Trends in the Boilermaker trade
Technology
Boilermakers continue to make great advancements in the construction and maintenance of industrial equipment using current technologies and processes. Boilermakers may access digital technologies and software to assist in fabrication, new construction and maintenance and repair such as 3D models, simulations, and animations of equipment and components.
The use of computer-based training and orientation is becoming more common. Boilermakers may use virtual and augmented reality tools for training purposes such as confined space, safety, welding, and rigging, hoisting, and positioning.
Stress relieving technologies are used more frequently due to an increase in the variety of materials that boilermakers work with.
There are a number of technological advancements in green technologies such as hydrogen, battery plants for electric vehicles, cogeneration plants, small modular reactors (SMRs), large-scale nuclear reactors, mining and carbon capture affecting the work of boilermakers.
Health and Safety
There are improvements in personal protective equipment (PPE) and clothing for boilermakers that can protect them from respiratory hazards, noise, heat, cold, radiation and burns.
There is a greater emphasis on the process and documentation of work to prevent and monitor workplace injuries and overexertion, and support recovery.
The awareness of mental health and well-being is becoming better recognized in this trade, often being provided by the union. Some examples of the services available include addiction treatment centres, 24/7 family assisted programs, and health and welfare benefits.
Tools and Equipment
There is an increased use of computerized and automated machines in the fabrication of equipment and components. Boilermakers are encouraged to acquire skills in automation and robotics to engage in tasks such as welding using robotic welding cells, automated welding equipment and automated cutting and fitting equipment.
Advancements in hydraulic torque and tensioning equipment allow boilermakers to tighten studs on various equipment such as high pressure or large flanges with greater ease and accuracy.
Environmental
Boilermakers contribute to environmental protection processes such as Carbon Capture, Utilization, and Storage (CCUS). This process involves first capturing, then either utilizing or storing carbon dioxide (CO₂), to prevent it from entering the atmosphere. This is essential in the global effort to achieve net-zero emissions.
Boilermakers participate in projects that can improve the energy efficiency and sustainability of industrial processes. They contribute to reducing carbon emissions by constructing and maintaining eco-friendly boilers such as biomass boilers that use organic materials for fuel, solar thermal systems that capture solar energy for heating, and nuclear energy production projects (SMRs and large-scale nuclear). They will be involved in hydrogen-based energy solutions, ensuring a sustainable and diverse energy mix for the future.
Legislative and Regulatory
Safety regulations and legislation in each jurisdiction are also subject to frequent updates and changes.
With each new piece of legislation, new systems need to be manufactured. Boilermakers are heavily involved in the fabrication, field construction, erection, installation, maintenance and repair of these systems.
Other
Boilermakers play a crucial role in constructing and maintaining industrial equipment. They work across a wide variety of industries, including aeronautical, aerospace, petrochemical, nuclear and cryogenic fields.