Energy Sector

The energy sector presents unique and complex asbestos challenges that span the full lifecycle of power generation infrastructure. Conventional power stations, whether coal-fired, gas, or oil-fuelled, relied heavily on asbestos for thermal insulation of boilers, turbines, steam pipes, and exhaust systems. Asbestos lagging was applied to virtually every hot surface to prevent heat loss and protect workers from burns. As many of these plants reach end-of-life and face decommissioning, the scale of asbestos present in a single facility can be enormous, often running to thousands of square metres of insulation material.

Nuclear power plants represent an especially challenging environment. Built during an era when asbestos was considered the ideal insulation and fire protection material, these facilities contain vast quantities of ACMs in reactor containment buildings, turbine halls, cooling systems, and auxiliary structures. The decommissioning of nuclear plants requires managing the dual hazard of radioactive contamination alongside asbestos, demanding specialised procedures, extended timelines, and highly trained personnel equipped to handle both risks simultaneously.

The transition to renewable energy does not eliminate asbestos risks. Wind turbine foundations and electrical substations may be built on brownfield sites with contaminated soil. Solar farm installations on former industrial land may encounter buried asbestos waste. Hydroelectric facilities dating from the early-to-mid 20th century contain asbestos in generator insulation, valve packing, and building materials. Even biomass plants that repurpose older buildings must contend with legacy ACMs. The energy transition therefore requires robust asbestos management as an integral part of every project.