions as a raw sugar producer rather than a refinery, with operations centered on cane handling, juice clarification with lime and heat, evaporation, crystallization, and byproduct management such as bagasse-fired boiler operations. Because many industrial sugar mills built or operating prior to the 1980s used asbestos-containing materials for high-temperature insulation and sealing, potential asbestos exposure at the Sterling Sugar Co. - Franklin, LA site could have occurred around boiler and steam pipe insulation, turbine and pump gaskets and packing, evaporator equipment, and roofing or cement products, particularly during maintenance or repair work before modern controls were implemented; today such risks are addressed under OSHA and EPA regulations through abatement and management practices. The Franklin, LA location remains part of the regional sugar industry infrastructure, supporting local agriculture and seasonal employment.

Sterling Sugars, Inc in Sterling, Louisiana operated as a cane sugar mill serving regional growers, where harvested sugarcane was received, prepared, and milled, with juice clarified, evaporated, crystallized in vacuum pans, and centrifuged to produce raw sugar and molasses; bagasse, the fibrous residue, was typically burned in boilers to generate steam and power for the process, and the site included seasonal grinding operations, maintenance shops, and truck/rail shipping. As with many mid-20th-century industrial plants, potential asbestos exposure at Sterling Sugars, Inc could have arisen from thermal insulation and other asbestos-containing materials historically used on boilers, steam and condensate piping, evaporators, dryers, turbines, pumps, valves, gaskets, packing, cement board, and roofing, especially during maintenance, outages, or renovation when materials were disturbed; workers most at risk would have included insulators, pipefitters, boilermakers, maintenance mechanics, and contractors. Regulatory changes and abatement efforts later reduced these risks, but legacy asbestos-containing materials may have persisted in older structures, making Sterling, LA a location where asbestos exposure may have occurred in connection with sugar milling operations.

Sterlington Steam Electric Station in Sterlington, Louisiana was a utility-operated steam - electric generating facility that supplied power to the regional grid serving northeast Louisiana, with operations centered on fossil-fueled boilers producing steam to drive turbines and generators, supported by routine maintenance, outage work, and a switchyard for transmission interconnections. As with many mid - 20th - century steam plants, a variety of asbestos-containing materials were commonly used for high - temperature insulation on boilers, turbines, and piping, as well as in gaskets, packing, refractory products, and some protective equipment, creating potential exposure risks for workers such as operators, pipefitters, electricians, boilermakers, insulators, and contractors during installation, maintenance, and repair activities. Regulatory changes beginning in the 1970s-1980s led to tighter controls and abatement, but legacy materials could have remained in older components until removed or the unit was retired or modernized. While specific unit details and timelines for Sterlington, LA are not publicly detailed here, the plant's typical steam - electric operations and era of construction make it a site where asbestos exposure may have occurred.

This summary concerns Stevens & Company in Lake Charles, LA. There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

Stone Container Corporation - Hodge, LA was an integrated pulp and containerboard mill in Hodge, Louisiana that manufactured linerboard and corrugated medium for packaging; after Stone Container's merger into Smurfit-Stone, the facility continued operating under successor companies and remains part of the regional paper industry. Typical operations included kraft pulping, chemical recovery, power generation, and large paper machines, all of which relied on extensive steam and high-temperature systems. As with many mid-20th-century paper mills, potential asbestos exposure at this site could have occurred prior to the late 1970s-1980s phase-out, especially around boilers and recovery units, steam lines and process piping, turbines, paper machine dryer sections, and equipment that used asbestos-containing insulation, gaskets, packing, refractory materials, cement products, and some dryer felts or building materials; risks were greatest for maintenance personnel, pipefitters, millwrights, insulators, and contractors performing repairs or renovations.

For Stonewall 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.

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 concerns Streator Seam in New Orleans, LA.

Regarding Succession Estate Mrs. L. M. Soniat in White Castle, 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. The listing refers to the Sun Oil / Sunoco / Suntide Refinery location in Delhi, Louisiana.

Sunoco / Suntide Refinery / Sun Oil - Delhi, 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 note pertains to Sunrise Apartment in Kenner, Louisiana.