Asbestos Exposure in Louisiana - Lung Cancer and Mesothelioma

The Cabot Corp Canal Plant in Franklin, Louisiana is a long-running Cabot Corporation facility that manufactures carbon black, primarily for tire reinforcement and other rubber and pigment applications, using the furnace black process that converts heavy aromatic oils in high-temperature reactors and supports operations such as feed preparation, quench, baghouse filtration, pelletizing, drying, and onsite steam and utility systems; located in Franklin, LA, the plant supports the regional petrochemical supply chain and local employment in St. Mary Parish. Possible asbestos exposure at the Cabot Corp Canal Plant could have occurred historically - especially prior to the 1980s - due to the common use of asbestos-containing thermal insulation, gaskets, packing, and fireproofing on boilers, furnaces, dryers, reactors, piping, valves, and other high-temperature equipment in industrial settings, with production, maintenance, and contractor personnel facing the greatest potential risk before modern controls and replacement materials were widely implemented. 

The Cabot Corp. - Franklin, LA site in Franklin, Louisiana is a long-standing industrial facility associated with the manufacture of carbon black, using furnace processes that convert heavy aromatic oils into reinforcing grades for tires, rubber goods, and certain plastics; typical operations include feedstock handling and storage, high-temperature reactor operation, quenching, pelletizing, drying, packaging, and shipment by truck and rail, supported by air-emissions controls such as baghouses. Serving regional and national markets as part of Cabot Corporation's North American network, the plant operates in St. Mary Parish near the City of Franklin. As with many older heavy-industrial sites, potential asbestos exposure at this location could have occurred historically from insulation and lagging on boilers, furnaces, dryers, piping, and steam lines, as well as from asbestos-containing gaskets, packing, and other maintenance materials; the highest risks would have been to maintenance and production workers and contractors before modern asbestos controls and substitutions were implemented. 

Cabot Corporation - Franklin, LA is a carbon black manufacturing facility in Franklin, Louisiana, historically producing reinforcing and specialty grades for tires, rubber goods, and pigment applications through furnace black processes that convert heavy oil feedstocks, followed by pelletizing, packaging, and shipment by rail and truck; typical site systems have included reactors, boilers and steam lines, dryers/pelletizers, baghouses, and maintenance and laboratory operations to support continuous production. As with many mid-20th-century Gulf Coast process plants, the Franklin, LA site likely incorporated asbestos-containing materials for high-temperature service - insulation on steam piping, boilers, reactors and dryers, as well as gaskets, packing, and cement or transite products - creating potential asbestos exposure for operators, pipefitters, insulators, boilermakers, electricians, and other maintenance workers or contractors, particularly during repairs, turnarounds, and pre-1980s insulation removal before modern controls; industry-wide regulatory compliance, abatement, and improved PPE have since reduced - but not eliminated - risk where legacy materials remain. 

The Cabot Corporation Plant in Ville Platte, Louisiana was part of Cabot's carbon black operations, supplying material used in tires, rubber goods, plastics, and inks; typical carbon black production at such facilities relies on high-temperature furnace processes that convert heavy aromatic oils into carbon black, followed by cooling, collection in baghouses, pelletizing, drying, and packaging for shipment to Gulf Coast and broader U.S. customers. The Ville Platte, LA site would have used common process equipment for this industry - reactors, boilers, steam lines, pumps, compressors, dryers, and extensive piping - requiring thermal insulation and refractory linings, and like many industrial plants built or maintained before the 1980s, these components often incorporated asbestos-containing insulation, gaskets, packing, and refractory brick. As a result, production and maintenance workers, as well as contractors performing repairs or turnarounds, could have experienced asbestos exposure when disturbing or replacing these materials, particularly during insulation removal, gasket changes, and refractory work; while specific incidents are not documented here, the potential existed due to the historical use of asbestos in such equipment at carbon black plants of this era.

Caddo Central Oil And Refining Company in Cedar Grove, LA, appears to have operated as part of the regional petroleum processing and refining industry, though publicly available details on the plant's specific units, operating period, and ownership history are limited. Typical refinery activities likely included crude receiving and storage, distillation and product handling, and maintenance of boilers, heaters, pumps, and extensive piping networks. Because asbestos was widely used in refineries prior to broad restrictions in the late 1970s, workers and contractors at the Caddo Central Oil And Refining Company in Cedar Grove, Louisiana may have encountered asbestos-containing materials such as pipe and equipment insulation, refractory linings in furnaces and heaters, gaskets and packing, and asbestos cement products, with potential exposure during installation, maintenance, and removal activities.

Caddo Crate Co in Shreveport, Louisiana was a wood-products facility that produced and assembled wooden crates and related shipping containers, with operations centered on lumber cutting, planing, fastening, warehousing, and distribution from its Shreveport, LA location. As with many industrial sites active during the mid-20th century, potential asbestos exposure could have arisen from common building and equipment materials of the period - such as pipe or boiler insulation, transite panels, roofing felts, HVAC components, gaskets, and friction products - particularly during maintenance, repair, or renovation work before asbestos controls were widely adopted.

Caddo De Soto Cotton Oil Company in Shreveport, Louisiana, operated in the cottonseed oil industry, a sector that processes cottonseed into oil and byproducts such as meal, hulls, and linters; the company's name reflects its northwest Louisiana roots in Caddo and DeSoto Parishes. Typical mill operations of this kind include seed cleaning and hulling, cooking, mechanical pressing or solvent extraction, refining, storage, and packaging, supported by boilers, steam lines, pumps, presses, and drying equipment. In facilities like this, potential asbestos exposure historically arose from high - temperature insulation on boilers and steam piping, gaskets and packing in pumps and valves, thermal insulation on dryers and presses, and asbestos - containing roofing, siding, or cement materials. Workers at greatest risk would have included maintenance mechanics, pipefitters, boiler operators, insulators, and contractors who repaired or disturbed thermal insulation, with secondary exposure possible for nearby operators during maintenance activities. Asbestos use was widespread in such industrial settings through the late 20th century, so controls may not have been comprehensive during earlier periods of operation at this Shreveport, LA location.

Caddo Heights School in Shreveport, Louisiana is a public elementary campus in Caddo Parish Public Schools, commonly known today as Caddo Heights Math/Science Elementary, serving neighborhood students with daily operations that include classroom instruction, science-oriented learning, library services, cafeteria and nutrition programs, transportation, and routine custodial and maintenance work typical of an elementary school. The facility is an older campus that has seen periodic repairs and upgrades over the years, consistent with long-serving school buildings in the area. Regarding possible asbestos exposure, as with many U.S. schools built or renovated before the 1980s, materials such as floor tile and mastic, pipe or boiler insulation, and certain ceiling or acoustical products may have contained asbestos; under federal AHERA requirements, the district would maintain an asbestos management plan and conduct regular inspections. Potential exposure risks at Caddo Heights School in Shreveport, LA would have been most likely for maintenance staff or outside contractors during renovation, repair, or abatement activities that disturbed suspect materials, while intact, well-managed materials in occupied areas generally present low risk to students and staff.

Caffrey Central Sugar Refining And Railroad Company in Franklin, Louisiana operated as a central sugar mill and refining complex integrated with a company railroad that hauled cane from surrounding plantations in St. Mary Parish and shipped refined sugar and molasses to market. Its operations typically included cane crushing and milling, juice clarification, multiple-effect evaporation, vacuum pan crystallization, centrifuging, drying and packaging, along with rail yard, track, and rolling-stock maintenance to support inbound cane and outbound products. As with many Louisiana sugar and rail facilities of the late 19th and 20th centuries, power and process systems relied on large boilers, steam piping, heaters, and dryers, and the associated maintenance shops handled gaskets, packing, and brake components; during those years, asbestos-containing insulation and friction materials were commonly used, creating potential exposure risks for mill workers, pipefitters, boilermakers, insulators, maintenance crews, and railroad shop employees, especially during repairs, lagging removal, or equipment overhauls. While specific records for the Caffrey Central Sugar Refining And Railroad Company - Franklin, LA are limited, its industrial profile and era place it among facilities where asbestos exposure could have occurred.

For Caffrey Central Sugar Refining And Railroad 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.

Cafiero Ice Works, Incorporated in New Orleans, Louisiana operated as an industrial ice plant that produced and distributed ice using large-scale refrigeration and cold-storage systems at its New Orleans, LA facility. Ice works of this type use compressors, evaporators, condensers, pumps, and extensive piping and insulation to circulate refrigerants and maintain low temperatures for manufacturing and storage. In facilities built or maintained during the decades when asbestos-containing materials were common, potential exposure could arise from pipe and equipment insulation, gaskets and packing, cement and lagging, and other heat- or cold-resistant materials used in refrigeration and building systems, posing risks to production workers, maintenance personnel, and outside contractors during installation, repair, or removal activities.

For Caine & Graunard in Edgard, 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. Caire & Graugnard in Columbia, Louisiana is listed as a potential asbestos exposure site, but specific operational history or details about activities at this Columbia, LA location are not available.

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

Caire And Graugnard in Edgard, Louisiana is cited as a potential asbestos exposure location, but detailed information about its operations, industry role, or period of activity at this Edgard, LA site is not publicly documented. 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 site Caire And Graugnard 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 location known as Cajun Electric Company - Sw Riley Stoker Turbines in Baton Rouge, Louisiana, is associated with Cajun Electric Power Cooperative, a generation-and-transmission utility headquartered in Baton Rouge that supported coal- and gas-fired power production for member cooperatives across the state, including the operation and maintenance of steam-generating equipment and turbine systems at its facilities. Work at such facilities could have involved Riley Stoker-manufactured steam boilers integrated with turbine and condenser trains, along with extensive high-temperature piping, pumps, and electrical controls, with routine operations centered on fuel handling, boiler firing, turbine operation, and scheduled repairs or overhauls. For much of the mid-20th century and into the 1970s, boilers, turbines, and associated systems often used asbestos-containing insulation, refractory cement, gaskets, and packing; as a result, insulators, boilermakers, pipefitters, mechanics, electricians, and laborers performing installation, maintenance, or teardown could have encountered airborne asbestos, particularly before modern abatement practices were adopted in the 1980s. While specific incident records for this Baton Rouge site are limited, the nature of Cajun Electric's fossil-fuel power operations and the historical use of Riley Stoker steam equipment indicate a potential for asbestos exposure during equipment maintenance and upgrades.

Cajun Electric Power Cooperative operated a major generating complex near New Roads, Louisiana, including the Big Cajun I (oil/natural gas) and Big Cajun II (coal-fired) power stations in Pointe Coupee Parish, supplying wholesale electricity to member rural electric cooperatives across the state; following Cajun Electric's bankruptcy in the mid-1990s, these plants continued under successor operators. The facilities in New Roads, LA involved high - pressure boilers, turbines, and extensive steam and piping systems typical of large thermal power plants. As was common in power generation facilities built and maintained during much of the 20th century, asbestos-containing materials - such as insulation, gaskets, packing, cement, and fireproofing around boilers, turbines, and piping - were likely used, meaning workers and contractors at the Cajun Electric Power site could have faced asbestos exposure during equipment installation, maintenance, and repair, particularly before modern abatement practices were implemented.

The Big Cajun 2 Power Plant in New Roads, Louisiana, was developed by Cajun Electric Power Cooperative as a multi-unit, coal - fired generating station brought online in the early 1980s to supply baseload electricity to the cooperative's member systems and the regional grid; after Cajun Electric's bankruptcy in the 1990s, the facility has been operated by Louisiana Generating, an NRG Energy subsidiary, and has undergone significant environmental retrofits and operational changes, including the addition of modern emissions controls and the use of natural gas on certain units following federal enforcement actions in the 2010s. Located in Pointe Coupee Parish, the plant's operations historically involved large boilers, turbines, condensers, and extensive high - temperature piping systems typical of coal plants. Given the era of construction and standard industry practices, asbestos - containing materials such as thermal insulation, gaskets, packing, and fireproofing were likely present, creating potential exposure risks especially for maintenance, repair, and outage workers before comprehensive abatement and OSHA/EPA regulations were implemented; although abatement programs have reduced hazards, legacy materials and disturbance during renovations could have posed exposure risks over time at the Cajun Electric Power Coop - Big Cajun 2 Power Plant in New Roads, LA.

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

Cajun Sugar Co-Op in New Iberia, LA is a grower-owned sugarcane milling operation that processes cane from regional farms into raw sugar and molasses, with seasonal campaigns during the annual harvest. Typical mill operations include receiving and weighing cane, preparation and crushing, juice clarification, multi-effect evaporation, vacuum pan crystallization, centrifuging, drying, and bulk storage and shipment, supported by high-pressure, often bagasse-fired, boilers, extensive steam and condensate systems, maintenance shops, and truck/rail logistics. As with many Louisiana sugar mills built or modernized in the mid-20th century, possible asbestos exposure at the Cajun Sugar Co-Op could have resulted from historic use of asbestos-containing insulation and components on boilers, steam piping, turbines, evaporators, and dryers, as well as gaskets and packing in pumps and valves and certain building materials; the highest potential risk would have been to maintenance and repair personnel, boiler operators, pipefitters, and contractors when disturbing aging insulation before modern asbestos controls and substitutions were widely adopted.

Calcasieu Paper Co - Elizabeth, Louisiana, is identified as a paper manufacturing site, and, like many paper industry facilities, operations would have centered on paper production supported by on-site utilities such as steam and power systems with extensive piping, pumps, and drying equipment; during much of the 20th century, such systems commonly incorporated asbestos-containing insulation, gaskets, and packing, creating potential exposure risks for maintenance workers, pipefitters, millwrights, insulators, boiler and turbine operators, and contractors during outages.

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

The Calcasieu Sulphate Paper Company, Incorporated in Elizabeth, Louisiana, is identified as a pulp and paper facility associated with the sulfate (kraft) process, with operations characteristic of such mills, including wood handling and chip preparation, chemical pulping, chemical recovery and power/steam generation, and papermaking. Located in Elizabeth, LA, the site functioned as an integrated industrial mill complex utilizing extensive process piping, pressure vessels, and rotating equipment needed for continuous paper production. As with many kraft mills operating during the period when asbestos-containing materials were widely used, components such as pipe and equipment insulation, gaskets, packing, refractory linings, and cement in boilers, turbines, evaporators, dryers, pumps, and valves could have contained asbestos, creating potential exposure risks. Workers most likely to have encountered airborne asbestos fibers included maintenance personnel, pipefitters, millwrights, boiler operators, and contractors performing repairs, insulation removal, or equipment overhauls, particularly before modern controls and material substitutions were adopted.

Caldwell Sugar Coop Inc in Thibodaux, Louisiana is a grower-owned sugarcane milling cooperative that operates seasonally to receive cane from area farms, crush and process it into raw sugar and molasses, and support regional agriculture and refining supply chains from its Thibodaux, LA location; typical mill operations involve heavy industrial equipment and systems such as shredders and mills, clarifiers, evaporators, vacuum pans, centrifugals, boilers, turbines, and extensive steam and condensate piping, often powered in part by bagasse-fired boilers. As with many sugar mills that operated or were built before modern restrictions, asbestos-containing insulation and components were commonly used historically around boilers, steam lines, turbines, pumps, valves, and gaskets, and in some older building materials, so workers in boiler rooms, powerhouse areas, and maintenance or contracting roles at this location could have faced potential asbestos exposure during routine operations, repairs, or equipment upgrades until controls and abatement reduced those risks.

Caldwell Sugar Cooperative in Thibodaux, Louisiana has operated as a member-owned sugarcane growers' cooperative and raw sugar mill serving Lafourche Parish and surrounding areas, receiving cane during the grinding season and converting it into raw sugar and molasses through milling, juice clarification, multiple-effect evaporation, vacuum pan crystallization, and centrifugal separation, with bagasse commonly used to fuel on-site boilers and facilities for storage and shipment. As with many sugar mills operating through the mid to late 20th century, possible asbestos exposure at Caldwell Sugar Cooperative could have occurred historically from insulation on high-temperature equipment (boilers, steam lines, turbines, evaporators and dryers), as well as from asbestos-containing gaskets, valve and pump packing, refractory materials, and brake components, with the greatest potential risk to maintenance and repair personnel such as mechanics, pipefitters, millwrights, and boiler operators prior to stronger regulations and abatement practices adopted in the late 1970s and 1980s.

Caldwell Sugar Corp, located in Thibodaux, Louisiana, has been associated with seasonal sugarcane milling that receives cane from regional farms, prepares and crushes it to extract juice, clarifies and evaporates the juice, crystallizes sugar, and spins raw sugar in centrifugals, producing molasses and bagasse byproducts and using on-site boilers that commonly burn bagasse for steam and power. As with many Louisiana sugar mills built or maintained before modern regulations, equipment such as boilers, steam lines, turbines, evaporators, dryers, and the gaskets and packing on pumps and valves may have incorporated asbestos-containing materials, creating potential exposure risks for workers involved in insulation, maintenance, and repairs, especially during shutdowns and overhauls. Although detailed, site-specific historical records for Caldwell Sugar Corp are limited, the operations profile typical of a Thibodaux, LA sugar mill aligns with these processes and the associated potential for asbestos exposure.

Caldwell Sugar Refinery - Tribodaux, LA operated as a cane sugar processing facility in Tribodaux, LA, receiving harvested sugarcane from area growers and converting it into raw sugar and molasses through milling (crushing), juice clarification, evaporation, crystallization, and centrifugation, supported by boilers, steam systems, evaporators, turbines, conveyors, and on-site maintenance shops; historically, sugar mills and refineries of this type often used asbestos-containing insulation, gaskets, and packing on high-temperature equipment and piping, so workers involved in boiler operations, pipefitting, maintenance, or equipment repairs could have experienced asbestos exposure, particularly before modern controls and material substitutions were adopted; the plant operated within the regional cane industry's seasonal grinding campaigns and shipped raw product onward for further refining or industrial use.

Caldwell Sugars Co-Op. in Thilbodaux, LA operates as a grower-owned sugarcane milling cooperative that processes harvested cane into raw sugar and molasses during the annual grinding season, using standard mill operations that include cane receiving, crushing/milling, juice clarification with heat and lime, multi-effect evaporation, crystallization, centrifugation, and storage and shipment of raw sugar to refineries, while burning bagasse in boilers for process steam and on-site power; the facility employs seasonal and full-time operators and maintenance crews, with extensive off-season repairs and upgrades typical of Louisiana's long-standing sugar industry; as with many older sugar mills, possible asbestos exposure may have occurred historically at Caldwell Sugars Co-Op. due to the use of asbestos-containing insulation and components in high-temperature systems (boilers, evaporators, steam lines, turbines, pumps, valves, gaskets, and packing), particularly during maintenance or repair work, although contemporary operations are subject to modern safety and asbestos-abatement regulations.

California Company - Hico, LA refers to an oil and gas field operation of The California Company (the exploration and production predecessor to Chevron) located in Hico, Louisiana, supporting drilling, production, and gathering activities in the surrounding fields during the mid-20th century. At facilities of this type, asbestos-containing materials were widely used for thermal insulation on piping, heaters, boilers, and compressors, as well as in gaskets and packing in pumps and valves, and in certain building materials, so employees and contractors performing installation, maintenance, or repairs could have incurred asbestos exposure, especially before the late 1970s when controls and substitutions became more common. While detailed site-specific records for California Company - Hico, LA are limited, its role as a petroleum production site in Louisiana fits the profile of operations where such materials were present and where oilfield workers, pipefitters, insulators, and mechanics faced elevated exposure risks.

At Calkraft Paper Company in Elizabeth, 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. Calumet in Franklin, Louisiana is identified as a potential asbestos exposure location, but specific operational or historical details are not available.

Calumet Plantation - Bayou Teche, LA is historically linked to the sugarcane economy along Bayou Teche in St. Mary Parish, Louisiana, with operations centered on cultivating and harvesting cane and processing it into raw sugar and molasses in mill facilities serving the plantation that relied on high-temperature equipment such as boilers, vacuum pans, evaporators, centrifugals, and extensive steam piping, supported by maintenance shops, storage areas, worker housing, and transport via the bayou and regional rail. Throughout much of the twentieth century, sugar mills in Louisiana commonly used asbestos-containing insulation, gaskets, packing, and cements on boilers, steam lines, dryers, and other heated process equipment, creating potential asbestos exposure for mill workers, pipefitters, boilermakers, maintenance crews, and contractors at Calumet Plantation - particularly during repairs, insulation removal, and renovations that could release fibers in enclosed areas. Located at Bayou Teche, LA, Calumet Plantation formed part of the region's integrated plantation-to-mill operations that supported the local agricultural and industrial economy.

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

Located in Baton Rouge, Louisiana, the Cambon Team Track was a railroad team-track facility used for transloading freight between railcars and trucks, supporting local industries by receiving and shipping commodities such as construction materials, manufactured goods, and industrial supplies; operations typically included switching railcars, spotting, loading and unloading with forklifts or cranes, and short-term storage on adjacent pads or sheds. Specific published details about the site's ownership and years of operation are limited, but as with many team tracks serving Baton Rouge, LA, work would have involved close contact with rail equipment and shipped cargo. Possible asbestos exposure at this location could have arisen from several sources common to rail and freight handling prior to widespread phase-outs in the late 1970s and 1980s, including dust from locomotive and railcar brake linings, gaskets and insulation on older rail equipment, and the handling of asbestos-containing products historically shipped by rail (for example, asbestos cement pipe, roofing materials, insulation, and packaged raw asbestos), as well as maintenance or disturbance of older building or utility insulation if present. Potentially affected workers would have included railroad employees, truck drivers, loaders, and contractors who handled or worked near these materials.

Cambon Team Track, Belou & Company is located 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. This notice pertains to the Caminada Offshore Mine in Grand Isle, Louisiana.

For Canadianoxy Offshore Production Co. (See Also Cities Services) 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.

The Canal Bank & Trust Company in New Orleans, Louisiana was a prominent local financial institution that offered commercial and retail banking alongside trust and fiduciary services, supporting individuals and businesses through deposit-taking, lending, and administration of estates from downtown offices and branch locations in New Orleans, LA. Staff worked in typical bank environments that included multi-story office space, vault areas, and building mechanical rooms. Because many New Orleans office buildings constructed or renovated before the 1980s used asbestos-containing materials - such as thermal pipe insulation, boiler and HVAC insulation, sprayed fireproofing, ceiling and floor tiles, mastics, and elevator equipment room components - there was potential for asbestos exposure at this site, especially for maintenance, custodial, HVAC, electrical, and plumbing workers and contractors during repairs or renovations; routine office employees generally faced lower risk unless materials were disturbed.

Canal Barge Company is a family-owned inland marine transportation and logistics firm headquartered in New Orleans, Louisiana, founded in 1933, that operates towboats and fleets of tank and hopper barges across the Mississippi River system and Gulf Intracoastal Waterway. The company transports liquid and dry bulk commodities such as petroleum and refined products, petrochemicals, fertilizers, grain, and aggregates, and provides related services including towing, fleeting, cargo handling, and project logistics. From its New Orleans, LA base, it manages operations supported by regional facilities and subsidiaries that handle harbor and terminal activities. Because many U.S. towing vessels, barges, and shore-side repair facilities built or serviced before the 1980s commonly used asbestos-containing insulation, gaskets, packing, and brake or pipe materials, employees and contractors working on CBC vessels or at third-party shipyards during maintenance or overhauls could have encountered asbestos exposure when disturbing aging insulation or components. The highest potential exposure would have been in engine rooms, machinery spaces, and piping systems during repairs conducted prior to the tightening of asbestos regulations. Individuals involved in marine maintenance, welding, pipefitting, or equipment overhauls connected to Canal Barge Company operations in New Orleans, Louisiana during that era may wish to consider whether their work tasks placed them in contact with asbestos-containing materials.

There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred. This listing pertains to the Canterbury Leader 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.

Cape Catoche 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.

For the location Cape Flattery 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.

The Capitol House Hotel in Baton Rouge, Louisiana was a prominent downtown lodging and events venue for much of the 20th century, serving lawmakers, business travelers, and community functions near the Mississippi River and the Old State Capitol, with typical hotel operations including guest rooms, meeting spaces, dining, and ballrooms. After periods of decline and closure, the historic Capitol House building - together with the adjacent Heidelberg Hotel - was restored and reopened in the mid-2000s as the Hilton Baton Rouge Capitol Center, continuing hospitality operations with modernized accommodations and conference facilities. Because the structure dates to the pre-1980 era when asbestos-containing materials were commonly used (such as pipe insulation, boiler and duct lagging, floor tiles, and fireproofing), potential asbestos exposure at the Capitol House Hotel would have most plausibly affected tradespeople during maintenance, repair, demolition, or renovation activities prior to or during rehabilitation, when abatement under modern regulations would have been required; normal hotel occupancy presented minimal risk.

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

USS Capodanno (FF - 1093) was a U.S. Navy Knox - class frigate built and fitted out in the New Orleans, LA area, where Avondale Shipyards supported new construction, outfitting, and periodic repairs and overhauls for Navy vessels; the ship served primarily in anti - submarine warfare and escort roles with the Atlantic Fleet through the 1970s-1990s, conducting Mediterranean and Caribbean deployments, patrols, convoy escort, and training exercises before later transfer to Turkey. At the New Orleans site and aboard the vessel, workers and sailors could have encountered asbestos - containing materials typical of the era, including insulation on pipes and machinery, boiler and turbine lagging, gaskets, packing, adhesives, and certain deck or bulkhead products; maintenance and overhaul work in confined engineering spaces, particularly before modern controls and abatement were implemented, presented the highest risk. Accordingly, personnel involved in construction, repair, or service on USS Capodanno in Louisiana may have experienced asbestos exposure associated with its building and maintenance.

Capolymer Rubber & Chemical Corp. in North Baton Rouge, LA was a synthetic rubber and chemical processing facility associated with the production and finishing of copolymer elastomers - most notably styrene-butadiene rubber used in tires and industrial goods - through operations such as polymerization, compounding, drying, packaging, and shipment, supported by steam generation, process vessels, storage tanks, compressors, and onsite maintenance typical of Baton Rouge, Louisiana's petrochemical corridor. As with many rubber and chemical plants operating prior to the 1980s, the site likely incorporated asbestos-containing materials for high - temperature and corrosion - resistant service, including pipe and equipment insulation, boiler and steam line lagging, gaskets, valve and pump packing, and certain building materials; as a result, potential asbestos exposure could have affected production workers and maintenance crafts (such as insulators, pipefitters, millwrights, and electricians), especially during repairs, turnarounds, or demolition before modern controls were in place.

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 Carbon Black in Sterlington, Louisiana.

The Cargill-Azko Salt site at Avery Island, Louisiana refers to an underground rock salt mining and processing operation on the Avery Island salt dome, a long-producing Gulf Coast deposit where miners extracted halite via shafts and moved it to the surface for crushing, screening, grading, storage, and shipment by truck, rail, or barge for uses such as deicing and industrial applications. Typical on-site functions included mine operations, surface milling, maintenance shops, power and ventilation systems, and materials handling, employing miners, mill operators, mechanics, and electricians. As with similar mid-20th-century industrial and mining facilities, possible asbestos exposure at the Avery Island, LA location could have arisen from asbestos-containing insulation on steam lines and equipment, gaskets and packing in pumps and valves, brake and clutch linings on mobile or hoisting equipment, and heat-resistant textiles or cement used in maintenance; the highest potential risks would have been for insulators and maintenance personnel who installed, repaired, or removed aged materials prior to modern controls and abatement practices.

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

Caribstar - New Orleans, LA has been cited in asbestos site lists, but there is no publicly available detail on the facility's operations, ownership, or years of activity 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.

Carribbean Trading Company 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.

Carver Junior/Senior High School in New Orleans, LA - commonly known as George Washington Carver High School - has served the Ninth Ward's Desire area as a public secondary campus since the mid-20th century, historically educating both junior and senior high students on a shared site; after Hurricane Katrina in 2005, the storm-damaged original buildings were replaced and the school operated under the state's Recovery School District before transitioning to charter management in the early 2010s, continuing a comprehensive academic and athletics program for neighborhood students. Because the original facilities were built during an era when asbestos-containing materials such as pipe insulation, floor and ceiling tiles, adhesives, and boiler components were commonly used, maintenance, storm cleanup, renovation, and demolition activities at the New Orleans, Louisiana campus presented potential asbestos exposure pathways for custodial staff, contractors, and other workers, with formal abatement typically required during redevelopment to reduce 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.

Castle Industries 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.

For Catalytic, Inc. - Shreveport, 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.

Cedar Grove Factory in White Castle, Louisiana is referenced as a potential asbestos exposure site, but no verifiable public details about its operations, ownership, active years, or industrial activities are available. There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

Cedar Grove Plantation is 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.

Located in Marrero, Louisiana, the Celotex facility was a long-running manufacturing complex for The Celotex Corporation that primarily processed sugarcane bagasse into insulating fiberboard and related building panels, with additional operations that included asphalt impregnation and the fabrication of roofing and other construction materials; the plant drew raw bagasse from nearby sugar mills, pressed and dried it into boards, and shipped finished products nationwide for much of the 20th century. Because Celotex and affiliated brands historically sold certain roofing and insulation materials that contained asbestos during the mid-20th century, possible asbestos exposure at the Marrero site could have occurred - particularly for workers or contractors who manufactured, handled, installed, or repaired asbestos-containing product lines during those years, or who performed maintenance on industrial equipment that used asbestos gaskets, packing, or insulation common to the era - before such uses were curtailed and phased out by the 1970s-1980s.

The Celotex - New Orleans, LA facility was part of Celotex Corporation's Gulf Coast operations producing and distributing building materials, notably bagasse-based insulating fiberboard sold under the Celotex name and a range of roofing products that served regional markets. Celotex, which operated in New Orleans, Louisiana for much of the mid-20th century, used the area's transportation links for inbound raw materials and outbound shipments of finished goods. Historically, some Celotex and affiliated brands' products contained asbestos - particularly certain roofing felts, coatings, cements, mastics, and high-temperature insulation - until phase-outs that largely occurred by the early 1980s, meaning workers involved in production, maintenance, materials handling, and cleanup at this location during earlier decades could have faced potential asbestos exposure. Companywide asbestos liabilities led to Celotex's Chapter 11 filing in 1990 and the establishment of a settlement trust, underscoring that asbestos-containing Celotex products were in circulation during periods when the New Orleans plant was active.

The Celotex facility in Westwego, Louisiana operated for much of the 20th century as part of the Celotex Corporation's building-materials network, manufacturing products such as insulating board, soundboard, and asphalt-based roofing materials and serving as a distribution point for the Gulf Coast region; because Celotex historically incorporated asbestos into certain roofing felts, roll roofing, mastics, cements, and insulation materials until industry phase-outs in the late 1970s to mid-1980s, potential asbestos exposure at the Westwego plant could have occurred among production and maintenance workers during handling of raw fibers, mixing and forming operations, cutting and finishing, equipment repair, and cleanup, as well as during loading and warehousing of finished asbestos-containing products, with exposures most likely prior to the phase-out and before modern dust controls were adopted; as a result, Celotex - Westwego, LA is recognized as a location where occupational asbestos exposure may have occurred, though the specific tasks and periods of exposure would depend on the exact product lines and processes run at the site in different years.

The Celotex Corp. manufacturing facility in Marrero, Louisiana operated for decades producing bagasse-based insulating fiberboard (sold under the Celotex name) and related building and roofing materials, leveraging local sugarcane byproducts and river and rail logistics; operations at the location continued for years under successor ownership after corporate reorganizations. Because Celotex historically incorporated asbestos into certain roofing felts, mastics, cements, and insulation products before industry phase-outs in the late 1970s-1980s, work at the Marrero, LA plant that involved manufacturing, equipment maintenance, or handling any asbestos-containing inputs or products could have resulted in occupational exposure, particularly prior to modern dust controls; by contrast, the bagasse fiberboard itself was generally non-asbestos. Workers potentially affected include production employees, maintenance and repair crews, and contractors or shippers who handled dusty materials at the site.

Celotex Corporation - Marrero, LA was a long-running building-materials manufacturing site in Marrero, Louisiana that primarily produced bagasse-based insulating fiberboard, sheathing, and ceiling tiles; operations typically included receiving and processing sugar-cane bagasse, pulping and refining fiber, forming and pressing boards, kiln drying, applying protective coatings, finishing, warehousing, and distribution by rail and river. As part of Celotex Corporation's broader portfolio - and through corporate ties and acquisitions such as Philip Carey - the company sold certain asbestos-containing products during the mid-20th century (including industrial insulation and some roofing felts and cements), so possible asbestos exposure at this location could have occurred if such materials were manufactured, stored, shipped, or used on-site, and from common in-plant uses of asbestos-containing thermal insulation on boilers, dryers, and steam lines before tighter regulations in the 1970s-1980s. Workers involved in production, maintenance, shipping, or later renovation/demolition at the Celotex Corporation - Marrero, LA facility may therefore have had exposure risks consistent with industrial practices of that era.

Celotex Corporation operated a major manufacturing and distribution facility in the New Orleans, Louisiana area that for much of the 20th century produced and shipped building materials such as insulating fiberboard made from sugarcane bagasse, roofing products, and related construction goods to Gulf Coast and national markets. The New Orleans site functioned as both a production plant and logistics hub along the Mississippi River, supporting industrial, commercial, and residential construction in and around New Orleans, LA. During earlier decades, some Celotex product lines (particularly certain roofing felts, cements, and thermal insulation materials) contained asbestos, and potential asbestos exposure could have occurred for plant workers involved in manufacturing, handling, or maintenance activities, as well as for contractors and installers who used Celotex materials locally. Background context includes Celotex's later asbestos liabilities and bankruptcy restructuring, which stemmed from historical use of asbestos in select products, placing the New Orleans location among sites where asbestos exposure may have occurred.

Celotex Corporation - Westwego, LA was a long-running industrial plant in Westwego, Louisiana that manufactured building materials, notably bagasse-based insulating fiberboard developed from sugarcane waste, and later various roofing and sheathing products; operations typically included fiber pulping, board pressing and drying, and asphalt coating or impregnation, with shipping by rail and river to Gulf Coast and national markets. Celotex, a major U.S. building-products company that later faced widespread litigation and bankruptcy over asbestos liabilities, historically incorporated asbestos in some roofing felts, cements, coatings, and related materials during much of the mid - 20th century. At the Westwego facility, potential asbestos exposure could have occurred for production workers, maintenance crews, and contractors through contact with asbestos-containing roofing components, joint compounds, or cements used or processed on site, as well as from common industrial thermal insulation of the era (e.g., on boilers, dryers, turbines, and steam lines), and from tasks such as mixing, cutting, sanding, equipment repair, and cleanup that could generate dust. Because historical industrial hygiene controls were often limited compared to modern standards, bystander exposure and take-home risks were possible. The site is commonly cited among locations where occupational asbestos exposure may have occurred, though the specific materials and timeframes of use at this Westwego, LA plant may have varied over the decades.

Central Farmers Coop in Donaldsonville, Louisiana is included among sites where asbestos exposure may have occurred, but specific details about the coop's historical operations, facility type, or period of activity in Donaldsonville are not publicly available. There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

Central Farmers Cooperative in Donaldsonville, Louisiana is referenced as a potential asbestos job site, but detailed, verifiable public information about its operations, ownership, or specific facility activities 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.

Central Farmers Fertilizers Company in Donaldsonville, Louisiana refers to the CF Industries Donaldsonville Nitrogen Complex on the Mississippi River, a long-standing fertilizer manufacturing site operated by CF Industries, which originated as the Central Farmers Fertilizer Company. The complex uses natural gas to synthesize ammonia and converts it into downstream products including urea, urea ammonium nitrate (UAN), nitric acid, and diesel exhaust fluid, supported by multiple process units, extensive storage, and rail, truck, and river logistics serving agricultural and industrial markets. As with many chemical and fertilizer plants built or expanded before the 1980s, asbestos-containing insulation on piping and high-temperature equipment, along with asbestos gaskets and packing, may have been used here, posing potential occupational exposure risks during maintenance, repairs, and turnarounds - particularly for pipefitters, insulators, and other trades - though current operations follow modern asbestos control practices.

The Central Ice And Cold Storage Company in New Orleans, Louisiana operated as an industrial ice production and refrigerated warehousing facility supporting local food distribution, seafood processing, and port-related storage; sites of this type commonly relied on large ammonia refrigeration systems with compressors, condensers, chillers, boilers, and extensive insulated piping, and routine operations focused on producing ice, maintaining cold rooms, and handling temperature-controlled goods. In New Orleans, LA, maintenance, pipefitting, and mechanical work would have been ongoing to keep equipment running, and potential asbestos exposure at the Central Ice And Cold Storage Company could have occurred where thermal insulation, boiler lagging, gaskets, valve packing, or cement products containing asbestos were installed, repaired, or removed, especially in machine rooms before modern controls were adopted. Workers most likely to face exposure risks included maintenance staff, pipefitters, insulators, and contractors who disturbed aged insulation or gasket materials, while general warehouse personnel faced comparatively lower risk.

Central Louisiana Co-Op Electric is a named site in Boyce, Louisiana. There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

Central Louisiana Electric Co., Inc. (CLECO)'s Teche Power Station Unit 2 in Baldwin, Louisiana is a fossil-fueled, steam-electric generating unit that produces power by firing boilers to create steam that drives turbine-generators, supported by condensers, feedwater systems, and other balance-of-plant equipment; as part of the multi-unit Teche Power Station complex, typical operations have included fuel handling, boiler firing, steam and cooling-water management, scheduled maintenance outages, and interconnection with CLECO's transmission grid to serve regional customers. Because steam-electric power stations built and maintained during much of the 20th century commonly incorporated asbestos-containing materials - such as pipe and boiler insulation (lagging), gaskets, valve packing, refractory, and cement products - workers and contractors performing installation, maintenance, repair, or removal at Central Louisiana Electic Co., Inc - Teche Power Station - Unit 2 could have experienced possible asbestos exposure, particularly when high-temperature insulation or sealing materials were disturbed and fibers became airborne.

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

The Central Louisiana Electric Co - Baldwin, LA site, located in Baldwin, Louisiana, refers to a Cleco (Central Louisiana Electric Company/Cleco Power) operated power-generating facility that supplied electricity to the regional grid in St. Mary Parish, commonly associated with Cleco's Teche Power Station. Operations at this location centered on natural gas-fired steam generation with boilers, turbines, high-pressure piping, condensers, and related auxiliary systems, with ongoing maintenance and contractor activity typical of utility plants. As with many mid-20th-century power stations, materials used in boilers, turbines, pipes, valves, refractory linings, gaskets, and packing may have contained asbestos, creating potential exposure risks for plant workers and outside trades such as pipefitters, millwrights, insulators, and electricians during installation, maintenance, and turnaround work, particularly prior to modern abatement programs and improved safety controls.

Central Louisiana Electric Co - Coughlin Station is an electric generating facility associated with Central Louisiana Electric Company (CLECO) located in St. Landry, Louisiana (St. Landry, LA). The plant supported regional power needs, operating fossil-fuel-based generation equipment such as turbines with related steam or combustion systems, alongside auxiliary systems for fuel handling, water/steam, cooling, and an electrical switchyard, with operations and maintenance performed by utility employees and outside contractors during routine work and periodic outages. As with many power stations active in the mid-to-late 20th century, the site may have used asbestos-containing materials in thermal insulation on piping and equipment, gaskets and packing in pumps and valves, refractory and lagging around boilers or heat-recovery units, and certain electrical/fireproofing components, creating potential exposure risks for workers and contractors engaged in insulation work, overhauls, and other intrusive maintenance before modern abatement and control practices were in place.

The Central Louisiana Electric Co (CLECO) Franklin Power Plant in Franklin, Louisiana was part of the utility's generation portfolio serving the regional electric grid and local customers in Franklin, LA and surrounding St. Mary Parish; while detailed, site-specific records are limited, plants of this type and era in south Louisiana typically operated conventional thermal units - most commonly oil- or natural-gas-fired steam turbines or combustion turbines - with routine operations including boiler and turbine operation, fuel handling, water treatment, and transmission switching, along with regular maintenance outages. As with many mid-20th-century power stations, possible asbestos exposure at the Franklin facility could have arisen from historical use of asbestos-containing insulation on boilers, turbines, and high-temperature piping, as well as gaskets, packing, refractory materials, and cement board; the highest potential risk would have been to insulators, pipefitters, boilermakers, mechanics, and electricians performing maintenance or removal work before asbestos controls and phase-outs became widespread in the late 1970s and 1980s.

Central Louisiana Electric Co. (CLECO), a regulated electric utility serving central Louisiana, has historically operated generation and grid support assets across Rapides Parish, and the Boyce, Louisiana location is referenced as part of its local power system, though specific operational details for the Boyce site are limited in public records; broadly, CLECO's regional operations have centered on producing electricity and maintaining transmission and distribution infrastructure to supply nearby communities. At power facilities and related utility sites built or maintained during much of the 20th century, asbestos-containing materials were commonly used in boilers, turbines, piping insulation, gaskets, and certain electrical components, so workers involved in operations, maintenance, and repair at Central Louisiana Electric Co. locations - including any facility or substation in Boyce, LA - could have faced potential asbestos exposure prior to modern abatement and regulatory controls.

Central Louisiana Electric Co. (often known as CLECO) in Pineville, Louisiana functioned as the utility's headquarters and a hub for operations supporting electric power generation, transmission, and distribution across central Louisiana, with administrative offices, service yards, substations, and maintenance activities based in or coordinated through Pineville, LA. As with many mid - 20th - century utility operations, its power plants and support facilities relied on asbestos - containing materials for high - heat and fire - resistant applications, including insulation on boilers, turbines, and piping, as well as gaskets, valve and pump packing, refractory products, electrical components, and building materials; thus, possible asbestos exposure could have occurred for employees and contractors - particularly maintenance workers, pipefitters, insulators, electricians, and laborers - during installation, repair, and removal work, and through dust generated before modern controls and abatement practices were widely implemented. While later OSHA and EPA - driven programs reduced risks and led to removal or encapsulation of many asbestos - containing materials, residual hazards could have persisted in older equipment and structures until remediated. This summary pertains specifically to the Central Louisiana Electric Co. - Pineville, LA location within the company's broader utility operations.

There is no additional information available on Central Louisiana Electric Co. - St. Landry, LA, but it is on the list of sites where asbestos exposure may have occurred.

Teche Power Station Unit 2 is part of a multi-unit electric generating complex operated by Central Louisiana Electric Co., Inc. (now Cleco Power) in Baldwin, Louisiana, supplying power to the regional grid in south-central Louisiana; Unit 2 functioned as a fossil-fueled thermal generation unit typical of the era, with major equipment and systems associated with steam-cycle power production such as boilers, turbines, condensers, and extensive high-temperature piping at the Baldwin, LA site. As with many mid-20th-century power plants, asbestos-containing materials were commonly used for insulation on pipes and boilers, in gaskets and valve packing, refractory linings, and certain electrical components, creating potential exposure risks for operators, maintenance personnel, insulators, pipefitters, electricians, and contractors during routine work, outages, repairs, or equipment replacement. Although modern safety standards and abatement programs have reduced these hazards, the age and design of Central Louisiana Electric Co., Inc.'s Teche Power Station - specifically Unit 2 - mean that historical asbestos exposure is a recognized concern at this location.

Central Louisiana Electric Company (CLECO) in Pineville, Louisiana serves as the utility's longstanding headquarters and central operations hub, supporting generation, transmission, and distribution of electricity to customers across the region; functions at this Pineville site have included corporate administration, system operations and dispatch, engineering, customer service, materials warehousing, and coordination of field crews that build and maintain substations, transmission lines, and distribution networks connected to CLECO's power plants. As with many legacy utility operations, mid-20th-century power generation and related maintenance often involved asbestos-containing materials used for high-heat insulation on boilers, turbines, and steam piping, as well as in gaskets and some electrical equipment; consequently, potential asbestos exposure could have occurred for workers and contractors performing maintenance, repair, or demolition on power plant equipment or in associated shops supporting Central Louisiana Electric Company, although there is no specific public confirmation of asbestos use within the Pineville office facilities themselves.

The Coughlin Power Station was a Central Louisiana Electric Company (CLECO) generating site located in St. Landry, LA, operated as part of the utility's fleet that supplied electricity to customers across central and southern Louisiana; while specific public details such as unit types, capacity, and in - service dates are not widely documented, the facility functioned as a thermal power plant feeding power into the CLECO transmission and distribution system and supporting regional reliability. As with many mid - 20th - century power stations, materials commonly used in boilers, turbines, piping, valves, gaskets, refractory, and certain electrical components often contained asbestos, so workers and contractors performing operations, maintenance, insulation work, or repairs at the Coughlin Power Station - especially before stricter controls were introduced in the 1970s and 1980s - could have faced potential asbestos exposure.

Central Louisiana Electric Company's Coughlin Power Station - Unit 5 in St. Landry, Louisiana has been part of CLECO's generating fleet serving the regional electric grid, with operations characteristic of conventional fossil-fueled utility facilities, including steam- and/or combustion-turbine-driven generation and routine maintenance of boilers, turbines, piping, and auxiliary equipment. While detailed, unit-specific public information is limited, power stations of this type and era commonly incorporated asbestos-containing materials for thermal insulation, gaskets, packing, and fireproofing, creating a potential for asbestos exposure to employees and contractors during installation, maintenance, repair, and later abatement or demolition activities. The site appears on lists of locations where asbestos exposure may have occurred, and work at Central Louisiana Electric Company - Coughlin Power Station - Unit 5 in St. Landry, LA prior to modern controls would have required strict adherence to asbestos safety standards.

Central Louisiana Electric Company - Coughlin Power Station - Unit 6 in St. Landry, Louisiana: There is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.

Central Louisiana Electric Company's Coughlin Power Station Unit 7 in St. Landry, Louisiana was one of multiple generating units in the company's fleet, operating to produce electricity for local customers and support regional grid reliability through continuous operations, scheduled outages, and routine maintenance of turbines and generators, heat - exchange equipment, pumps, valves, high - temperature piping, and other auxiliary systems. Like many U.S. power stations built or operated during the mid - 20th century, materials commonly used in such facilities - thermal insulation on piping and equipment, gaskets and packing for pumps and valves, and various fire - resistant components - often contained asbestos; accordingly, employees and contractors engaged in operations, maintenance, repairs, overhauls, or equipment replacement at the Coughlin Power Station Unit 7 in St. Landry, LA could have faced potential asbestos exposure, especially prior to the 1980s or during any asbestos abatement activities.

The Central Louisiana Electric Company's Dolet Hills Power Station in Mansfield, Louisiana, was a lignite-fueled coal power plant that entered service in the mid-1980s and provided baseload generation to the regional grid for several decades, operating under Cleco Power's management with participation by partner utilities, before being retired around the end of 2021. The facility comprised a single steam-electric generating unit of roughly 650 megawatts, supplied by the nearby Dolet Hills Lignite Mine via conveyor, and included typical plant systems such as boilers, turbines, condensers, cooling and ash handling equipment, and high-voltage transmission interconnections serving customers in Louisiana and neighboring areas. Located near Mansfield, LA, the plant and associated mine formed an integrated operation that supported local employment and reliability until changing economics and environmental considerations led to closure. As with many coal-fired stations designed and built in that era, there was potential for asbestos-containing materials to have been used in insulation, gaskets, packing, refractory, and certain electrical or fireproofing components; potential exposure would most likely have affected workers involved in installation, maintenance, repair, or demolition activities that disturbed aging materials, although regulatory controls and abatement practices were intended to limit such risks.

The Central Louisiana Electric Company (CLECO) has long served the region from Pineville, and the Central Louisiana Electric Company - Power Plant - Pineville, LA is understood to have been part of the company's regional generating operations supporting Pineville, Louisiana and the surrounding grid. Typical utility plant activities would have included steam-electric generation using fossil fuels (most commonly natural gas or oil, with some regional units historically firing coal), operation of boilers, turbines, and condensers, and routine maintenance and outage work. Such a facility would also tie into transmission and distribution systems, fuel handling, water treatment, and environmental controls in line with mid- to late-20th-century power generation practices. As in many U.S. power plants of that era, asbestos-containing materials were widely used for heat and fire resistance in boiler and pipe insulation, turbine blankets, refractory products, gaskets, and packing, and in some electrical components. Potential asbestos exposure at this Pineville power plant would have been most likely among workers and contractors performing installation, maintenance, repair, or removal - such as operators, pipefitters, insulators, millwrights, boilermakers, electricians, and laborers - particularly before abatement programs and stricter regulations took hold from the late 1970s through the 1990s. Publicly available details specific to this individual Pineville facility are limited, but its operations and potential exposure pathways are consistent with those of CLECO's traditional fossil-fueled generating sites in central Louisiana.

The Rodemacher Power Station in Lena, Louisiana is a fossil-fueled generating facility developed by Central Louisiana Electric Company (now Cleco Power) and named for longtime company leader Roy S. Rodemacher; placed in service beginning in the 1970s, it has operated as a multi-unit station providing baseload and dispatchable capacity for central Louisiana, historically using solid fuels such as coal or petroleum coke with later operational changes and environmental upgrades, and today forms part of Cleco's larger Brame Energy Center on Lake Rodemacher in Rapides Parish. Like many power plants of its era, original construction and maintenance likely involved asbestos-containing materials in boiler and turbine insulation, pipe and duct lagging, refractory materials, gaskets, packing, and fireproofing; potential exposure would have been most significant for workers engaged in maintenance, repairs, insulation work, or demolition/abatement in confined mechanical areas before modern controls and removal programs were implemented.

Rodemacher Power Station Unit 1 in Lena, Louisiana is part of Central Louisiana Electric Company (Cleco)'s Brame Energy Center, a multi-unit steam-electric generating complex that supplies power to central Louisiana. Unit 1 is an older fossil-fueled steam unit built during the mid-to-late 20th century and operates alongside a cooling reservoir known as Lake Rodemacher (Cleco Lake), with typical large-plant systems such as boilers, turbines, condensers, and extensive piping that require periodic maintenance outages. Because power plants of this vintage commonly used asbestos-containing insulation, refractory, gaskets, packing, and cement on high-temperature equipment and piping, personnel at the Central Louisiana Electric Company - Rodemacher Power Station - Unit 1 in Lena, LA could have faced potential asbestos exposure, especially during past maintenance, insulation removal, valve and pump work, and outage overhauls before modern abatement programs and OSHA/EPA controls were fully implemented.

Central Louisiana Electric Company (CLECO) operates the Rodemacher Power Station Unit 2 in Lena, Louisiana, a conventional steam - electric generating unit within a multi - unit complex that supplies power to the regional grid. Unit 2 uses the standard steam cycle with boilers, turbines, condensers, feedwater and cooling systems, and ties into high - voltage switchyards, with plant staff and contractors performing routine operations, scheduled outages, inspections, and equipment overhauls to maintain reliability and regulatory compliance. Developed during CLECO's mid - to - late 20th century expansion of generation resources, the facility has undergone periodic upgrades and maintenance to sustain efficient operation and meet environmental requirements. As with many older power stations, asbestos - containing materials were historically used in insulation for boilers and turbines, pipe lagging, refractory linings, gaskets, valve and pump packing, and cement products, creating potential exposure during activities such as insulation removal, gasket and packing replacement, boiler repairs, and turbine overhauls. Workers with higher risk included insulators, pipefitters, boilermakers, machinists, electricians, and maintenance contractors who worked in boiler rooms, turbine halls, and auxiliary equipment areas before comprehensive abatement programs were implemented. Subsequent asbestos management under OSHA and EPA rules reduced risks, but disturbance of legacy materials during renovations or maintenance at Rodemacher Power Station Unit 2 in Lena, LA could still pose exposure hazards if proper controls are not followed.

The Central Louisiana Electric Company (now Cleco Power) Teche Power Station in Baldwin, Louisiana is a fossil-fueled steam-electric generating facility on Bayou Teche that has supplied power to the regional grid; Unit 3 is one of the station's steam-generating units, typically fired by natural gas with fuel oil capability, and its operations center on large boilers, steam turbines, generators, condensers, and associated balance-of-plant systems maintained by operating and maintenance crews. Like many mid-20th-century steam power plants, Teche Power Station incorporated asbestos-containing materials - such as pipe and boiler insulation, refractory cements, gaskets, and valve packing - particularly around boilers, turbines, and high-temperature piping, creating potential asbestos exposure risks for workers and contractors performing construction, insulation work, maintenance, and overhauls at Unit 3 prior to stricter regulations and abatement efforts introduced in the late 1970s and thereafter. While modernization and compliance programs have reduced these hazards over time, legacy asbestos can still pose exposure risks if disturbed during repairs, renovations, or demolition at the Baldwin, LA facility.

Central Louisiana Electric Plant in Plaquemine, 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.

For Central Louisiana Energy Corporation in Baldwin, Louisiana, there is no additional information available on this site, but it is on the list of sites where asbestos exposure may have occurred.