Mesothelioma Lawyer Indiana: Asbestos Exposure at Praxair Steel Technologies — Burns Harbor, Indiana
For Former Employees, Their Families, and Mesothelioma Victims
⚠️ CRITICAL INDIANA FILING DEADLINE WARNING
Indiana’s statute of limitations for asbestos claims is TWO YEARS from the date of diagnosis — not the date of exposure. Under Ind. Code § 34-20-3-1, once you receive a mesothelioma, lung cancer, or asbestosis diagnosis, the clock starts immediately. Miss this window and you permanently lose your right to file a civil lawsuit.
Do not wait. Asbestos bankruptcy trust funds — which hold billions of dollars set aside specifically for victims like you — have no strict filing deadline, but their assets are actively depleting as claims are paid out. Every month you delay is a month that fund recoveries shrink. Indiana law allows you to pursue asbestos trust fund claims and civil lawsuits simultaneously, meaning you may be entitled to multiple sources of compensation at the same time.
If you or a family member has been diagnosed with mesothelioma, lung cancer, or asbestosis and worked at Burns Harbor, contact an experienced mesothelioma lawyer in Indiana today. Not tomorrow. Today.
Why This Page Exists
If you worked at Praxair Steel Technologies in Burns Harbor, Indiana — or at the adjacent Bethlehem Steel Burns Harbor integrated steel complex — during the 1960s through 1980s, you may have been exposed to asbestos-containing materials. Those materials are linked to mesothelioma, lung cancer, and asbestosis, diseases that typically surface 20 to 50 years after first exposure.
The legal window to file a mesothelioma claim is open now — but it will not stay open forever. Indiana law provides a two-year statute of limitations under Ind. Code § 34-20-3-1, and that clock begins running from the date of diagnosis — not the date of exposure. Every day that passes after a diagnosis brings you closer to losing your right to compensation entirely. This page explains your exposure history, your legal rights under Indiana law, and how to protect your family before that window closes.
If you need an asbestos attorney in Indiana who understands occupational exposure in the Northwest Indiana steel corridor, this information is designed specifically for you.
Table of Contents
- Facility Overview and History
- Why Asbestos Was Used in Industrial Gas and Steel Operations
- Historical Timeline: When Asbestos Exposure Occurred at Burns Harbor
- High-Risk Trades and Occupations
- Asbestos-Containing Products Reportedly Used at This Facility
- Regulatory Oversight and Compliance Records
- Asbestos-Related Diseases: Symptoms and Timeline
- Latency and Early Diagnosis
- Your Legal Options and Rights
- Indiana Mesothelioma Settlement and Trust Fund Recovery
- Frequently Asked Questions
- Contact an Experienced Asbestos Attorney in Gary, Indiana
Facility Overview and History
Burns Harbor: Industrial Hub in Northwest Indiana
The Praxair Steel Technologies facility sits in Porter County, along Lake Michigan’s southern shore — inside one of the most heavily industrialized corridors in the United States. Burns Harbor developed as part of Northwest Indiana’s integrated steel manufacturing region, built to serve Bethlehem Steel Burns Harbor (now operating as Cleveland-Cliffs following ArcelorMittal’s acquisition) and related operations that defined the regional economy for generations.
Northwest Indiana’s steel corridor — stretching from Gary through East Chicago, Whiting, and Burns Harbor — represented one of the densest concentrations of heavy industrial asbestos use in the country. Facilities including U.S. Steel Gary Works and Inland Steel East Chicago operated in the same regional corridor using substantially similar construction materials, equipment specifications, and contractor workforces during the peak asbestos-use era. Workers who moved between these facilities, as was common in the union trades, carried exposure histories that span the entire Northwest Indiana steel corridor.
This regional exposure pattern creates specific Lake County and Porter County asbestos lawsuit opportunities, because workers often transitioned among multiple employers within a compact geographic area, accumulating exposure across multiple occupational settings.
Praxair’s Role: On-Site Industrial Gas Supplier
Praxair, Inc. merged with Germany-based Linde AG in 2018 and now operates as Linde plc — one of the largest industrial gas producers in the world. At Burns Harbor, Praxair Steel Technologies operated as an on-site industrial gas supplier, producing and delivering oxygen, nitrogen, argon, and specialty process gases that fed steelmaking operations directly, including blast furnace production, basic oxygen steelmaking, continuous casting, and heat treatment.
The infrastructure supporting this production — piping, vessels, boilers, heat exchangers, and insulation systems — required asbestos-containing materials allegedly sourced from manufacturers including Johns-Manville, Owens-Illinois, Armstrong World Industries, and Crane Co.
Construction and Expansion Periods: Multiple Generations of Exposure
The Burns Harbor facility went through multiple construction phases, expansions, and renovation cycles across several decades. Each phase created conditions where workers may have been exposed to asbestos-containing materials:
- Original construction (1960s–early 1970s): Peak asbestos use in thermal insulation, fireproofing, and pipe wrapping
- Expansions (mid-1970s–1980s): Additional vessels, piping systems, and equipment installation
- Maintenance and renovation (1980s–1990s): Disturbance of existing asbestos-containing materials during equipment overhauls, pipe repairs, and facility updates
Integrated Facility: Extended Exposure Pathways
Praxair’s Burns Harbor operation ran in close physical and operational integration with the adjacent Bethlehem Steel complex. Praxair employees, contractor laborers, and maintenance personnel — including members of Heat and Frost Insulators Local 1, USW Local 1014 (Gary), Boilermakers Local 374, Asbestos Workers Local 18, and other skilled trades unions active throughout the Northwest Indiana steel corridor — may have worked in structures and on equipment built when asbestos-containing materials were standard throughout heavy industrial construction.
Rotating shift patterns, shared infrastructure, and contract workforce overlap created exposure pathways that extended well beyond direct product handling. Workers who transferred among Bethlehem Steel Burns Harbor, U.S. Steel Gary Works, and Inland Steel East Chicago may have encountered asbestos-containing materials at multiple Northwest Indiana sites over the course of a single career.
Why Asbestos Was Used in Industrial Gas and Steel Operations
What Industrial Gas Production Demanded
Industrial gas production integrated with steelmaking required materials that could withstand fire, extreme heat, cryogenic temperatures, high pressure, and corrosive process chemicals. Manufacturers including Johns-Manville, Owens-Illinois, Armstrong World Industries, Garlock Sealing Technologies, and Crane Co. engineered asbestos-containing products specifically for these conditions. These same manufacturers’ products were reportedly used at steel and industrial facilities throughout Northwest Indiana, including at U.S. Steel Gary Works and Inland Steel East Chicago, creating a well-documented regional pattern of industrial asbestos use.
High-Temperature and High-Pressure Systems
Air separation units (ASUs), oxygen pipelines, cryogenic distillation columns, boiler and steam systems, turbines, and compressors all required thermal insulation and fire-resistant covering materials. Products allegedly used in these applications included:
- Kaylo pipe and block insulation (Johns-Manville) — high-temperature piping systems
- Thermobestos pipe insulation and wrapping — cryogenic and hot-process piping
- Monokote spray-applied fireproofing (W.R. Grace) — structural steel and equipment surfaces
- Aircell insulation blankets and blocks — asbestos-reinforced thermal insulation for vessels and piping
Gaskets, Packing, and Sealing Materials
High-pressure, high-temperature piping systems depended on asbestos-containing gaskets and valve packing. Products allegedly used at facilities of this type and era included:
- Cranite spiral-wound gaskets (Crane Co.) — flanged connections
- Superex compressed asbestos sheet gaskets — general piping
- Unibestos packing — valve stems and pump seals
- Garlock engineered gaskets and dynamic seals — process piping and rotating equipment
Building Infrastructure
Facilities constructed between the 1920s and late 1970s routinely incorporated asbestos-containing materials into structural fireproofing, floor and ceiling assemblies, roofing, siding, sealants, joint compounds, and HVAC systems. Products from Georgia-Pacific (Gold Bond), United States Gypsum (Sheetrock), Celotex, and W.R. Grace were allegedly used in building envelope applications throughout facilities of this type and era.
Why Manufacturers Promoted These Products
Engineers and contractors selected asbestos-containing materials for documented performance advantages: heat resistance exceeding 1,000°F, tensile strength sufficient for mechanical stress and vibration, chemical inertness against industrial gases and process chemicals, fire resistance meeting applicable building and safety codes, and low unit cost enabling use throughout large industrial complexes.
What those engineers and contractors did not tell workers — and what internal manufacturer documents later revealed in litigation — was that the companies knew asbestos caused fatal disease for decades before warning labels appeared, and in many cases before any warnings appeared at all.
How Asbestos Causes Mesothelioma and Lung Cancer
Asbestos fibers become airborne when asbestos-containing materials are cut, abraded, disturbed, or allowed to deteriorate. Once airborne, those fibers penetrate deep lung passages when inhaled, embed permanently in lung tissue and the pleural lining (mesothelium), and trigger cellular changes that produce mesothelioma, lung cancer, or asbestosis — typically 20 to 50 years after the exposure event.
This latency period is why workers allegedly exposed in the 1960s and 1970s at Burns Harbor, Gary Works, and other Northwest Indiana facilities are receiving diagnoses today — and why Indiana’s two-year filing deadline, running from the date of that diagnosis, demands immediate action the moment a diagnosis is confirmed.
Historical Timeline: When Asbestos Exposure Occurred at Burns Harbor
1960s–1970s: Peak Exposure Period
The Burns Harbor industrial complex was largely constructed and significantly expanded during the 1960s and 1970s — the period of maximum asbestos use in American heavy industry. Structures, piping, boilers, turbines, and electrical systems built during those years may have incorporated asbestos-containing products from Johns-Manville, Owens-Illinois, Armstrong World Industries, Crane Co., and W.R. Grace, potentially containing:
- Chrysotile (white asbestos) — the primary fiber in Kaylo, Thermobestos, and most pipe insulation products of that era
- Amosite (brown asbestos) — used in high-temperature applications and spray-applied fireproofing products including Monokote
- Crocidolite (blue asbestos) — present in some Aircell formulations and electrical insulation products; among the most hazardous fiber types identified in occupational medicine
Workers at Burns Harbor who performed the following tasks during this period may have been exposed to asbestos-containing materials already installed or being installed on-site:
- Installing Kaylo, Thermobestos, and Aircell insulation on piping and vessels
- Applying Monokote fireproofing by spray or trowel
- Installing Cranite and Superex gaskets during pipe assembly and valve work
- Repairing and maintaining insulated piping, vessels, and equipment
- Performing electrical work in areas where asbestos-containing conduit and cable insulation was installed
- Working in enclosed spaces where asbestos dust generated by other trades settled on surfaces and tools
Bystander exposure — fiber inhalation by workers in the vicinity of cutting, grinding, or spray operations performed by other trades — was well-documented in Northwest Indiana steel facilities and was often as dangerous as direct handling.
1978–1986: Regulatory Transition and Continued Risk
The **EPA banned spray-applied
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